FS7000

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FS7000 SERIES 0.5m STANDARD CELL
1998 FS73A_B
HOLTEK Semiconductor Inc.
INDEX Functional Index Macrocells Alphanumeric index Macrocells II-1
Data Sheet -Chapter Introduction FS7000 Series Standard Cell FS7000 Series General Description 1.1.1 Technology Features 1.1.2 Targeted Applications Cell Library 1.2.1 Fundamental Core Cell library 1.2.2 Soft Macro Functions 1.2.3 Megacells 1.2.4 Embedded Functional Block Design Considerations 1.2.5 Definition Cell Unit 1.2.6 Cell Functions 1.2.6.1 Cell Naming Conventions Characteristics 1.3.1 Absolute Maximum Ratings 1.3.2 Recommended Operating Conditions 1.3.3 General Characteristics 1.3.4 Electrical Charateristics volts operation 1.3.5 Electrical Charateristics volts operation Characteristics 1-12 1.4.1 Derating Factors 1-12 1.4.2 Propagation Delay Calculation 1-13 1.4.3 Timing Definitions 1-14 1.4.3.1 Internal Macrocells 1-14 1.4.3.2 Primary Input Buffers 1-15 1.4.3.3 Primary Output Buffers 1-15 Power Supply Considerations 1-16 1.5.1 Power Bussing Structure 1-16 1.5.2 Power Analysis 1-16 Guide data sheet 1-18 Chapter Internal Macrocells Chapter Peripheral Buffers
Index
Functional Index Macrocells
FS73A MACROCELL FUNCTIONAL INDEX
NAME FUNCTION PAGE
BUFFER 3-STATE BUFFER
BUF1L BUF1 BUF2 BUF3 BUF4 BUF1D BUF2D BUF4D BUFB1 BUFB2 BUFT1 BUFT2 BUFT3 BUFT4 BUFFER, Power BUFFER BUFFER BUFFER BUFFER BUFFER with Dual Output BUFFER with Dual Output BUFFER with Dual Output Drive 3-state BUFFER, Drive 3-state BUFFER, Drive 3-state BUFFER Drive 3-state BUFFER Drive 3-state BUFFER Drive 3-state BUFFER
INVERTER 3-STATE INVERTER
2-68 2-67 2-70 2-72 2-73 2-69 2-71 2-74 2-75 2-76 2-77 2-78 2-79 2-80
INV1L INV1 INV2 INV3 INV4 INVB1 INVB2 INVT1 INVT2 INVT3 INVT4
INVERTER, Power INVERTER INVERTER INVERTER INVERTER Drive 3-state INVERTER, Drive 3-state INVERTER, Drive 3-state INVERTER Drive 3-state INVERTER Drive 3-state INVERTER Drive 3-state INVERTER
GATE
2-178 2-177 2-179 2-180 2-181 2-182 2-183 2-184 2-185 2-186 2-187
AN2P AN2T AN2B1L AN2B1 AN2B1P AN2B1T AN3P AN3T AN3B1 AN3B1P AN3B1T AN3B2L AN3B2 AN3B2P AN3B2T AN4P AN4T AN4B1 AN4B1P AN4B1T AN4B2 AN4B2P AN4B2T AN4B3 AN4B3P AN4B3T
Input Input AND, High Drive Input AND, Triple Drive Input AND, Input Inverted, Power Input AND, Input Inverted Input AND, Input Inverted, High Drive Input AND, Input Inverted, Triple Drive Input Input AND, High Drive Input AND, Triple Drive Input AND, Input Inverted Input AND, Input Inverted, High Drive Input AND, Input Inverted, Triple Drive Input AND, Input Inverted, Power Input AND, Input Inverted Input AND, Input Inverted, High Drive Input AND, Input Inverted, Triple Drive Input Input AND, High Drive Input AND, Triple Drive Input AND, Input Inverted Input AND, Input Inverted, High Drive Input AND, Input Inverted, Triple Drive Input AND, Input Inverted Input AND, Input Inverted, High Drive Input AND, Input Inverted, Triple Drive Input AND, Three Input Inverted Input AND, Three Input Inverted, High Drive Input AND, Three Input Inverted, Triple Drive
2-10 2-11 2-12 2-13 2-15 2-14 2-16 2-17 2-18 2-19 2-20 2-21 2-22 2-23 2-24 2-25 2-26 2-27 2-28 2-29
GATE
Input 2-337
FS73A MACROCELL FUNCTIONAL INDEX
OR2P OR2T OR2B1L OR2B1 OR2B1P OR2B1T OR3P OR3T OR3B1 OR3B1P OR3B1T OR3B2L OR3B2 OR3B2P OR3B2T OR4P OR4T OR4B1 OR4B1P OR4B1T OR4B2L OR4B2 OR4B2P OR4B2T OR4B3L OR4B3 OR4B3P OR4B3T Input High Drive Input Triple Drive Input Input Inverted, Power Input Input Inverted Input Input Inverted, High Drive Input Input Inverted, Triple Drive Input Input High Drive Input Triple Drive Input Input Inverted Input Input Inverted, High Drive Input Input Inverted, Triple Drive Input Input Inverted, Power Input Input Inverted Input Input Inverted, High Drive Input Input Inverted, Triple Drive Input Input High Drive Input Triple Drive Input Input Inverted Input Input Inverted, High Drive Input Input Inverted, Triple Drive Input Input Inverted, Power Input Input Inverted Input Input Inverted, High Drive Input Input Inverted, Triple Drive Input Three Input Inverted, Power Input Three Input Inverted Input Three Input Inverted, High Drive Input Three Input Inverted, Triple Drive 2-338 2-339 2-341 2-340 2-342 2-343 2-344 2-345 2-346 2-347 2-348 2-349 2-351 2-350 2-352 2-353 2-354 2-355 2-356 2-357 2-358 2-359 2-361 2-360 2-362 2-363 2-365 2-364 2-366 2-367
NAND GATE
ND2L ND2P ND2T ND3P ND3T ND4P ND4T ND5P ND5T ND6P ND6T ND8P ND8T Input NAND, Power Input NAND Input NAND, High Drive Input NAND, Triple Drive Input NAND Input NAND, High Drive Input NAND, Triple Drive Input NAND Input NAND, High Drive Input NAND, Triple Drive Input NAND Input NAND, High Drive Input NAND, Triple Drive Input NAND Input NAND, High Drive Input NAND, Triple Drive Input NAND Input NAND, High Drive Input NAND, Triple Drive 2-264 2-263 2-265 2-266 2-267 2-268 2-269 2-270 2-271 2-272 2-273 2-274 2-275 2-276 2-277 2-278 2-279 2-280 2-281
GATE
NR2L NR2P NR2T NR3P NR3T NR4P NR4T NR5P NR5T NR6P NR6T Input NOR, Power Input Input NOR, High Drive Input NOR, Triple Drive Input Input NOR, High Drive Input NOR, Triple Drive Input Input NOR, High Drive Input NOR, Triple Drive Input Input NOR, High Drive Input NOR, Triple Drive Input Input NOR, High Drive Input NOR, Triple Drive 2-286 2-285 2-287 2-288 2-289 2-290 2-291 2-292 2-293 2-294 2-295 2-296 2-297 2-298 2-299 2-300
FS73A MACROCELL FUNCTIONAL INDEX
NR8P NR8T Input Input NOR, High Drive Input NOR, Triple Drive 2-301 2-302 2-303
EXCLUSIVE NOR/OR GATE
XNR2 XNR2P XNR2T XNR3 XNR3P XNR3T XOR2 XOR2P XOR2T XOR3 XOR3P XOR3T Exclusive Exclusive NR2, High Drive Exclusive NR2, Triple Drive Exclusive Exclusive NR3, High Drive Exclusive NR3, Triple Drive Exclusive Exclusive OR2, High Drive Exclusive OR2, Triple Drive Exclusive Exclusive OR3, High Drive Exclusive OR3, Triple Drive 2-459 2-460 2-461 2-462 2-463 2-464 2-465 2-466 2-467 2-468 2-469 2-470
GATE
AO12 AO12P AO12T AO22 AO22P AO22T AO222 AO222P AO222T into into OR2, High Drive into OR2, Triple Drive into into OR2, High Drive into OR2, Triple Drive into into OR3, High Drive into OR3, Triple Drive 2-30 2-31 2-32 2-33 2-34 2-35 2-36 2-37 2-38
INVERT GATE
AOI112 AOI112P AOI112T AOI12 AOI12P AOI12T AOI123 AOI123P AOI123T AOI13 AOI13P AOI13T AOI22 AOI22P AOI22T AOI222 AOI222P AOI222T AOI2222 AOI2222P AOI2222T AOI33 AOI33P AOI33T AOI44 AOI44P AOI44T into into NR3, High Drive into NR3, Triple Drive into into NR2, High Drive into NR2, Triple Drive AN2, into AN2, into NR3, High Drive AN2, into NR3, Triple Drive into into NR2, High Drive into NR2, Triple Drive into into NR2, High Drive into NR2, Triple Drive into into NR3, High Drive into NR3, Triple Drive into into NR4, High Drive into NR4, Triple Drive into into NR2, High Drive into NR2, Triple Drive into into NR2, High Drive into NR2, Triple Drive 2-39 2-40 2-41 2-42 2-43 2-44 2-45 2-46 2-47 2-48 2-49 2-50 2-51 2-52 2-53 2-54 2-55 2-56 2-57 2-58 2-59 2-60 2-61 2-62 2-63 2-64 2-65
GATE
OA12 OA12P OA12T OA22 OA22P OA22T OA222 OA222P into into AN2, High Drive into AN2, Triple Drive into into AN2, High Drive into AN2, Triple Drive into into AN3, High Drive 2-307 2-308 2-309 2-310 2-311 2-312 2-313 2-314
FS73A MACROCELL FUNCTIONAL INDEX
OA222T into AN3, Triple Drive 2-315
INVERT GATE
OAI112 OAI112P OAI112T OAI12 OAI12P OAI12T OAI13 OAI13P OAI13T OAI22 OAI22P OAI22T OAI2222 OAI2222P OAI2222T OAI23 OAI23P OAI23T OAI33 OAI33P OAI33T into into ND3, High Drive into ND3, Triple Drive into into ND2, High Drive into ND2, Triple Drive into into ND2, High Drive into ND2, Triple Drive into into ND2, High Drive into ND2, Triple Drive into into ND4, High Drive into ND4, Triple Drive OR2, into OR2, into ND2, High Drive OR2, into ND2, Triple Drive into into ND2, High Drive into ND2, Triple Drive 2-316 2-317 2-318 2-319 2-320 2-321 2-322 2-323 2-324 2-325 2-326 2-327 2-328 2-329 2-330 2-331 2-332 2-333 2-334 2-335 2-336
PULL UP/DOWN INTERNAL 3-STATE
Internal Pull Down Preventing Floating Internal Pull Preventing Floating 2-370 2-371
LATCH
DBHN DBHP DBHT DBHN4 DBHRBN DBHRBP DBHRBT DLHN DLHP DLHT DLHN4 DLHN8 DLHP4 DLHRBN DLHRBP DLHRBT DLHRN DLHRP DLHRT DLHSN DLHSP DLHST DLSN DLSP DLST QDBHN QDBHP QDBHT QDBHRBN QDBHRBP QDBHRBT QDLHN QDLHP QDLHT QDLHRBN QDLHRBP QDLHRBT QDLHRN LATCH, Active LATCH, Active Low, High Drive LATCH, Active Low, Triple Drive LATCH, Active LATCH with Active LATCH with Active Low, High Drive LATCH with Active Low, Triple Drive LATCH LATCH, High Drive LATCH, Triple Drive LATCH LATCH LATCH, High Drive LATCH with LATCH with High Drive LATCH with Triple Drive LATCH with LATCH with High Drive LATCH with Triple Drive LATCH with LATCH with High Drive LATCH with Triple Drive LATCH with SCAN input LATCH with SCAN input, High Drive LATCH with SCAN input, Triple Drive LATCH, Active Low, Single Output LATCH, Active Low, Single Output High Drive LATCH, Active Low, Single Output Triple Drive LATCH with Active Low, Single Output LATCH with Active Low, Single Output High Drive LATCH with Active Low, Single Output Triple Drive LATCH, Single Output LATCH, Single Output High Drive LATCH, Single Output Triple Drive LATCH with Single Output LATCH with Single Output High Drive LATCH with Single Output Triple Drive LATCH with Single Output 2-88 2-89 2-90 2-91 2-92 2-93 2-94 2-153 2-154 2-155 2-156 2-157 2-158 2-159 2-160 2-161 2-162 2-163 2-164 2-165 2-166 2-167 2-168 2-169 2-170 2-372 2-373 2-374 2-375 2-376 2-377 2-393 2-394 2-395 2-396 2-397 2-398 2-399
FS73A MACROCELL FUNCTIONAL INDEX
QDLHRP QDLHRT QDLHSN QDLHSP QDLHST LATCH with Single Output High Drive LATCH with Single Output Triple Drive LATCH with Single Output LATCH with Single Output High Drive LATCH with Single Output Triple Drive 2-400 2-401 2-402 2-403 2-404
LATCH
NDL2 NDL2P NDL2T NRL2 NRL2P NRL2T NAND LATCH NAND LATCH, High Drive NAND LATCH, Triple Drive LATCH LATCH, High Drive LATCH, Triple Drive 2-282 2-283 2-284 2-304 2-305 2-306
FLIP FLOP
DBFN DBFP DBFT DBFRSBN DBFRSBP DBFRSBT DFCLRBN DFCLRBP DFCLRBT DFCRBN DFCRBP DFCRBT DFFN DFFP DFFT DFFN8 DFFRBN DFFRBP DFFRBT DFFRN4 DFFRSBN DFFRSBP DFFRSBT DFFRSN DFFRSP DFFRST DFFSBN DFFSBP DFFSBT DFTRBN DFTRBP DFTRBT DFZN DFZP DFZT DFZRBN DFZRBP DFZRBT DFZRSBN DFZRSBP DFZRSBT DFZSBN DFZSBP DFZSBT QDFFN QDFFP QDFFT QDFFRBN QDFFRBP QDFFRBT QDFFRSBN QDFFRSBP QDFFRSBT QDFFRSN FLIP-FLOP with FLIP-FLOP with CKB, High Drive FLIP-FLOP with CKB, Triple Drive FLIP-FLOP with RB/SB FLIP-FLOP with RB/SB, High Drive FLIP-FLOP with RB/SB, Triple Drive FLIP-FLOP with Synchronous Load FLIP-FLOP with Synchronous Load, High Drive FLIP-FLOP with Synchronous Load, Triple Drive FLIP-FLOP with Synchronous FLIP-FLOP with Synchronous High Drive FLIP-FLOP with Synchronous Triple Drive FLIP-FLOP FLIP-FLOP, High Drive FLIP-FLOP, Triple Drive FLIP-FLOP FLIP-FLOP with FLIP-FLOP with High Drive FLIP-FLOP with Triple Drive FLIP-FLOP with FLIP-FLOP with RB/SB FLIP-FLOP with RB/SB, High Drive FLIP-FLOP with RB/SB, Triple Drive FLIP-FLOP with FLIP-FLOP with R/S, High Drive FLIP-FLOP with R/S, Triple Drive FLIP-FLOP with FLIP-FLOP with High Drive FLIP-FLOP with Triple Drive FLIP-FLOP with RB/Added 3-State Output FLIP-FLOP with RB/Added 3-State Output, High Drive FLIP-FLOP with RB/Added 3-State Output, Triple Drive FLIP-FLOP with SCAN FLIP-FLOP with SCAN, High Drive FLIP-FLOP with SCAN, Triple Drive FLIP-FLOP with SCAN/RB FLIP-FLOP with SCAN/RB, High Drive FLIP-FLOP with SCAN/RB, Triple Drive FLIP-FLOP with SCAN/RB/SB FLIP-FLOP with SCAN/RB/SB, High Drive FLIP-FLOP with SCAN/RB/SB, Triple Drive FLIP-FLOP with SCAN/SB FLIP-FLOP with SCAN/SB, High Drive FLIP-FLOP with SCAN/SB, Triple Drive FLIP-FLOP, Single Output FLIP-FLOP, Single Output High Drive FLIP-FLOP, Single Output Triple Drive FLIP-FLOP with Single Output FLIP-FLOP with Single Output High Drive FLIP-FLOP with Single Output Triple Drive FLIP-FLOP with RB/SB, Single Output FLIP-FLOP with RB/SB, Single Output High Drive FLIP-FLOP with RB/SB, Single Output Triple Drive FLIP-FLOP with R/S, Single Output 2-82 2-83 2-84 2-85 2-86 2-87 2-115 2-116 2-117 2-118 2-119 2-120 2-121 2-122 2-123 2-124 2-125 2-126 2-127 2-128 2-129 2-130 2-131 2-132 2-133 2-134 2-135 2-136 2-137 2-138 2-139 2-140 2-141 2-142 2-143 2-144 2-145 2-146 2-147 2-148 2-149 2-150 2-151 2-152 2-378 2-379 2-380 2-381 2-382 2-383 2-384 2-385 2-386 2-387
FS73A MACROCELL FUNCTIONAL INDEX
QDFFRSP QDFFRST QDFFSBN QDFFSBP QDFFSBT FLIP-FLOP with R/S, Single Output High Drive FLIP-FLOP with R/S, Single Output Triple Drive FLIP-FLOP with Single Output FLIP-FLOP with Single Output High Drive FLIP-FLOP with Single Output Triple Drive 2-388 2-389 2-390 2-391 2-392
FLIP FLOP
JKBN JKBP JKBT JKBRSBN JKBRSBP JKBRSBT JKFN JKFP JKFT JKFRBN JKFRBP JKFRBT JKFRSBN JKFRSBP JKFRSBT JKFRSN JKFRSP JKFRST JKFSBN JKFSBP JKFSBT JKZN JKZP JKZT JKZRBN JKZRBP JKZRBT JKZRSBN JKZRSBP JKZRSBT QJKFN QJKFP QJKFT QJKFRBN QJKFRBP QJKFRBT QJKFRSBN QJKFRSBP QJKFRSBT QJKFRSN QJKFRSP QJKFRST QJKFSBN QJKFSBP QJKFSBT FLIP-FLOP with FLIP-FLOP with CKB, High Drive FLIP-FLOP with CKB, Triple Drive FLIP-FLOP with RB/SB FLIP-FLOP with RB/SB, High Drive FLIP-FLOP with RB/SB, Triple Drive FLIP-FLOP FLIP-FLOP, High Drive FLIP-FLOP, Triple Drive FLIP-FLOP with FLIP-FLOP with High Drive FLIP-FLOP with Triple Drive FLIP-FLOP with RB/SB FLIP-FLOP with RB/SB, High Drive FLIP-FLOP with RB/SB, Triple Drive FLIP-FLOP with FLIP-FLOP with R/S, High Drive FLIP-FLOP with R/S, Triple Drive FLIP-FLOP with FLIP-FLOP with High Drive FLIP-FLOP with Triple Drive FLIP-FLOP with SCAN FLIP-FLOP with SCAN, High Drive FLIP-FLOP with SCAN, Triple Drive FLIP-FLOP with SCAN/RB FLIP-FLOP with SCAN/RB, High Drive FLIP-FLOP with SCAN/RB, Triple Drive FLIP-FLOP with SCAN/RB/SB FLIP-FLOP with SCAN/RB/SB, High Drive FLIP-FLOP with SCAN/RB/SB, Triple Drive FLIP-FLOP, Single Output FLIP-FLOP, Single Output High Drive FLIP-FLOP, Single Output Triple Drive FLIP-FLOP with Single Output FLIP-FLOP with Single Output High Drive FLIP-FLOP with Single Output Triple Drive FLIP-FLOP with RB/SB, Single Output FLIP-FLOP with RB/SB, Single Output High Drive FLIP-FLOP with RB/SB, Single Output Triple Drive FLIP-FLOP with R/S, Single Output FLIP-FLOP with R/S, Single Output High Drive FLIP-FLOP with R/S, Single Output Triple Drive FLIP-FLOP with Single Output FLIP-FLOP with Single Output High Drive FLIP-FLOP with Single Output Triple Drive 2-188 2-189 2-190 2-191 2-192 2-193 2-194 2-195 2-196 2-197 2-198 2-199 2-200 2-201 2-202 2-203 2-204 2-205 2-206 2-207 2-208 2-209 2-210 2-211 2-212 2-213 2-214 2-215 2-216 2-217 2-405 2-406 2-407 2-408 2-409 2-410 2-411 2-412 2-413 2-414 2-415 2-416 2-417 2-418 2-419
FLIP FLOP
TBFRSBN TBFRSBP TBFRSBT TFERSN TFERSP TFERST TFFRBN TFFRBP TFFRBT TFFRSBN TFFRSBP TFFRSBT TFFRSN TFFRSP TFFRST FLIP-FLOP with RB/SB FLIP-FLOP with RB/SB, High Drive FLIP-FLOP with RB/SB, Triple Drive FLIP-FLOP with FLIP-FLOP with R/S, High Drive FLIP-FLOP with R/S, Triple Drive FLIP-FLOP with FLIP-FLOP with High Drive FLIP-FLOP with Triple Drive FLIP-FLOP with RB/SB FLIP-FLOP with RB/SB, High Drive FLIP-FLOP with RB/SB, Triple Drive FLIP-FLOP with FLIP-FLOP with R/S, High Drive FLIP-FLOP with R/S, Triple Drive 2-441 2-442 2-443 2-444 2-445 2-446 2-447 2-448 2-449 2-450 2-451 2-452 2-453 2-454 2-455
FS73A MACROCELL FUNCTIONAL INDEX
TFFSBN TFFSBP TFFSBT QTFFRBN QTFFRBP QTFFRBT QTFFRSBN QTFFRSBP QTFFRSBT QTFFRSN QTFFRSP QTFFRST QTFFSBN QTFFSBP QTFFSBT FLIP-FLOP with FLIP-FLOP with High Drive FLIP-FLOP with Triple Drive FLIP-FLOP with Single Output FLIP-FLOP with Single Output High Drive FLIP-FLOP with Single Output Triple Drive FLIP-FLOP with RB/SB, Single Output FLIP-FLOP with RB/SB, Single Output High Drive FLIP-FLOP with RB/SB, Single Output Triple Drive FLIP-FLOP with R/S, Single Output FLIP-FLOP with R/S, Single Output High Drive FLIP-FLOP with R/S, Single Output Triple Drive FLIP-FLOP with Single Output FLIP-FLOP with Single Output High Drive FLIP-FLOP with Single Output Triple Drive 2-456 2-457 2-458 2-420 2-421 2-422 2-423 2-424 2-425 2-426 2-427 2-428 2-429 2-430 2-431
PARITY GENERATOR
PAR8E PAR8O Even Parity Generator Parity Generator 2-368 2-369
DECODER
DEC2 DEC2P DEC2T DECB2 DECB2P DECB2T DECB3 DECE2 DECE2P DECE2T DEH2 DEH2P DEH2T DEHB2 DEHB2P DEHB2T DECODER (Low Output) DECODER (Low Output), High Drive DECODER (Low Output), Triple Drive DECODER, Active (Low Output) DECODER, Active (Low Output), High Drive DECODER, Active (Low Output), Triple Drive DECODER, Active (Low Output) DECODER, Active High (Low Output) DECODER, Active High (Low Output), High Drive DECODER, Active High (Low Output), Triple Drive DECODER (High Output) DECODER (High Output), High Drive DECODER (High Output), Triple Drive DECODER, Active (High Output) DECODER, Active (High Output), High Drive DECODER, Active (High Output), Triple Drive 2-95 2-96 2-97 2-98 2-99 2-100 2-101 2-102 2-103 2-104 2-105 2-106 2-107 2-108 2-109 2-110
DELAY CELL
DEL2 DEL4 DEL7 DEL10 DELAY Cell DELAY Cell DELAY Cell DELAY Cell 2-111 2-112 2-113 2-114
FULL HALF ADDER
FA1P FA1T HA1P HA1T FULL ADDER FULL ADDER, High Drive FULL ADDER, Triple Drive HALF ADDER HALF ADDER, High Drive HALF ADDER, Triple Drive 2-171 2-172 2-173 2-174 2-175 2-176
COMPLEX GATE
MAO222 MAO222P MAO222T MAOI1 MAOI1P MAOI1T MOAI1 MOAI1P MOAI1T Non-Inverting 2-of-3 Majority Non-Inverting 2-of-3 Majority, High Drive Non-Inverting 2-of-3 Majority, Triple Drive AN2, into AN2, into NR2, High Drive AN2, into NR2, Triple Drive ND2, into ND2, into ND2, High Drive ND2, into ND2, Triple Drive 2-218 2-219 2-220 2-221 2-222 2-223 2-224 2-225 2-226
MULTIPLEXOR
MUX2 Multiplexor 2-227
FS73A MACROCELL FUNCTIONAL INDEX
MUX2P MUX2T MUX2X4 MUX3 MUX3P MUX3T MUX4 MUX4P MUX4T MUX5 MUX5P MUX5T MUX8 MUX8P MUX8T MUXB2 MUXB2P MUXB2T MUXB3 MUXB3P MUXB3T MUXB4 MUXB4P MUXB4T MUXB8 MUXB8P MUXB8T MXL2 MXL2P MXL2T MXL2X4 MXL3 MXL3P MXL3T MXLB2X4 Multiplexor, High Drive Multiplexor, Triple Drive QUAD Multiplexor Multiplexor Multiplexor, High Drive Multiplexor, Triple Drive Multiplexor Multiplexor, High Drive Multiplexor, Triple Drive Multiplexor Multiplexor, High Drive Multiplexor, Triple Drive Multiplexor Multiplexor, High Drive Multiplexor, Triple Drive Multiplexor, Active Multiplexor, Active Low, High Drive Multiplexor, Active Low, Triple Drive Multiplexor, Active Multiplexor, Active Low, High Drive Multiplexor, Active Low, Triple Drive Multiplexor, Active Multiplexor, Active Low, High Drive Multiplexor, Active Low, Triple Drive Multiplexor, Active Multiplexor, Active Low, High Drive Multiplexor, Active Low, Triple Drive Multiplexor, Inverting Output Multiplexor, Inverting Output, High Drive Multiplexor, Inverting Output, Triple Drive QUAD Multiplexor, Inverting Output Multiplexor, Inverting Output Multiplexor, Inverting Output, High Drive Multiplexor, Inverting Output, Triple Drive QUAD Multiplexor, Inverting Output, Active 2-228 2-229 2-230 2-231 2-232 2-233 2-234 2-235 2-236 2-237 2-238 2-239 2-240 2-241 2-242 2-243 2-244 2-245 2-246 2-247 2-248 2-249 2-250 2-251 2-252 2-253 2-254 2-255 2-256 2-257 2-258 2-259 2-260 2-261 2-262
COMPARATOR
CMPE4 Equal Comparator 2-81
RAM2 RAM2P RAM2T RAM3 RAM3P RAM3T RAM4 RAM4P RAM4T Cell with 3-State Output Cell with 3-State Output High Drive Cell with 3-State Output Triple Drive Cell with 3-State Output Cell with 3-State Output High Drive Cell with 3-State Output Triple Drive Cell with Dual 3-State Output Cell with Dual 3-State Output High Drive Cell with Dual 3-State Output Triple Drive 2-432 2-433 2-434 2-435 2-436 2-437 2-438 2-439 2-440
HOLDER
BHD1 Holder Cell 2-66
INPUT BUFFER
IBD6 IBU6 ICD6 ICU6 ICC4 IJD6 IJU6 IKD6 IKU6 Inverting CMOS Input Buffer, Inverting CMOS Input Buffer, Pull Down, Inverting CMOS Input Buffer, Pull Non-inverting CMOS Input Buffer, Non-inverting CMOS Input Buffer, Pull Down, Non-inverting CMOS Input Buffer, Pull Clock Driver with CMOS Buffer, Inverting Schmitt Input Buffer, Inverting Schmitt Input Buffer, Pull Down, Inverting Schmitt Input Buffer, Pull Non-inverting CMOS Schmitt Input Buffer, Non-inverting CMOS Schmitt Input Buffer, Pull Down, Non-inverting CMOS Schmitt Input Buffer, Pull 3-10 3-11 3-12 3-13
FS73A MACROCELL FUNCTIONAL INDEX
IKC4 IMD6 IMU6 IPD6 IPU6 IQD6 IQU6 ITD6 ITU6 ITC4 ITC4D6 ITC4U6 Clock Driver with CMOS Schmitt Input Buffer, Inverting Input Buffer, Inverting Input Buffer, Pull Down, Inverting Input Buffer, Pull Inverting CMOS Schmitt Input Buffer, Inverting CMOS Schmitt Input Buffer, Pull Down, Inverting CMOS Schmitt Input Buffer, Pull Non-inverting Schmitt Input Buffer, Non-inverting Schmitt Input Buffer, Pull Down, Non-inverting Schmitt Input Buffer, Pull Non-inverting Input Buffer, Non-inverting Input Buffer, Pull Down, Non-inverting Input Buffer, Pull Clock Driver with Buffer, Clock Driver with Buffer, Pull Down, Clock Driver with Buffer, Pull 3-14 3-15 3-16 3-17 3-18 3-19 3-20 3-21 3-22 3-23 3-24 3-25 3-26 3-27 3-28 3-29
OUTPUT BUFFER
OC02 OC02T OC04 OC04A OC04R OC04T OC08 OC08A OC08R OC08T OC12 OC12A OC12R OC12T OC16 OC16A OC16R OC16T OC24 OC24A OC24R OC24T OD02 OD04 OD08 OD12 OD16 OD24 OS02 OS04 OS08 OS12 OS16 OS24 OT02 OT02T OT04 OT04A OT04R OT04T OT08 OT08A OT08R OT08T OT12 OT12A OT12R OT12T OT16 OT16A OT16R OT16T CMOS Output Buffer, 3-State CMOS Output Buffer, Control, CMOS Output Buffer, 3-State CMOS Output Buffer, Control, Slew Rate, CMOS Output Buffer, Slew Rate, 3-State CMOS Output Buffer, Control, CMOS Output Buffer, 3-State CMOS Output Buffer, Control, Slew Rate, CMOS Output Buffer, Slew Rate, 3-State CMOS Output Buffer, Control, CMOS Output Buffer, 3-State CMOS Output Buffer, Control, Slew Rate, CMOS Output Buffer, Slew Rate, 3-State CMOS Output Buffer, Control, CMOS Output Buffer, 3-State CMOS Output Buffer, Control, Slew Rate, CMOS Output Buffer, Slew Rate, 3-State CMOS Output Buffer, Control, CMOS Output Buffer, 3-State CMOS Output Buffer, Control, Slew Rate, CMOS Output Buffer, Slew Rate, 3-State CMOS Output Buffer, Control, Open Drain Output Buffer, Open Drain Output Buffer, Open Drain Output Buffer, Open Drain Output Buffer, Open Drain Output Buffer, Open Drain Output Buffer, Open Source Output Buffer, Open Source Output Buffer, Open Source Output Buffer, Open Source Output Buffer, Open Source Output Buffer, Open Source Output Buffer, Output Buffer, 3-State Output Buffer, Control, Output Buffer, 3-State Output Buffer, Control, Slew Rate, Output Buffer, Slew Rate, 3-State Output Buffer, Control, Output Buffer, 3-State Output Buffer, Control, Slew Rate, Output Buffer, Slew Rate, 3-State Output Buffer, Control, Output Buffer, 3-State Output Buffer, Control, Slew Rate, Output Buffer, Slew Rate, 3-State Output Buffer, Control, Output Buffer, 3-State Output Buffer, Control, Slew Rate, Output Buffer, Slew Rate, 3-State Output Buffer, Control, 3-30 3-31 3-32 3-33 3-34 3-35 3-36 3-37 3-38 3-39 3-40 3-41 3-42 3-43 3-44 3-45 3-46 3-47 3-48 3-49 3-50 3-51 3-52 3-53 3-54 3-55 3-56 3-57 3-58 3-59 3-60 3-61 3-62 3-63 3-64 3-65 3-66 3-67 3-68 3-69 3-70 3-71 3-72 3-73 3-74 3-75 3-76 3-77 3-78 3-79 3-80 3-81
FS73A MACROCELL FUNCTIONAL INDEX
OT24 OT24A OT24R OT24T Output Buffer, 3-State Output Buffer, Control, Slew Rate, Output Buffer, Slew Rate, 3-State Output Buffer, Control, 3-82 3-83 3-84 3-85
BIDIRECTIONAL BUFFER
BCC02T BCC02TD6 BCC02TU6 BCC04A BCC04AD6 BCC04AU6 BCC04T BCC04TD6 BCC04TU6 BCC08A BCC08AD6 BCC08AU6 BCC08T BCC08TD6 BCC08TU6 BCC12A BCC12AD6 BCC12AU6 BCC12T BCC12TD6 BCC12TU6 BCC16A BCC16AD6 BCC16AU6 BCC16T BCC16TD6 BCC16TU6 BCC24A BCC24AD6 BCC24AU6 BCC24T BCC24TD6 BCC24TU6 BKC02T BKC02TD6 BKC02TU6 BKC04A BKC04AD6 BKC04AU6 BKC04T BKC04TD6 BKC04TU6 BKC08A BKC08AD6 BKC08AU6 BKC08T BKC08TD6 BKC08TU6 BKC12A BKC12AD6 BKC12AU6 BKC12T BKC12TD6 BKC12TU6 BKC16A BKC16AD6 BKC16AU6 BKC16T BKC16TD6 BKC16TU6 BKC24A BKC24AD6 BKC24AU6 BKC24T Bidirectional CMOS Input/CMOS Output Buffer, Control, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Bidirectional CMOS Input/CMOS Output Buffer, Control, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Bidirectional CMOS Input/CMOS Output Buffer, Control, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Bidirectional CMOS Input/CMOS Output Buffer, Control, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Bidirectional CMOS Input/CMOS Output Buffer, Control, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Bidirectional CMOS Input/CMOS Output Buffer, Control, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, 3-86 3-87 3-88 3-89 3-90 3-91 3-92 3-93 3-94 3-95 3-96 3-97 3-98 3-99 3-100 3-101 3-102 3-103 3-104 3-105 3-106 3-107 3-108 3-109 3-110 3-111 3-112 3-113 3-114 3-115 3-116 3-117 3-118 3-119 3-120 3-121 3-122 3-123 3-124 3-125 3-126 3-127 3-128 3-129 3-130 3-131 3-132 3-133 3-134 3-135 3-136 3-137 3-138 3-139 3-140 3-141 3-142 3-143 3-144 3-145 3-146 3-147 3-148 3-149
FS73A MACROCELL FUNCTIONAL INDEX
BKC24TD6 BKC24TU6 BQT02T BQT02TD6 BQT02TU6 BQT04A BQT04AD6 BQT04AU6 BQT04T BQT04TD6 BQT04TU6 BQT08A BQT08AD6 BQT08AU6 BQT08T BQT08TD6 BQT08TU6 BQT12A BQT12AD6 BQT12AU6 BQT12T BQT12TD6 BQT12TU6 BQT16A BQT16AD6 BQT16AU6 BQT16T BQT16TD6 BQT16TU6 BQT24A BQT24AD6 BQT24AU6 BQT24T BQT24TD6 BQT24TU6 BTT02T BTT02TD6 BTT02TU6 BTT04A BTT04AD6 BTT04AU6 BTT04T BTT04TD6 BTT04TU6 BTT08A BTT08AD6 BTT08AU6 BTT08T BTT08TD6 BTT08TU6 BTT12A BTT12AD6 BTT12AU6 BTT12T BTT12TD6 BTT12TU6 BTT16A BTT16AD6 BTT16AU6 BTT16T BTT16TD6 BTT16TU6 BTT24A BTT24AD6 BTT24AU6 BTT24T BTT24TD6 BTT24TU6 Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Bidirectional Schmitt Input/TTL Output Buffer, Control, Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Down, Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Pull Down, Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Pull Bidirectional Schmitt Input/TTL Output Buffer, Control, Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Down, Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Pull Down, Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Pull Bidirectional Schmitt Input/TTL Output Buffer, Control, Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Down, Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Pull Down, Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Pull Bidirectional Schmitt Input/TTL Output Buffer, Control, Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Down, Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Pull Down, Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Pull Bidirectional Schmitt Input/TTL Output Buffer, Control, Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Down, Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Pull Down, Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Pull Bidirectional Schmitt Input/TTL Output Buffer, Control, Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Down, Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Bidirectional Input/TTL Output Buffer, Control, Bidirectional Input/TTL Output Buffer, Control, Pull Down, Bidirectional Input/TTL Output Buffer, Control, Pull Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Pull Down, Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Pull Bidirectional Input/TTL Output Buffer, Control, Bidirectional Input/TTL Output Buffer, Control, Pull Down, Bidirectional Input/TTL Output Buffer, Control, Pull Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Pull Down, Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Pull Bidirectional Input/TTL Output Buffer, Control, Bidirectional Input/TTL Output Buffer, Control, Pull Down, Bidirectional Input/TTL Output Buffer, Control, Pull Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Pull Down, Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Pull Bidirectional Input/TTL Output Buffer, Control, Bidirectional Input/TTL Output Buffer, Control, Pull Down, Bidirectional Input/TTL Output Buffer, Control, Pull Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Pull Down, Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Pull Bidirectional Input/TTL Output Buffer, Control, Bidirectional Input/TTL Output Buffer, Control, Pull Down, Bidirectional Input/TTL Output Buffer, Control, Pull Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Pull Down, Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Pull Bidirectional Input/TTL Output Buffer, Control, Bidirectional Input/TTL Output Buffer, Control, Pull Down, Bidirectional Input/TTL Output Buffer, Control, Pull 3-150 3-151 3-152 3-153 3-154 3-155 3-156 3-157 3-158 3-159 3-160 3-161 3-162 3-163 3-164 3-165 3-166 3-167 3-168 3-169 3-170 3-171 3-172 3-173 3-174 3-175 3-176 3-177 3-178 3-179 3-180 3-181 3-182 3-183 3-184 3-185 3-186 3-187 3-188 3-189 3-190 3-191 3-192 3-193 3-194 3-195 3-196 3-197 3-198 3-199 3-200 3-201 3-202 3-203 3-204 3-205 3-206 3-207 3-208 3-209 3-210 3-211 3-212 3-213 3-214 3-215 3-216 3-217
INPUT BUFFER 3.3V
FS73A MACROCELL FUNCTIONAL INDEX
XBD8 XBU8 XCD8 XCU8 XCC4 XKD8 XKU8 XKC4 XPD8 XPU8 Inverting CMOS Input Buffer, 3.3V Inverting CMOS Input Buffer, Pull Down, 3.3V Inverting CMOS Input Buffer, Pull 3.3V Non-inverting CMOS Input Buffer, 3.3V Non-inverting CMOS Input Buffer, Pull Down, 3.3V Non-inverting CMOS Input Buffer, Pull 3.3V Clock Driver with CMOS Buffer, 3.3V Non-inverting CMOS Schmitt Input Buffer, 3.3V Non-inverting CMOS Schmitt Input Buffer, Pull Down, 3.3V Non-inverting CMOS Schmitt Input Buffer, Pull 3.3V Clock Driver with CMOS Schmitt Input Buffer, 3.3V Inverting CMOS Schmitt Input Buffer, 3.3V Inverting CMOS Schmitt Input Buffer, Pull Down, 3.3V Inverting CMOS Schmitt Input Buffer, Pull 3.3V 3-218 3-219 3-220 3-221 3-222 3-223 3-224 3-225 3-226 3-227 3-228 3-229 3-230 3-231
OUTPUT BUFFER 3.3V
YC02 YC02T YC04 YC04A YC04R YC04T YC08 YC08A YC08R YC08T YC12 YC12A YC12R YC12T YC16 YC16A YC16R YC16T YC24 YC24A YC24R YC24T YF02 YF04 YF08 YF12 YF16 YF24 YG02 YG04 YG08 YG12 YG16 YG24 CMOS Output Buffer, 3.3V 3-State CMOS Output Buffer, Control, 3.3V CMOS Output Buffer, 3.3V 3-State CMOS Output Buffer, Control, Slew Rate, 3.3V CMOS Output Buffer, Slew Rate, 3.3V 3-State CMOS Output Buffer, Control, 3.3V CMOS Output Buffer, 3.3V 3-State CMOS Output Buffer, Control, Slew Rate, 3.3V CMOS Output Buffer, Slew Rate, 3.3V 3-State CMOS Output Buffer, Control, 3.3V CMOS Output Buffer, 3.3V 3-State CMOS Output Buffer, Control, Slew Rate, 3.3V CMOS Output Buffer, Slew Rate, 3.3V 3-State CMOS Output Buffer, Control, 3.3V CMOS Output Buffer, 3.3V 3-State CMOS Output Buffer, Control, Slew Rate, 3.3V CMOS Output Buffer, Slew Rate, 3.3V 3-State CMOS Output Buffer, Control, 3.3V CMOS Output Buffer, 3.3V 3-State CMOS Output Buffer, Control, Slew Rate, 3.3V CMOS Output Buffer, Slew Rate, 3.3V 3-State CMOS Output Buffer, Control, 3.3V CMOS Open Drain Output Buffer, 3.3V CMOS Open Drain Output Buffer, 3.3V CMOS Open Drain Output Buffer, 3.3V CMOS Open Drain Output Buffer, 3.3V CMOS Open Drain Output Buffer, 3.3V CMOS Open Drain Output Buffer, 3.3V CMOS Open Source Output Buffer, 3.3V CMOS Open Source Output Buffer, 3.3V CMOS Open Source Output Buffer, 3.3V CMOS Open Source Output Buffer, 3.3V CMOS Open Source Output Buffer, 3.3V CMOS Open Source Output Buffer, 3.3V 3-232 3-233 3-234 3-235 3-236 3-237 3-238 3-239 3-240 3-241 3-242 3-243 3-244 3-245 3-246 3-247 3-248 3-249 3-250 3-251 3-252 3-253 3-254 3-255 3-256 3-257 3-258 3-259 3-260 3-261 3-262 3-263 3-264 3-265
BIDIRECTIONAL BUFFER 3.3V
ZCC02T ZCC02TD8 ZCC02TU8 ZCC04A ZCC04AD8 ZCC04AU8 ZCC04T ZCC04TD8 ZCC04TU8 ZCC08A ZCC08AD8 ZCC08AU8 ZCC08T ZCC08TD8 ZCC08TU8 ZCC12A ZCC12AD8 Bidirectional CMOS Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, 3.3V 3-266 3-267 3-268 3-269 3-270 3-271 3-272 3-273 3-274 3-275 3-276 3-277 3-278 3-279 3-280 3-281 3-282
FS73A MACROCELL FUNCTIONAL INDEX
ZCC12AU8 ZCC12T ZCC12TD8 ZCC12TU8 ZCC16A ZCC16AD8 ZCC16AU8 ZCC16T ZCC16TD8 ZCC16TU8 ZCC24A ZCC24AD8 ZCC24AU8 ZCC24T ZCC24TD8 ZCC24TU8 ZKC02T ZKC02TD8 ZKC02TU8 ZKC04A ZKC04AD8 ZKC04AU8 ZKC04T ZKC04TD8 ZKC04TU8 ZKC08A ZKC08AD8 ZKC08AU8 ZKC08T ZKC08TD8 ZKC08TU8 ZKC12A ZKC12AD8 ZKC12AU8 ZKC12T ZKC12TD8 ZKC12TU8 ZKC16A ZKC16AD8 ZKC16AU8 ZKC16T ZKC16TD8 ZKC16TU8 ZKC24A ZKC24AD8 ZKC24AU8 ZKC24T ZKC24TD8 ZKC24TU8 Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull 3.3V 3-283 3-284 3-285 3-286 3-287 3-288 3-289 3-290 3-291 3-292 3-293 3-294 3-295 3-296 3-297 3-298 3-299 3-300 3-301 3-302 3-303 3-304 3-305 3-306 3-307 3-308 3-309 3-310 3-311 3-312 3-313 3-314 3-315 3-316 3-317 3-318 3-319 3-320 3-321 3-322 3-323 3-324 3-325 3-326 3-327 3-328 3-329 3-330 3-331
Index
Alphanumeric index Macrocells
FS73A MACROCELL ALPHANUMERIC INDEX
NAME AN2P AN2T AN2B1 AN2B1L AN2B1P AN2B1T AN3P AN3T AN3B1 AN3B1P AN3B1T AN3B2 AN3B2L AN3B2P AN3B2T AN4P AN4T AN4B1 AN4B1P AN4B1T AN4B2 AN4B2P AN4B2T AN4B3 AN4B3P AN4B3T AO12 AO12P AO12T AO22 AO22P AO22T AO222 AO222P AO222T AOI112 AOI112P AOI112T AOI12 AOI12P AOI12T AOI123 AOI123P AOI123T AOI13 AOI13P AOI13T AOI22 AOI22P AOI22T AOI222 AOI222P AOI222T AOI2222 AOI2222P AOI2222T AOI33 AOI33P AOI33T AOI44 AOI44P AOI44T BHD1 BUF1 BUF1L BUF1D BUF2 FUNCTION Input Input AND, High Drive Input AND, Triple Drive Input AND, Input Inverted Input AND, Input Inverted, Power Input AND, Input Inverted, High Drive Input AND, Input Inverted, Triple Drive Input Input AND, High Drive Input AND, Triple Drive Input AND, Input Inverted Input AND, Input Inverted, High Drive Input AND, Input Inverted, Triple Drive Input AND, Input Inverted Input AND, Input Inverted, Power Input AND, Input Inverted, High Drive Input AND, Input Inverted, Triple Drive Input Input AND, High Drive Input AND, Triple Drive Input AND, Input Inverted Input AND, Input Inverted, High Drive Input AND, Input Inverted, Triple Drive Input AND, Input Inverted Input AND, Input Inverted, High Drive Input AND, Input Inverted, Triple Drive Input AND, Three Input Inverted Input AND, Three Input Inverted, High Drive Input AND, Three Input Inverted, Triple Drive into into OR2, High Drive into OR2, Triple Drive into into OR2, High Drive into OR2, Triple Drive into into OR3, High Drive into OR3, Triple Drive into into NR3, High Drive into NR3, Triple Drive into into NR2, High Drive into NR2, Triple Drive AN2, into AN2, into NR3, High Drive AN2, into NR3, Triple Drive into into NR2, High Drive into NR2, Triple Drive into into NR2, High Drive into NR2, Triple Drive into into NR3, High Drive into NR3, Triple Drive into into NR4, High Drive into NR4, Triple Drive into into NR2, High Drive into NR2, Triple Drive into into NR2, High Drive into NR2, Triple Drive Holder Cell BUFFER BUFFER, Power BUFFER with Dual Output BUFFER PAGE 2-10 2-11 2-12 2-13 2-14 2-15 2-16 2-17 2-18 2-19 2-20 2-21 2-22 2-23 2-24 2-25 2-26 2-27 2-28 2-29 2-30 2-31 2-32 2-33 2-34 2-35 2-36 2-37 2-38 2-39 2-40 2-41 2-42 2-43 2-44 2-45 2-46 2-47 2-48 2-49 2-50 2-51 2-52 2-53 2-54 2-55 2-56 2-57 2-58 2-59 2-60 2-61 2-62 2-63 2-64 2-65 2-66 2-67 2-68 2-69 2-70
FS73A MACROCELL ALPHANUMERIC INDEX
BUF2D BUF3 BUF4 BUF4D BUFB1 BUFB2 BUFT1 BUFT2 BUFT3 BUFT4 CMPE4 DBFN DBFP DBFT DBFRSBN DBFRSBP DBFRSBT DBHN DBHP DBHT DBHN4 DBHRBN DBHRBP DBHRBT DEC2 DEC2P DEC2T DECB2 DECB2P DECB2T DECB3 DECE2 DECE2P DECE2T DEH2 DEH2P DEH2T DEHB2 DEHB2P DEHB2T DEL2 DEL4 DEL7 DEL10 DFCLRBN DFCLRBP DFCLRBT DFCRBN DFCRBP DFCRBT DFFN DFFP DFFT DFFN8 DFFRBN DFFRBP DFFRBT DFFRN4 DFFRSBN DFFRSBP DFFRSBT DFFRSN DFFRSP DFFRST DFFSBN DFFSBP DFFSBT DFTRBN DFTRBP DFTRBT BUFFER with Dual Output BUFFER BUFFER BUFFER with Dual Output Drive 3-state BUFFER, Drive 3-state BUFFER, Drive 3-state BUFFER Drive 3-state BUFFER Drive 3-state BUFFER Drive 3-state BUFFER Equal Comparator FLIP-FLOP with FLIP-FLOP with CKB, High Drive FLIP-FLOP with CKB, Triple Drive FLIP-FLOP with RB/SB FLIP-FLOP with RB/SB, High Drive FLIP-FLOP with RB/SB, Triple Drive LATCH, Active LATCH, Active Low, High Drive LATCH, Active Low, Triple Drive LATCH, Active LATCH with Active LATCH with Active Low, High Drive LATCH with Active Low, Triple Drive DECODER (Low Output) DECODER (Low Output), High Drive DECODER (Low Output), Triple Drive DECODER, Active (Low Output) DECODER, Active (Low Output), High Drive DECODER, Active (Low Output), Triple Drive DECODER, Active (Low Output) DECODER, Active High (Low Output) DECODER, Active High (Low Output), High Drive DECODER, Active High (Low Output), Triple Drive DECODER (High Output) DECODER (High Output), High Drive DECODER (High Output), Triple Drive DECODER, Active (High Output) DECODER, Active (High Output), High Drive DECODER, Active (High Output), Triple Drive DELAY Cell DELAY Cell DELAY Cell DELAY Cell FLIP-FLOP with Synchronous Load FLIP-FLOP with Synchronous Load, High Drive FLIP-FLOP with Synchronous Load, Triple Drive FLIP-FLOP with Synchronous FLIP-FLOP with Synchronous High Drive FLIP-FLOP with Synchronous Triple Drive FLIP-FLOP FLIP-FLOP, High Drive FLIP-FLOP, Triple Drive FLIP-FLOP FLIP-FLOP with FLIP-FLOP with High Drive FLIP-FLOP with Triple Drive FLIP-FLOP with FLIP-FLOP with RB/SB FLIP-FLOP with RB/SB, High Drive FLIP-FLOP with RB/SB, Triple Drive FLIP-FLOP with FLIP-FLOP with R/S, High Drive FLIP-FLOP with R/S, Triple Drive FLIP-FLOP with FLIP-FLOP with High Drive FLIP-FLOP with Triple Drive FLIP-FLOP with RB/Added 3-State Output FLIP-FLOP with RB/Added 3-State Output, High Drive FLIP-FLOP with RB/Added 3-State Output, Triple Drive
2-71 2-72 2-73 2-74 2-75 2-76 2-77 2-78 2-79 2-80 2-81 2-82 2-83 2-84 2-85 2-86 2-87 2-88 2-89 2-90 2-91 2-92 2-93 2-94 2-95 2-96 2-97 2-98 2-99 2-100 2-101 2-102 2-103 2-104 2-105 2-106 2-107 2-108 2-109 2-110 2-111 2-112 2-113 2-114 2-115 2-116 2-117 2-118 2-119 2-120 2-121 2-122 2-123 2-124 2-125 2-126 2-127 2-128 2-129 2-130 2-131 2-132 2-133 2-134 2-135 2-136 2-137 2-138 2-139 2-140
FS73A MACROCELL ALPHANUMERIC INDEX
DFZN DFZP DFZT DFZRBN DFZRBP DFZRBT DFZRSBN DFZRSBP DFZRSBT DFZSBN DFZSBP DFZSBT DLHN DLHP DLHT DLHN4 DLHN8 DLHP4 DLHRBN DLHRBP DLHRBT DLHRN DLHRP DLHRT DLHSN DLHSP DLHST DLSN DLSP DLST FA1P FA1T HA1P HA1T INV1 INV1L INV2 INV3 INV4 INVB1 INVB2 INVT1 INVT2 INVT3 INVT4 JKBN JKBP JKBT JKBRSBN JKBRSBP JKBRSBT JKFN JKFP JKFT JKFRBN JKFRBP JKFRBT JKFRSBN JKFRSBP JKFRSBT JKFRSN JKFRSP JKFRST JKFSBN JKFSBP JKFSBT JKZN JKZP FLIP-FLOP with SCAN FLIP-FLOP with SCAN, High Drive FLIP-FLOP with SCAN, Triple Drive FLIP-FLOP with SCAN/RB FLIP-FLOP with SCAN/RB, High Drive FLIP-FLOP with SCAN/RB, Triple Drive FLIP-FLOP with SCAN/RB/SB FLIP-FLOP with SCAN/RB/SB, High Drive FLIP-FLOP with SCAN/RB/SB, Triple Drive FLIP-FLOP with SCAN/SB FLIP-FLOP with SCAN/SB, High Drive FLIP-FLOP with SCAN/SB, Triple Drive LATCH LATCH, High Drive LATCH, Triple Drive LATCH LATCH LATCH, High Drive LATCH with LATCH with High Drive LATCH with Triple Drive LATCH with LATCH with High Drive LATCH with Triple Drive LATCH with LATCH with High Drive LATCH with Triple Drive LATCH with SCAN input LATCH with SCAN input, High Drive LATCH with SCAN input, Triple Drive FULL ADDER FULL ADDER, High Drive FULL ADDER, Triple Drive HALF ADDER HALF ADDER, High Drive HALF ADDER, Triple Drive INVERTER INVERTER, Power INVERTER INVERTER INVERTER Drive 3-state INVERTER, Drive 3-state INVERTER, Drive 3-state INVERTER Drive 3-state INVERTER Drive 3-state INVERTER Drive 3-state INVERTER FLIP-FLOP with FLIP-FLOP with CKB, High Drive FLIP-FLOP with CKB, Triple Drive FLIP-FLOP with RB/SB FLIP-FLOP with RB/SB, High Drive FLIP-FLOP with RB/SB, Triple Drive FLIP-FLOP FLIP-FLOP, High Drive FLIP-FLOP, Triple Drive FLIP-FLOP with FLIP-FLOP with High Drive FLIP-FLOP with Triple Drive FLIP-FLOP with RB/SB FLIP-FLOP with RB/SB, High Drive FLIP-FLOP with RB/SB, Triple Drive FLIP-FLOP with FLIP-FLOP with R/S, High Drive FLIP-FLOP with R/S, Triple Drive FLIP-FLOP with FLIP-FLOP with High Drive FLIP-FLOP with Triple Drive FLIP-FLOP with SCAN FLIP-FLOP with SCAN, High Drive 2-141 2-142 2-143 2-144 2-145 2-146 2-147 2-148 2-149 2-150 2-151 2-152 2-153 2-154 2-155 2-156 2-157 2-158 2-159 2-160 2-161 2-162 2-163 2-164 2-165 2-166 2-167 2-168 2-169 2-170 2-171 2-172 2-173 2-174 2-175 2-176 2-177 2-178 2-179 2-180 2-181 2-182 2-183 2-184 2-185 2-186 2-187 2-188 2-189 2-190 2-191 2-192 2-193 2-194 2-195 2-196 2-197 2-198 2-199 2-200 2-201 2-202 2-203 2-204 2-205 2-206 2-207 2-208 2-209 2-210
FS73A MACROCELL ALPHANUMERIC INDEX
JKZT JKZRBN JKZRBP JKZRBT JKZRSBN JKZRSBP JKZRSBT MAO222 MAO222P MAO222T MAOI1 MAOI1P MAOI1T MOAI1 MOAI1P MOAI1T MUX2 MUX2P MUX2T MUX2X4 MUX3 MUX3P MUX3T MUX4 MUX4P MUX4T MUX5 MUX5P MUX5T MUX8 MUX8P MUX8T MUXB2 MUXB2P MUXB2T MUXB3 MUXB3P MUXB3T MUXB4 MUXB4P MUXB4T MUXB8 MUXB8P MUXB8T MXL2 MXL2P MXL2T MXL2X4 MXL3 MXL3P MXL3T MXLB2X4 ND2L ND2P ND2T ND3P ND3T ND4P ND4T ND5P ND5T ND6P ND6T ND8P ND8T FLIP-FLOP with SCAN, Triple Drive FLIP-FLOP with SCAN/RB FLIP-FLOP with SCAN/RB, High Drive FLIP-FLOP with SCAN/RB, Triple Drive FLIP-FLOP with SCAN/RB/SB FLIP-FLOP with SCAN/RB/SB, High Drive FLIP-FLOP with SCAN/RB/SB, Triple Drive Non-Inverting 2-of-3 Majority Non-Inverting 2-of-3 Majority, High Drive Non-Inverting 2-of-3 Majority, Triple Drive AN2, into AN2, into NR2, High Drive AN2, into NR2, Triple Drive ND2, into ND2, into ND2, High Drive ND2, into ND2, Triple Drive Multiplexor Multiplexor, High Drive Multiplexor, Triple Drive QUAD Multiplexor Multiplexor Multiplexor, High Drive Multiplexor, Triple Drive Multiplexor Multiplexor, High Drive Multiplexor, Triple Drive Multiplexor Multiplexor, High Drive Multiplexor, Triple Drive Multiplexor Multiplexor, High Drive Multiplexor, Triple Drive Multiplexor, Active Multiplexor, Active Low, High Drive Multiplexor, Active Low, Triple Drive Multiplexor, Active Multiplexor, Active Low, High Drive Multiplexor, Active Low, Triple Drive Multiplexor, Active Multiplexor, Active Low, High Drive Multiplexor, Active Low, Triple Drive Multiplexor, Active Multiplexor, Active Low, High Drive Multiplexor, Active Low, Triple Drive Multiplexor, Inverting Output Multiplexor, Inverting Output, High Drive Multiplexor, Inverting Output, Triple Drive QUAD Multiplexor, Inverting Output Multiplexor, Inverting Output Multiplexor, Inverting Output, High Drive Multiplexor, Inverting Output, Triple Drive QUAD Multiplexor, Inverting Output, Active Input NAND Input NAND, Power Input NAND, High Drive Input NAND, Triple Drive Input NAND Input NAND, High Drive Input NAND, Triple Drive Input NAND Input NAND, High Drive Input NAND, Triple Drive Input NAND Input NAND, High Drive Input NAND, Triple Drive Input NAND Input NAND, High Drive Input NAND, Triple Drive Input NAND Input NAND, High Drive Input NAND, Triple Drive 2-211 2-212 2-213 2-214 2-215 2-216 2-217 2-218 2-219 2-220 2-221 2-222 2-223 2-224 2-225 2-226 2-227 2-228 2-229 2-230 2-231 2-232 2-233 2-234 2-235 2-236 2-237 2-238 2-239 2-240 2-241 2-242 2-243 2-244 2-245 2-246 2-247 2-248 2-249 2-250 2-251 2-252 2-253 2-254 2-255 2-256 2-257 2-258 2-259 2-260 2-261 2-262 2-263 2-264 2-265 2-266 2-267 2-268 2-269 2-270 2-271 2-272 2-273 2-274 2-275 2-276 2-277 2-278 2-279 2-280 2-281
FS73A MACROCELL ALPHANUMERIC INDEX
NDL2 NDL2P NDL2T NR2L NR2P NR2T NR3P NR3T NR4P NR4T NR5P NR5T NR6P NR6T NR8P NR8T NRL2 NRL2P NRL2T OA12 OA12P OA12T OA22 OA22P OA22T OA222 OA222P OA222T OAI112 OAI112P OAI112T OAI12 OAI12P OAI12T OAI13 OAI13P OAI13T OAI22 OAI22P OAI22T OAI2222 OAI2222P OAI2222T OAI23 OAI23P OAI23T OAI33 OAI33P OAI33T OR2P OR2T OR2B1 OR2B1L OR2B1P OR2B1T OR3P OR3T OR3B1 OR3B1P OR3B1T OR3B2 OR3B2L OR3B2P NAND LATCH NAND LATCH, High Drive NAND LATCH, Triple Drive Input Input NOR, Power Input NOR, High Drive Input NOR, Triple Drive Input Input NOR, High Drive Input NOR, Triple Drive Input Input NOR, High Drive Input NOR, Triple Drive Input Input NOR, High Drive Input NOR, Triple Drive Input Input NOR, High Drive Input NOR, Triple Drive Input Input NOR, High Drive Input NOR, Triple Drive LATCH LATCH, High Drive LATCH, Triple Drive into into AN2, High Drive into AN2, Triple Drive into into AN2, High Drive into AN2, Triple Drive into into AN3, High Drive into AN3, Triple Drive into into ND3, High Drive into ND3, Triple Drive into into ND2, High Drive into ND2, Triple Drive into into ND2, High Drive into ND2, Triple Drive into into ND2, High Drive into ND2, Triple Drive into into ND4, High Drive into ND4, Triple Drive OR2, into OR2, into ND2, High Drive OR2, into ND2, Triple Drive into into ND2, High Drive into ND2, Triple Drive Input Input High Drive Input Triple Drive Input Input Inverted Input Input Inverted, Power Input Input Inverted, High Drive Input Input Inverted, Triple Drive Input Input High Drive Input Triple Drive Input Input Inverted Input Input Inverted, High Drive Input Input Inverted, Triple Drive Input Input Inverted Input Input Inverted, Power Input Input Inverted, High Drive 2-282 2-283 2-284 2-285 2-286 2-287 2-288 2-289 2-290 2-291 2-292 2-293 2-294 2-295 2-296 2-297 2-298 2-299 2-300 2-301 2-302 2-303 2-304 2-305 2-306 2-307 2-308 2-309 2-310 2-311 2-312 2-313 2-314 2-315 2-316 2-317 2-318 2-319 2-320 2-321 2-322 2-323 2-324 2-325 2-326 2-327 2-328 2-329 2-330 2-331 2-332 2-333 2-334 2-335 2-336 2-337 2-338 2-339 2-340 2-341 2-342 2-343 2-344 2-345 2-346 2-347 2-348 2-349 2-350 2-351 2-352
FS73A MACROCELL ALPHANUMERIC INDEX
OR3B2T OR4P OR4T OR4B1 OR4B1P OR4B1T OR4B2 OR4B2L OR4B2P OR4B2T OR4B3 OR4B3L OR4B3P OR4B3T PAR8E PAR8O QDBHN QDBHP QDBHT QDBHRBN QDBHRBP QDBHRBT QDFFN QDFFP QDFFT QDFFRBN QDFFRBP QDFFRBT QDFFRSBN QDFFRSBP QDFFRSBT QDFFRSN QDFFRSP QDFFRST QDFFSBN QDFFSBP QDFFSBT QDLHN QDLHP QDLHT QDLHRBN QDLHRBP QDLHRBT QDLHRN QDLHRP QDLHRT QDLHSN QDLHSP QDLHST QJKFN QJKFP QJKFT QJKFRBN QJKFRBP QJKFRBT QJKFRSBN QJKFRSBP QJKFRSBT QJKFRSN QJKFRSP QJKFRST QJKFSBN QJKFSBP QJKFSBT QTFFRBN QTFFRBP QTFFRBT QTFFRSBN Input Input Inverted, Triple Drive Input Input High Drive Input Triple Drive Input Input Inverted Input Input Inverted, High Drive Input Input Inverted, Triple Drive Input Input Inverted Input Input Inverted, Power Input Input Inverted, High Drive Input Input Inverted, Triple Drive Input Three Input Inverted Input Three Input Inverted, Power Input Three Input Inverted, High Drive Input Three Input Inverted, Triple Drive Even Parity Generator Parity Generator Internal Pull Down Preventing Floating Internal Pull Preventing Floating LATCH, Active Low, Single Output LATCH, Active Low, Single Output High Drive LATCH, Active Low, Single Output Triple Drive LATCH with Active Low, Single Output LATCH with Active Low, Single Output High Drive LATCH with Active Low, Single Output Triple Drive FLIP-FLOP, Single Output FLIP-FLOP, Single Output High Drive FLIP-FLOP, Single Output Triple Drive FLIP-FLOP with Single Output FLIP-FLOP with Single Output High Drive FLIP-FLOP with Single Output Triple Drive FLIP-FLOP with RB/SB, Single Output FLIP-FLOP with RB/SB, Single Output High Drive FLIP-FLOP with RB/SB, Single Output Triple Drive FLIP-FLOP with R/S, Single Output FLIP-FLOP with R/S, Single Output High Drive FLIP-FLOP with R/S, Single Output Triple Drive FLIP-FLOP with Single Output FLIP-FLOP with Single Output High Drive FLIP-FLOP with Single Output Triple Drive LATCH, Single Output LATCH, Single Output High Drive LATCH, Single Output Triple Drive LATCH with Single Output LATCH with Single Output High Drive LATCH with Single Output Triple Drive LATCH with Single Output LATCH with Single Output High Drive LATCH with Single Output Triple Drive LATCH with Single Output LATCH with Single Output High Drive LATCH with Single Output Triple Drive FLIP-FLOP, Single Output FLIP-FLOP, Single Output High Drive FLIP-FLOP, Single Output Triple Drive FLIP-FLOP with Single Output FLIP-FLOP with Single Output High Drive FLIP-FLOP with Single Output Triple Drive FLIP-FLOP with RB/SB, Single Output FLIP-FLOP with RB/SB, Single Output High Drive FLIP-FLOP with RB/SB, Single Output Triple Drive FLIP-FLOP with R/S, Single Output FLIP-FLOP with R/S, Single Output High Drive FLIP-FLOP with R/S, Single Output Triple Drive FLIP-FLOP with Single Output FLIP-FLOP with Single Output High Drive FLIP-FLOP with Single Output Triple Drive FLIP-FLOP with Single Output FLIP-FLOP with Single Output High Drive FLIP-FLOP with Single Output Triple Drive FLIP-FLOP with RB/SB, Single Output 2-353 2-354 2-355 2-356 2-357 2-358 2-359 2-360 2-361 2-362 2-363 2-364 2-365 2-366 2-367 2-368 2-369 2-370 2-371 2-372 2-373 2-374 2-375 2-376 2-377 2-378 2-379 2-380 2-381 2-382 2-383 2-384 2-385 2-386 2-387 2-388 2-389 2-390 2-391 2-392 2-393 2-394 2-395 2-396 2-397 2-398 2-399 2-400 2-401 2-402 2-403 2-404 2-405 2-406 2-407 2-408 2-409 2-410 2-411 2-412 2-413 2-414 2-415 2-416 2-417 2-418 2-419 2-420 2-421 2-422 2-423
FS73A MACROCELL ALPHANUMERIC INDEX
QTFFRSBP QTFFRSBT QTFFRSN QTFFRSP QTFFRST QTFFSBN QTFFSBP QTFFSBT RAM2 RAM2P RAM2T RAM3 RAM3P RAM3T RAM4 RAM4P RAM4T TBFRSBN TBFRSBP TBFRSBT TFERSN TFERSP TFERST TFFRBN TFFRBP TFFRBT TFFRSBN TFFRSBP TFFRSBT TFFRSN TFFRSP TFFRST TFFSBN TFFSBP TFFSBT XNR2 XNR2P XNR2T XNR3 XNR3P XNR3T XOR2 XOR2P XOR2T XOR3 XOR3P XOR3T IBD6 IBU6 ICD6 ICU6 ICC4 IJD6 IJU6 IKD6 IKU6 IKC4 IMD6 IMU6 IPD6 IPU6 IQD6 IQU6 FLIP-FLOP with RB/SB, Single Output High Drive FLIP-FLOP with RB/SB, Single Output Triple Drive FLIP-FLOP with R/S, Single Output FLIP-FLOP with R/S, Single Output High Drive FLIP-FLOP with R/S, Single Output Triple Drive FLIP-FLOP with Single Output FLIP-FLOP with Single Output High Drive FLIP-FLOP with Single Output Triple Drive Cell with 3-State Output Cell with 3-State Output High Drive Cell with 3-State Output Triple Drive Cell with 3-State Output Cell with 3-State Output High Drive Cell with 3-State Output Triple Drive Cell with Dual 3-State Output Cell with Dual 3-State Output High Drive Cell with Dual 3-State Output Triple Drive FLIP-FLOP with RB/SB FLIP-FLOP with RB/SB, High Drive FLIP-FLOP with RB/SB, Triple Drive FLIP-FLOP with FLIP-FLOP with R/S, High Drive FLIP-FLOP with R/S, Triple Drive FLIP-FLOP with FLIP-FLOP with High Drive FLIP-FLOP with Triple Drive FLIP-FLOP with RB/SB FLIP-FLOP with RB/SB, High Drive FLIP-FLOP with RB/SB, Triple Drive FLIP-FLOP with FLIP-FLOP with R/S, High Drive FLIP-FLOP with R/S, Triple Drive FLIP-FLOP with FLIP-FLOP with High Drive FLIP-FLOP with Triple Drive Exclusive Exclusive NR2, High Drive Exclusive NR2, Triple Drive Exclusive Exclusive NR3, High Drive Exclusive NR3, Triple Drive Exclusive Exclusive OR2, High Drive Exclusive OR2, Triple Drive Exclusive Exclusive OR3, High Drive Exclusive OR3, Triple Drive Inverting CMOS Input Buffer, Inverting CMOS Input Buffer, Pull Down, Inverting CMOS Input Buffer, Pull Non-inverting CMOS Input Buffer, Non-inverting CMOS Input Buffer, Pull Down, Non-inverting CMOS Input Buffer, Pull Clock Driver with CMOS Buffer, Inverting Schmitt Input Buffer, Inverting Schmitt Input Buffer, Pull Down, Inverting Schmitt Input Buffer, Pull Non-inverting CMOS Schmitt Input Buffer, Non-inverting CMOS Schmitt Input Buffer, Pull Down, Non-inverting CMOS Schmitt Input Buffer, Pull Clock Driver with CMOS Schmitt Input Buffer, Inverting Input Buffer, Inverting Input Buffer, Pull Down, Inverting Input Buffer, Pull Inverting CMOS Schmitt Input Buffer, Inverting CMOS Schmitt Input Buffer, Pull Down, Inverting CMOS Schmitt Input Buffer, Pull Non-inverting Schmitt Input Buffer, Non-inverting Schmitt Input Buffer, Pull Down, Non-inverting Schmitt Input Buffer, Pull 2-424 2-425 2-426 2-427 2-428 2-429 2-430 2-431 2-432 2-433 2-434 2-435 2-436 2-437 2-438 2-439 2-440 2-441 2-442 2-443 2-444 2-445 2-446 2-447 2-448 2-449 2-450 2-451 2-452 2-453 2-454 2-455 2-456 2-457 2-458 2-459 2-460 2-461 2-462 2-463 2-464 2-465 2-466 2-467 2-468 2-469 2-470 3-10 3-11 3-12 3-13 3-14 3-15 3-16 3-17 3-18 3-19 3-20 3-21 3-22 3-23
FS73A MACROCELL ALPHANUMERIC INDEX
ITD6 ITU6 ITC4 ITC4D6 ITC4U6 OC02 OC02T OC04 OC04A OC04R OC04T OC08 OC08A OC08R OC08T OC12 OC12A OC12R OC12T OC16 OC16A OC16R OC16T OC24 OC24A OC24R OC24T OD02 OD04 OD08 OD12 OD16 OD24 OS02 OS04 OS08 OS12 OS16 OS24 OT02 OT02T OT04 OT04A OT04R OT04T OT08 OT08A OT08R OT08T OT12 OT12A OT12R OT12T OT16 OT16A OT16R OT16T OT24 OT24A OT24R OT24T BCC02T BCC02TD6 BCC02TU6 BCC04A BCC04AD6 BCC04AU6 BCC04T BCC04TD6 BCC04TU6 Non-inverting Input Buffer, Non-inverting Input Buffer, Pull Down, Non-inverting Input Buffer, Pull Clock Driver with Buffer, Clock Driver with Buffer, Pull Down, Clock Driver with Buffer, Pull CMOS Output Buffer, 3-State CMOS Output Buffer, Control, CMOS Output Buffer, 3-State CMOS Output Buffer, Control, Slew Rate, CMOS Output Buffer, Slew Rate, 3-State CMOS Output Buffer, Control, CMOS Output Buffer, 3-State CMOS Output Buffer, Control, Slew Rate, CMOS Output Buffer, Slew Rate, 3-State CMOS Output Buffer, Control, CMOS Output Buffer, 3-State CMOS Output Buffer, Control, Slew Rate, CMOS Output Buffer, Slew Rate, 3-State CMOS Output Buffer, Control, CMOS Output Buffer, 3-State CMOS Output Buffer, Control, Slew Rate, CMOS Output Buffer, Slew Rate, 3-State CMOS Output Buffer, Control, CMOS Output Buffer, 3-State CMOS Output Buffer, Control, Slew Rate, CMOS Output Buffer, Slew Rate, 3-State CMOS Output Buffer, Control, Open Drain Output Buffer, Open Drain Output Buffer, Open Drain Output Buffer, Open Drain Output Buffer, Open Drain Output Buffer, Open Drain Output Buffer, Open Source Output Buffer, Open Source Output Buffer, Open Source Output Buffer, Open Source Output Buffer, Open Source Output Buffer, Open Source Output Buffer, Output Buffer, 3-State Output Buffer, Control, Output Buffer, 3-State Output Buffer, Control, Slew Rate, Output Buffer, Slew Rate, 3-State Output Buffer, Control, Output Buffer, 3-State Output Buffer, Control, Slew Rate, Output Buffer, Slew Rate, 3-State Output Buffer, Control, Output Buffer, 3-State Output Buffer, Control, Slew Rate, Output Buffer, Slew Rate, 3-State Output Buffer, Control, Output Buffer, 3-State Output Buffer, Control, Slew Rate, Output Buffer, Slew Rate, 3-State Output Buffer, Control, Output Buffer, 3-State Output Buffer, Control, Slew Rate, Output Buffer, Slew Rate, 3-State Output Buffer, Control, Bidirectional CMOS Input/CMOS Output Buffer, Control, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Bidirectional CMOS Input/CMOS Output Buffer, Control, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull 3-24 3-25 3-26 3-27 3-28 3-29 3-30 3-31 3-32 3-33 3-34 3-35 3-36 3-37 3-38 3-39 3-40 3-41 3-42 3-43 3-44 3-45 3-46 3-47 3-48 3-49 3-50 3-51 3-52 3-53 3-54 3-55 3-56 3-57 3-58 3-59 3-60 3-61 3-62 3-63 3-64 3-65 3-66 3-67 3-68 3-69 3-70 3-71 3-72 3-73 3-74 3-75 3-76 3-77 3-78 3-79 3-80 3-81 3-82 3-83 3-84 3-85 3-86 3-87 3-88 3-89 3-90 3-91 3-92 3-93 3-94
FS73A MACROCELL ALPHANUMERIC INDEX
BCC08A BCC08AD6 BCC08AU6 BCC08T BCC08TD6 BCC08TU6 BCC12A BCC12AD6 BCC12AU6 BCC12T BCC12TD6 BCC12TU6 BCC16A BCC16AD6 BCC16AU6 BCC16T BCC16TD6 BCC16TU6 BCC24A BCC24AD6 BCC24AU6 BCC24T BCC24TD6 BCC24TU6 BKC02T BKC02TD6 BKC02TU6 BKC04A BKC04AD6 BKC04AU6 BKC04T BKC04TD6 BKC04TU6 BKC08A BKC08AD6 BKC08AU6 BKC08T BKC08TD6 BKC08TU6 BKC12A BKC12AD6 BKC12AU6 BKC12T BKC12TD6 BKC12TU6 BKC16A BKC16AD6 BKC16AU6 BKC16T BKC16TD6 BKC16TU6 BKC24A BKC24AD6 BKC24AU6 BKC24T BKC24TD6 BKC24TU6 BQT02T BQT02TD6 BQT02TU6 BQT04A BQT04AD6 BQT04AU6 BQT04T BQT04TD6 BQT04TU6 BQT08A BQT08AD6 BQT08AU6 BQT08T BQT08TD6 Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Bidirectional CMOS Input/CMOS Output Buffer, Control, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Bidirectional CMOS Input/CMOS Output Buffer, Control, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Bidirectional CMOS Input/CMOS Output Buffer, Control, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Bidirectional CMOS Input/CMOS Output Buffer, Control, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Bidirectional Schmitt Input/TTL Output Buffer, Control, Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Down, Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Pull Down, Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Pull Bidirectional Schmitt Input/TTL Output Buffer, Control, Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Down, Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Pull Down, Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Pull Bidirectional Schmitt Input/TTL Output Buffer, Control, Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Down, 3-95 3-96 3-97 3-98 3-99 3-100 3-101 3-102 3-103 3-104 3-105 3-106 3-107 3-108 3-109 3-110 3-111 3-112 3-113 3-114 3-115 3-116 3-117 3-118 3-119 3-120 3-121 3-122 3-123 3-124 3-125 3-126 3-127 3-128 3-129 3-130 3-131 3-132 3-133 3-134 3-135 3-136 3-137 3-138 3-139 3-140 3-141 3-142 3-143 3-144 3-145 3-146 3-147 3-148 3-149 3-150 3-151 3-152 3-153 3-154 3-155 3-156 3-157 3-158 3-159 3-160 3-161 3-162 3-163 3-164 3-165
FS73A MACROCELL ALPHANUMERIC INDEX
BQT08TU6 BQT12A BQT12AD6 BQT12AU6 BQT12T BQT12TD6 BQT12TU6 BQT16A BQT16AD6 BQT16AU6 BQT16T BQT16TD6 BQT16TU6 BQT24A BQT24AD6 BQT24AU6 BQT24T BQT24TD6 BQT24TU6 BTT02T BTT02TD6 BTT02TU6 BTT04A BTT04AD6 BTT04AU6 BTT04T BTT04TD6 BTT04TU6 BTT08A BTT08AD6 BTT08AU6 BTT08T BTT08TD6 BTT08TU6 BTT12A BTT12AD6 BTT12AU6 BTT12T BTT12TD6 BTT12TU6 BTT16A BTT16AD6 BTT16AU6 BTT16T BTT16TD6 BTT16TU6 BTT24A BTT24AD6 BTT24AU6 BTT24T BTT24TD6 BTT24TU6 XBD8 XBU8 XCD8 XCU8 XCC4 XKD8 XKU8 XKC4 XPD8 XPU8 YC02 YC02T YC04 YC04A YC04R Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Pull Down, Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Pull Bidirectional Schmitt Input/TTL Output Buffer, Control, Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Down, Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Pull Down, Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Pull Bidirectional Schmitt Input/TTL Output Buffer, Control, Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Down, Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Pull Down, Bidirectional Schmitt Input/TTL Output Buffer, Control, Slew Rate, Pull Bidirectional Schmitt Input/TTL Output Buffer, Control, Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Down, Bidirectional Schmitt Input/TTL Output Buffer, Control, Pull Bidirectional Input/TTL Output Buffer, Control, Bidirectional Input/TTL Output Buffer, Control, Pull Down, Bidirectional Input/TTL Output Buffer, Control, Pull Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Pull Down, Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Pull Bidirectional Input/TTL Output Buffer, Control, Bidirectional Input/TTL Output Buffer, Control, Pull Down, Bidirectional Input/TTL Output Buffer, Control, Pull Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Pull Down, Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Pull Bidirectional Input/TTL Output Buffer, Control, Bidirectional Input/TTL Output Buffer, Control, Pull Down, Bidirectional Input/TTL Output Buffer, Control, Pull Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Pull Down, Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Pull Bidirectional Input/TTL Output Buffer, Control, Bidirectional Input/TTL Output Buffer, Control, Pull Down, Bidirectional Input/TTL Output Buffer, Control, Pull Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Pull Down, Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Pull Bidirectional Input/TTL Output Buffer, Control, Bidirectional Input/TTL Output Buffer, Control, Pull Down, Bidirectional Input/TTL Output Buffer, Control, Pull Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Pull Down, Bidirectional Input/TTL Output Buffer, Control, Slew Rate, Pull Bidirectional Input/TTL Output Buffer, Control, Bidirectional Input/TTL Output Buffer, Control, Pull Down, Bidirectional Input/TTL Output Buffer, Control, Pull Inverting CMOS Input Buffer, 3.3V Inverting CMOS Input Buffer, Pull Down, 3.3V Inverting CMOS Input Buffer, Pull 3.3V Non-inverting CMOS Input Buffer, 3.3V Non-inverting CMOS Input Buffer, Pull Down, 3.3V Non-inverting CMOS Input Buffer, Pull 3.3V Clock Driver with CMOS Buffer, 3.3V Non-inverting CMOS Schmitt Input Buffer, 3.3V Non-inverting CMOS Schmitt Input Buffer, Pull Down, 3.3V Non-inverting CMOS Schmitt Input Buffer, Pull 3.3V Clock Driver with CMOS Schmitt Input Buffer, 3.3V Inverting CMOS Schmitt Input Buffer, 3.3V Inverting CMOS Schmitt Input Buffer, Pull Down, 3.3V Inverting CMOS Schmitt Input Buffer, Pull 3.3V CMOS Output Buffer, 3.3V 3-State CMOS Output Buffer, Control, 3.3V CMOS Output Buffer, 3.3V 3-State CMOS Output Buffer, Control, Slew Rate, 3.3V CMOS Output Buffer, Slew Rate, 3.3V 3-166 3-167 3-168 3-169 3-170 3-171 3-172 3-173 3-174 3-175 3-176 3-177 3-178 3-179 3-180 3-181 3-182 3-183 3-184 3-185 3-186 3-187 3-188 3-189 3-190 3-191 3-192 3-193 3-194 3-195 3-196 3-197 3-198 3-199 3-200 3-201 3-202 3-203 3-204 3-205 3-206 3-207 3-208 3-209 3-210 3-211 3-212 3-213 3-214 3-215 3-216 3-217 3-218 3-219 3-220 3-221 3-222 3-223 3-224 3-225 3-226 3-227 3-228 3-229 3-230 3-231 3-232 3-233 3-234 3-235 3-236
FS73A MACROCELL ALPHANUMERIC INDEX
YC04T YC08 YC08A YC08R YC08T YC12 YC12A YC12R YC12T YC16 YC16A YC16R YC16T YC24 YC24A YC24R YC24T YF02 YF04 YF08 YF12 YF16 YF24 YG02 YG04 YG08 YG12 YG16 YG24 ZCC02T ZCC02TD8 ZCC02TU8 ZCC04A ZCC04AD8 ZCC04AU8 ZCC04T ZCC04TD8 ZCC04TU8 ZCC08A ZCC08AD8 ZCC08AU8 ZCC08T ZCC08TD8 ZCC08TU8 ZCC12A ZCC12AD8 ZCC12AU8 ZCC12T ZCC12TD8 ZCC12TU8 ZCC16A ZCC16AD8 ZCC16AU8 ZCC16T ZCC16TD8 ZCC16TU8 ZCC24A ZCC24AD8 ZCC24AU8 ZCC24T ZCC24TD8 ZCC24TU8 ZKC02T ZKC02TD8 ZKC02TU8 ZKC04A ZKC04AD8 ZKC04AU8 ZKC04T ZKC04TD8 ZKC04TU8 3-State CMOS Output Buffer, Control, 3.3V CMOS Output Buffer, 3.3V 3-State CMOS Output Buffer, Control, Slew Rate, 3.3V CMOS Output Buffer, Slew Rate, 3.3V 3-State CMOS Output Buffer, Control, 3.3V CMOS Output Buffer, 3.3V 3-State CMOS Output Buffer, Control, Slew Rate, 3.3V CMOS Output Buffer, Slew Rate, 3.3V 3-State CMOS Output Buffer, Control, 3.3V CMOS Output Buffer, 3.3V 3-State CMOS Output Buffer, Control, Slew Rate, 3.3V CMOS Output Buffer, Slew Rate, 3.3V 3-State CMOS Output Buffer, Control, 3.3V CMOS Output Buffer, 3.3V 3-State CMOS Output Buffer, Control, Slew Rate, 3.3V CMOS Output Buffer, Slew Rate, 3.3V 3-State CMOS Output Buffer, Control, 3.3V CMOS Open Drain Output Buffer, 3.3V CMOS Open Drain Output Buffer, 3.3V CMOS Open Drain Output Buffer, 3.3V CMOS Open Drain Output Buffer, 3.3V CMOS Open Drain Output Buffer, 3.3V CMOS Open Drain Output Buffer, 3.3V CMOS Open Source Output Buffer, 3.3V CMOS Open Source Output Buffer, 3.3V CMOS Open Source Output Buffer, 3.3V CMOS Open Source Output Buffer, 3.3V CMOS Open Source Output Buffer, 3.3V CMOS Open Source Output Buffer, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Slew Rate, Pull 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Input/CMOS Output Buffer, Control, Pull 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull 3.3V 3-237 3-238 3-239 3-240 3-241 3-242 3-243 3-244 3-245 3-246 3-247 3-248 3-249 3-250 3-251 3-252 3-253 3-254 3-255 3-256 3-257 3-258 3-259 3-260 3-261 3-262 3-263 3-264 3-265 3-266 3-267 3-268 3-269 3-270 3-271 3-272 3-273 3-274 3-275 3-276 3-277 3-278 3-279 3-280 3-281 3-282 3-283 3-284 3-285 3-286 3-287 3-288 3-289 3-290 3-291 3-292 3-293 3-294 3-295 3-296 3-297 3-298 3-299 3-300 3-301 3-302 3-303 3-304 3-305 3-306 3-307
FS73A MACROCELL ALPHANUMERIC INDEX
ZKC08A ZKC08AD8 ZKC08AU8 ZKC08T ZKC08TD8 ZKC08TU8 ZKC12A ZKC12AD8 ZKC12AU8 ZKC12T ZKC12TD8 ZKC12TU8 ZKC16A ZKC16AD8 ZKC16AU8 ZKC16T ZKC16TD8 ZKC16TU8 ZKC24A ZKC24AD8 ZKC24AU8 ZKC24T ZKC24TD8 ZKC24TU8 Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull Down, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Slew Rate, Pull 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull Down, 3.3V Bidirectional CMOS Schmitt Input/CMOS Output Buffer, Control, Pull 3.3V 3-308 3-309 3-310 3-311 3-312 3-313 3-314 3-315 3-316 3-317 3-318 3-319 3-320 3-321 3-322 3-323 3-324 3-325 3-326 3-327 3-328 3-329 3-330 3-331
Chapter
Introduction FS7000 Series Standard Cell
HOLTEK ASIC
FS7000 Series Standard Cell Data Book
FS7000 Series
FS7000 series 0.5um (drawn) family standard cell library. series include: FS73A FS73A_B, high density version, core FS73A<L> FS73A_L, high density version, core this databook, descriptions will targeted FS73A_B library.
General Description
1.1.1 Technology features FS7000 series manufactured state-of-the-art 0.5um single Polysilicon double triple layer metal, twin-well CMOS process. 0.5um (drawn) Single POLY Double Triple-layer metal CMOS process Mixed 3.3V Operating voltage Very High Density routability High speed: picoseconds (Typ. input NAND gate, FO=0.05pF) High gate count 250K gate equivalents utilization 3-layer metal implementation Multiple drive strength outputs with 24mA single output
All-layer high density power SRAM/ROM blocks available 74LS compatible Soft-macro Megacells available integration High (4,000 volts) High Latch-up immunity (20mA, 10V)
1.1.2 Targeted applications FS7000 standard cell family especially tailored high density, power high integration user-specific design applications high speed Electronic Data Processing, Computing, Graphics, Telecommunications portable markets. Complex rich cells FS73A library also make nowadays synthesize tools easier meet smaller, faster design goal. These cells include: Various driver strength cell supported Rich complex cells with inverted inputs Single output Flip Flops Latches
HOLTEK ASIC
FS7000 Series Standard Cell Data Book
Cell Library
FS7000 series standard cell library includes: primitive cell library, cell library, RAM/ROM blocks, soft macro functional blocks Megacell functional blocks. 1.2.1 Fundamental Core Cell library FS7000B standard cell family supported extensive family internal macro cells. functions ANxBy with inverted inputs AOIxy into complex gates into complex gates DECx DEHx Decoders DELx Delay cells Full Half Adders MAOx MOAx Complex gates MUXx MXLx Multiplexers NAND gates gates OAIx into NAND complex gates into complex gates gates ORxBy with inverted inputs PARx Parity Generators PUIx PDIx Pull Up/Down internal tristate XNRx XORx Exclusive gates BUFx Buffers INVx Inverters Inverting buffers DBFx D-type Flip Flops QDFx Flip Flops with single output Flip Flops QJKx Flip Flops with single output Toggle Flip Flops Flip Flops with single output DBHx Latches QDLx QDBHx Latches with single output NDLx NRLx Latches
HOLTEK ASIC RAMx CMPEx
FS7000 Series Standard Cell Data Book Equal Comparator
Most logic functions available drive versions. instance, 2-input NAND gate available ND2L (low drive), (normal drive), ND2P (power drive) ND2T (triple drive). driving capability ND2L ND2P ND2T. higher drives make larger transistor sizes therefore shorter delays high fan-out nets. lower drives, other hand, will always occupy lower silicon space. 1.2.2 Soft Macro Functions There over soft macro functions FS7000 series cell library. Functions such counters, encoders, decoders, shift registers, adder/subtractors, comparators, Multiplexers 74LS series functions included. these Soft macro functions listed described very detail "Holtek 74-Series MacroCell". 1.2.3 Megacells following megacells available soft macro format user integration: Cell Name Function Description HT8031 8-bit ROMless Microcontroller HT8051 8-bit Microcontroller with 1.2.4 Embedded Functional Block Design Considerations embedded functional blocks, user should design application logic such that Chip Select input normally Standby state. Chip Select input should asserted prior activation embedded blocks. Testing embedded functional blocks easily accomplished user includes parallel access logic around blocks. This logic form simple multiplexers. inputs blocks directly accessed through properly selecting multiplexers. Likewise, outputs from blocks directly monitored through properly selecting another multiplexers. control signals multiplexers most simply done dedicating input Test pin. Gate Count 7,800 HT8031
HOLTEK ASIC
FS7000 Series Standard Cell Data Book
minimize timing constraints, also recommended that latches added SRAM outputs. After necessary parallel direct access logic included into design, test patterns inserted very easily. user should create test pattern where direct access logic enabled. HOLTEK will provide full coverage test pattern template customer implemented user specific memory test patterns. 1.2.5 definition Cell Unit datasheets, "cell unit" used represent complexity cells. Normally proportional physical cell size. Another kinds unit "gate count", "gate equivalent", which size equivalent cell. relationship between "cell unit" "gate equivalent" "gate equivalent" "cell unit" "gate equivalent" used gate array products standard cell products. 1.2.6 Cell Functions library contains basic functions. Each input, output bi-directional macro cell unique assembly such functions. Input Inverting Non-inverting inputs CMOS input levels With without Pull Pull Down With without Schmitt trigger input With without higher drive output clock nets With without 3.3V interface Output CMOS timing With without tri-state control function With without slew rate control 2mA, 4mA, 8mA, 12mA, 16mA, 24mA drive With without Open Drain Open Source With without 3.3V interface
HOLTEK ASIC 1.2.6.1 cell naming conventions
FS7000 Series Standard Cell Data Book
naming convention cell described below: Input Buffer Naming Input Invert CMOS (3/5) Input Non-invert CMOS (3/5) invert CMOS Schmitt Trig. (3/5) Non-invert CMOS Schmitt Trig. (3/5) Invert Non-invert Invert Schmitt Trig. Non-invert Schmitt Trig.
clock driver (3/5) pull resistor (50K) pull down resistor (50K) pull resistor (75K) pull down resistor (75K)
Output Output
Output Buffer Naming CMOS output (3/5) driver Slew-rate tri-state output driver Slew-rate Open Source driver Tri-state Open Drain 12mA driver CMOS Open Source 16mA driver CMOS Open Drain 24mA driver
Bi-direct Bi-direct
Bidirect Buffer Naming INPUT OUTPUT (3/5) (3/5) (3/5)
INPUT
Note naming bi-direct buffer combination both input output's. Please refer input output naming table implication. Note input output functions available 3.3V applications. Note resistors available 3.3V resistors available applications.
HOLTEK ASIC
FS7000 Series Standard Cell Data Book
characteristics
1.3.1 Absolute Maximum Ratings
SYMBOL VOUT TSTG PARAMETER Power Supply Input Voltage Output Voltage Storage Temperature RATING -0.3 -0.3 VCC+0.3 -0.3 VCC+0.3 UNITS
1.3.2 Recommended Operating Conditions
SYMBOL TOPR PARAMETER Commercial Power Supply Industrial Power Supply Input Voltage Commercial Junction Operating Temperature Industrial Junction Operating Temperature 4.75 5.25 UNITS
1.3.3 General Characteristics
SYMBOL COUT CBID PARAMETER Input current Input high current Tri-state leakage current Input capacitance Output capacitance Bi-directional buffer capacitance CONDITIONS pull-up pull-down pull-up pull-down UNITS
1.3.4 Electrical Characteristics volts operation
(Under Recommended Operating Conditions Vcc=4.75V 5.25V, SYMBOL
+70)
0.3*Vcc 1.10 1.84 UNITS
PARAMETER CONDITIONS Input voltage Input voltage CMOS Schmitt input voltage Schmitt input voltage CMOS Input high voltage Input high voltage CMOS 0.7*Vcc Schmitt input high voltage Schmitt input high voltage CMOS Output voltage IOL=2, Output high voltage IOH=2, Input Pull-up/down resistance Vil=0v Vih=Vcc
1.87 3.22
HOLTEK ASIC
FS7000 Series Standard Cell Data Book
1.3.5 Electrical Characteristics volts operation
(Under Recommended Operating Conditions Vcc=3.0V 3.6V, SYMBOL
+85)
1.22 2.08 0.3*Vcc UNITS
PARAMETER CONDITIONS Input voltage CMOS Schmitt input voltage CMOS Input high voltage CMOS 0.7*Vcc Schmitt input high voltage CMOS Output voltage IOL=2, Output high voltage IOH=2, Input Pull-up/down resistance Vil=0v Vih=Vcc
HOLTEK ASIC
FS7000 Series Standard Cell Data Book
Figure 1-1. VOH-IOH Characteristics Buffer)
Figure 1-2. VOH-IOH Characteristics Buffer)
HOLTEK ASIC
FS7000 Series Standard Cell Data Book
Figure 2-1. VOL-IOL Characteristics Buffer)
Figure 2-2. VOL-IOL Characteristics Buffer)
HOLTEK ASIC
FS7000 Series Standard Cell Data Book
Figure Pull Transistor Characteristics
HOLTEK ASIC
FS7000 Series Standard Cell Data Book
Figure Pull Down Transistor Characteristics
HOLTEK ASIC
FS7000 Series Standard Cell Data Book
Characteristics
1.4.1 Derating Factors speed device dependent voltage temperature factors. addition these factors, there also process variation. Performance prediction done based combination these three factors. central operating condition characterized 3.3V,
typical process parameters. other conditions normalized from central operating conditions. most commonly operating points listed here.
HOLTEK ASIC
FS7000 Series Standard Cell Data Book
following equation shows overall derating factor determined: Ktot where Ktot Total derating factor Factor junction temperature Factor operating voltage Factor process variation predict real world performance design, propagation delay macro cell evaluated under three cases: Typical case: typical processing, derating factor Ktot
Best case:
5.25V, best processing, derating factor will Ktot 0.90 0.96 0.67 0.58
Worst case:
propagation delay will Ktot Ttyp 0.58Ttyp 4.75V, worst processing, derating factor will Ktot 1.201.061.38 1.76 propagation delay will Ktot Ttyp 1.76Ttyp
1.4.2 Propagation Delay calculation basic propagation delay formula approximated following linear equation: where Intrinsic delay macro cell Marginal delay pico farad (pf) Fanout interconnect capacitance Marginal delay Unit slope Unit slope representing fanout interconnect capacitance
K*CL
Q*SW
HOLTEK ASIC
FS7000 Series Standard Cell Data Book
This equation represents Lumped Delay model. used propagation delay prediction data sheet level. INV1 example: Equations 0.42(pf) Tplh 0.0168 0.5204*CL 0.1096*SW Tplh 0.0168 0.5204*0.42 0.1096 0.3450 Tphl 0.0139 0.5027*CL 0.1231*SW Tphl 0.0139 0.5027*0.42 0.1231 0.3557 pre-route post route simulations, more accurate complex delay calculation supported Central Delay Calculator software. pre-route simulations, Central Delay Calculator will take output fanout, chip dimension grouping information into consideration. postroute simulations, actual wire length will extracted placement routing tools back into Central Delay Calculator. 1.4.3 Timing Definitions timing definitions both internal macro cells Input/Output buffers listed this section. 1.4.3.1 Internal Macro cells timing delays internal macro cells characterized point point. This includes propagation delay times through combinatorial functions well setup, hold time release time definitions sequential elements. Propagation delay: time between input signal transition resultant output signal transition.
Setup time: minimum time that input data must remain unchanged prior active clock transition.
HOLTEK ASIC
FS7000 Series Standard Cell Data Book
Hold time minimum time that input data must remain unchanged subsequent active clock transition.
Recovery time minimum time that Reset input must remain un-activated prior active clock transition.
1.4.3.2 Primary Input Buffers Timing delays measured input trip points that defined type function being characterized. Output trip points always measured trip point. Function type CMOS 4.5V-5.5V 4.5V-5.5V Input trip point (VI) 1.45V Output trip point
1.4.3.3 Primary Output Buffers Timing delays measured input trip point. Output trip points defined type function being characterized. OC04 4.5mA CMOS output buffer. OT04 4.5mA output buffer. functions identical physical construction; only method with which delays measured different. Function type CMOS 4.5V-5.5V 4.5V-5.5V Input trip point
Output trip point (VO) 1.45V
HOLTEK ASIC
FS7000 Series Standard Cell Data Book
Power Supply considerations
1.5.1 Power bussing structure total power consumed integrated circuit three components: Input buffers Output buffers Internal macro cells Power bussing structure over cell illustrated here:
three components, output buffers typically consume lion's share total power budget. 1.5.2 Power analysis approaches used estimate evaluate power consumption design: assignment Power/Ground rule analysis This determine number extra Power/Ground pins necessary design. User should prepare assignment file followed format (which defined HOLTEK). Information like: signal name, buffer type, (Simultaneous Switching Output) groups, frequency, output load, current. listed file. design software developed
HOLTEK ASIC
FS7000 Series Standard Cell Data Book
HOLTEK used check power/ground rules automatically. Power consumption analysis Power consumption nowadays important design constraint. means user defined test patterns, further power consumption information analyzed during pre-layout simulation post-layout simulation. Both approaches described above supported standard HOLTEK Design package. Please contact Application Engineer detail information.
HOLTEK ASIC
FS7000 Series Standard Cell Data Book
Guide data sheet
Description Cell name Function specification Symbol Schematics Truth table order Input capacitance Delay table specific output capacitance load.) Cell information. (Cell Unit Output maximum loading Setup time Hold time Recovery time Minimum pulse width. etc.) Delay calculating formula.
Chapter
Internal Macrocells
HOLTEK ASIC STANDARD CELL LIBRARY
CELL NAME FUNCTION SPECIFICATION
FS73A_B
SYMBOL
SCHEMATICS
INPUT
TRUTH
TABLE
HOLTEK ASIC
ORDER TYPE PATH
I1-O I2-O
OTHERS
Tplh (ns) Vcc=5.0V Temp=25.0°C
0.1835+1.0551*CL+0.0840*SW 0.1778+1.0590*CL+0.0458*SW
Tphl (ns) Vcc=5.0V Temp=25.0°C
0.1938+0.9385*CL+0.0966*SW 0.2121+0.9402*CL+0.1214*SW
Notes
Cell Unit Max. Loading 1.04
INPUT CAPACITANCE (Cin NAME PATH
I1-O I2-O 0.014 0.015
Tplh Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.2448 0.2177 CL=0.05 0.2805 0.2551 CL=0.20 0.4421 0.4172 CL=0.50 0.7576 0.7329
Tphl Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.2302 0.2548 CL=0.05 0.2678 0.2931 CL=0.20 0.4204 0.4453 CL=0.50 0.6985 0.7237
HOLTEK ASIC STANDARD CELL LIBRARY
CELL NAME FUNCTION SPECIFICATION
FS73A_B
SYMBOL
AN2P
SCHEMATICS
INPUT AND,
AN2P
TRUTH
TABLE
HOLTEK ASIC
ORDER TYPE PATH
I1-O I2-O
OTHERS
Tplh (ns) Vcc=5.0V Temp=25.0°C
0.2393+0.5208*CL+0.1062*SW 0.2295+0.5231*CL+0.0617*SW
Tphl (ns) Vcc=5.0V Temp=25.0°C
0.2685+0.4869*CL+0.1149*SW 0.2854+0.4883*CL+0.1345*SW
Notes
Cell Unit Max. Loading 2.12
INPUT CAPACITANCE (Cin NAME PATH
I1-O I2-O 0.014 0.015
Tplh Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.2937 0.2597 CL=0.20 0.4032 0.3701 CL=0.70 0.6649 0.6319 CL=1.50 1.0786 1.0457
Tphl Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.2856 0.3063 CL=0.20 0.4080 0.4313 CL=0.70 0.6592 0.6828 CL=1.50 1.0370 1.0610
HOLTEK ASIC STANDARD CELL LIBRARY
CELL NAME FUNCTION SPECIFICATION
FS73A_B
SYMBOL
AN2T
SCHEMATICS
INPUT AND,
AN2T
TRUTH
TABLE
HOLTEK ASIC
ORDER TYPE PATH
I1-O I2-O
OTHERS
Tplh (ns) Vcc=5.0V Temp=25.0°C
0.3028+0.3463*CL+0.1227*SW 0.2895+0.3482*CL+0.0730*SW
Tphl (ns) Vcc=5.0V Temp=25.0°C
0.3503+0.3307*CL+0.1262*SW 0.3674+0.3317*CL+0.1422*SW
Notes
Cell Unit Max. Loading 3.19
INPUT CAPACITANCE (Cin NAME PATH
I1-O I2-O 0.014 0.015
Tplh Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.3592 0.3170 CL=0.40 0.5110 0.4727 CL=1.40 0.8572 0.8196 CL=2.50 1.2342 1.1964
Tphl Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.3616 0.3788 CL=0.40 0.5331 0.5568 CL=1.40 0.8690 0.8933 CL=2.50 1.2161 1.2407
HOLTEK ASIC STANDARD CELL LIBRARY
CELL NAME FUNCTION SPECIFICATION
FS73A_B
SYMBOL
AN2B1
SCHEMATICS
INPUT AND, INPUT INVERTED
AN2B1
TRUTH
TABLE
HOLTEK ASIC
ORDER TYPE PATH
B1-O I1-O
OTHERS
Tplh (ns) Vcc=5.0V Temp=25.0°C
0.2535+1.0576*CL+0.0785*SW 0.1790+1.0593*CL+0.0449*SW
Tphl (ns) Vcc=5.0V Temp=25.0°C
0.2822+0.9379*CL+0.0604*SW 0.2115+0.9403*CL+0.1217*SW
Notes
Cell Unit Max. Loading 1.04
INPUT CAPACITANCE (Cin NAME PATH
B1-O I1-O 0.015 0.015
Tplh Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.2940 0.2178 CL=0.05 0.3313 0.2558 CL=0.20 0.4933 0.4180 CL=0.50 0.8092 0.7337
Tphl Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.3228 0.2540 CL=0.05 0.3598 0.2919 CL=0.20 0.5108 0.4457 CL=0.50 0.7902 0.7235
HOLTEK ASIC STANDARD CELL LIBRARY
CELL NAME FUNCTION SPECIFICATION
FS73A_B
SYMBOL
AN2B1L
SCHEMATICS
INPUT AND, INPUT INVERTED, POWER
AN2B1L
TRUTH
TABLE
HOLTEK ASIC
ORDER TYPE PATH
B1-O I1-O
OTHERS
Tplh (ns) Vcc=5.0V Temp=25.0°C
0.0771+2.0674*CL+0.0751*SW 0.1995+2.0843*CL+0.0774*SW
Tphl (ns) Vcc=5.0V Temp=25.0°C
0.0168+1.1918*CL+0.1042*SW 0.2045+0.9600*CL+0.1062*SW
Notes
Cell Unit Max. Loading 0.49
INPUT CAPACITANCE (Cin NAME PATH
B1-O I1-O 0.011 0.024
Tplh Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.1314 0.2793 CL=0.05 0.1964 0.3436 CL=0.10 0.3006 0.4488 CL=0.30 0.7176 0.8684
Tphl Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.1204 0.2446 CL=0.05 0.1659 0.2832 CL=0.10 0.2296 0.3386 CL=0.30 0.4401 0.5319
HOLTEK ASIC STANDARD CELL LIBRARY
CELL NAME FUNCTION SPECIFICATION
FS73A_B
SYMBOL
AN2B1P
SCHEMATICS
INPUT AND, INPUT INVERTED,
AN2B1P
TRUTH
TABLE
HOLTEK ASIC
ORDER TYPE PATH
B1-O I1-O
OTHERS
Tplh (ns) Vcc=5.0V Temp=25.0°C
0.3083+0.5234*CL+0.0809*SW 0.2329+0.5230*CL+0.0603*SW
Tphl (ns) Vcc=5.0V Temp=25.0°C
0.3596+0.4872*CL+0.0602*SW 0.2851+0.4886*CL+0.1345*SW
Notes
Cell Unit Max. Loading 2.12
INPUT CAPACITANCE (Cin NAME PATH
B1-O I1-O 0.015 0.015
Tplh Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.3324 0.2616 CL=0.20 0.4423 0.3713 CL=0.70 0.7058 0.6340 CL=1.50 1.1195 1.0479
Tphl Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.3777 0.3059 CL=0.20 0.4978 0.4309 CL=0.70 0.7500 0.6828 CL=1.50 1.1277 1.0617
HOLTEK ASIC STANDARD CELL LIBRARY
CELL NAME FUNCTION SPECIFICATION
FS73A_B
SYMBOL
AN2B1T
SCHEMATICS
INPUT AND, INPUT INVERTED,
AN2B1T
TRUTH
TABLE
HOLTEK ASIC
ORDER TYPE PATH
B1-O I1-O
OTHERS
Tplh (ns) Vcc=5.0V Temp=25.0°C
0.3702+0.3487*CL+0.0814*SW 0.2929+0.3484*CL+0.0717*SW
Tphl (ns) Vcc=5.0V Temp=25.0°C
0.4434+0.3307*CL+0.0604*SW 0.3672+0.3317*CL+0.1425*SW
Notes
Cell Unit Max. Loading 3.19
INPUT CAPACITANCE (Cin NAME PATH
B1-O I1-O 0.015 0.015
Tplh Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.3886 0.3176 CL=0.40 0.5433 0.4763 CL=1.40 0.8916 0.8243 CL=2.50 1.2683 1.2006
Tphl Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.4528 0.3788 CL=0.40 0.6253 0.5569 CL=1.40 0.9609 0.8931 CL=2.50 1.3077 1.2404
HOLTEK ASIC STANDARD CELL LIBRARY
CELL NAME FUNCTION SPECIFICATION
FS73A_B
SYMBOL
SCHEMATICS
INPUT
TRUTH
TABLE
HOLTEK ASIC
ORDER TYPE PATH
I1-O I2-O I3-O
OTHERS
Tplh (ns) Vcc=5.0V Temp=25.0°C
0.2311+1.0787*CL+0.0897*SW 0.2300+1.0812*CL+0.0754*SW 0.2306+1.0858*CL+0.0469*SW
Tphl (ns) Vcc=5.0V Temp=25.0°C
0.2456+0.9664*CL+0.1120*SW 0.2411+0.9629*CL+0.1109*SW 0.2340+0.9607*CL+0.1141*SW
Notes
Cell Unit Max. Loading 1.02
INPUT CAPACITANCE (Cin NAME PATH
I1-O I2-O I3-O 0.013 0.015 0.015
Tplh Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.2909 0.2793 0.2654 CL=0.05 0.3304 0.3189 0.3057 CL=0.20 0.5014 0.4905 0.4777 CL=0.50 0.8231 0.8118 0.7991
Tphl Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.2825 0.2781 0.2741 CL=0.05 0.3232 0.3190 0.3133 CL=0.20 0.4849 0.4791 0.4705 CL=0.50 0.7710 0.7641 0.7555
HOLTEK ASIC STANDARD CELL LIBRARY
CELL NAME FUNCTION SPECIFICATION
FS73A_B
SYMBOL
AN3P
SCHEMATICS
INPUT AND,
AN3P
TRUTH
TABLE
HOLTEK ASIC
ORDER TYPE PATH
I1-O I2-O I3-O
OTHERS
Tplh (ns) Vcc=5.0V Temp=25.0°C
0.2888+0.5351*CL+0.1127*SW 0.2860+0.5370*CL+0.0871*SW 0.2870+0.5389*CL+0.0508*SW
Tphl (ns) Vcc=5.0V Temp=25.0°C
0.3107+0.4940*CL+0.1200*SW 0.3090+0.4930*CL+0.1232*SW 0.3017+0.4916*CL+0.1284*SW
Notes
Cell Unit Max. Loading 2.07
INPUT CAPACITANCE (Cin NAME PATH
I1-O I2-O I3-O 0.014 0.015 0.015
Tplh Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.3416 0.3212 0.3068 CL=0.20 0.4585 0.4407 0.4238 CL=0.70 0.7330 0.7146 0.6988 CL=1.50 1.1530 1.1373 1.1200
Tphl Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.3275 0.3260 0.3214 CL=0.20 0.4521 0.4523 0.4462 CL=0.70 0.7105 0.7083 0.7009 CL=1.50 1.0914 1.0890 1.0812
HOLTEK ASIC STANDARD CELL LIBRARY
CELL NAME FUNCTION SPECIFICATION
FS73A_B
SYMBOL
AN3T
SCHEMATICS
INPUT AND,
AN3T
TRUTH
TABLE
HOLTEK ASIC
ORDER TYPE PATH
I1-O I2-O I3-O
OTHERS
Tplh (ns) Vcc=5.0V Temp=25.0°C
0.3580+0.3576*CL+0.1349*SW 0.3531+0.3588*CL+0.1017*SW 0.3570+0.3597*CL+0.0595*SW
Tphl (ns) Vcc=5.0V Temp=25.0°C
0.3723+0.3394*CL+0.1205*SW 0.3708+0.3389*CL+0.1259*SW 0.3615+0.3381*CL+0.1311*SW
Notes
Cell Unit Max. Loading 3.10
INPUT CAPACITANCE (Cin NAME PATH
I1-O I2-O I3-O 0.015 0.016 0.015
Tplh Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.4114 0.3857 0.3712 CL=0.40 0.5779 0.5539 0.5410 CL=1.40 0.9388 0.9158 0.8998 CL=2.50 1.3228 1.2994 1.2844
Tphl Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.3800 0.3792 0.3724 CL=0.40 0.5583 0.5585 0.5504 CL=1.40 0.9026 0.9016 0.8923 CL=2.50 1.2587 1.2572 1.2469
2-10
HOLTEK ASIC STANDARD CELL LIBRARY
CELL NAME FUNCTION SPECIFICATION
FS73A_B
SYMBOL
AN3B1
SCHEMATICS
INPUT AND, INPUT INVERTED
AN3B1
TRUTH
TABLE
HOLTEK ASIC
ORDER TYPE PATH
B1-O I1-O I2-O
OTHERS
Tplh (ns) Vcc=5.0V Temp=25.0°C
0.3166+1.0811*CL+0.1065*SW 0.2298+1.0819*CL+0.0781*SW 0.2324+1.0867*CL+0.0467*SW
Tphl (ns) Vcc=5.0V Temp=25.0°C
0.3099+0.9601*CL+0.0416*SW 0.2296+0.9620*CL+0.1035*SW 0.2281+0.9602*CL+0.1113*SW
Notes
Cell Unit Max. Loading 1.02
INPUT CAPACITANCE (Cin NAME PATH
B1-O I1-O I2-O 0.016 0.016 0.013
Tplh Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.3618 0.2788 0.2669 CL=0.05 0.4009 0.3187 0.3065 CL=0.20 0.5718 0.4905 0.4788 CL=0.50 0.8938 0.8120 0.8006
Tphl Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.3421 0.2665 0.2664 CL=0.05 0.3806 0.3059 0.3069 CL=0.20 0.5378 0.4646 0.4632 CL=0.50 0.8235 0.7477 0.7480
2-11
HOLTEK ASIC STANDARD CELL LIBRARY
CELL NAME FUNCTION SPECIFICATION
FS73A_B
SYMBOL
AN3B1P
SCHEMATICS
INPUT AND, INPUT INVERTED,
AN3B1
TRUTH
TABLE
HOLTEK ASIC
ORDER TYPE PATH
B1-O I1-O I2-O
OTHERS
Tplh (ns) Vcc=5.0V Temp=25.0°C
0.4016+0.5378*CL+0.1165*SW 0.2928+0.5379*CL+0.0915*SW 0.2964+0.5397*CL+0.0547*SW
Tphl (ns) Vcc=5.0V Temp=25.0°C
0.3949+0.5009*CL+0.0437*SW 0.2967+0.5013*CL+0.1173*SW 0.2890+0.4995*CL+0.1216*SW
Notes
Cell Unit Max. Loading 2.07
INPUT CAPACITANCE (Cin NAME PATH
B1-O I1-O I2-O 0.016 0.016 0.013
Tplh Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.4297 0.3274 0.3161 CL=0.20 0.5490 0.4473 0.4356 CL=0.70 0.8246 0.7222 0.7111 CL=1.50 1.2462 1.1444 1.1327
Tphl Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.4051 0.3115 0.3072 CL=0.20 0.5324 0.4402 0.4329 CL=0.70 0.7926 0.7008 0.6908 CL=1.50 1.1793 1.0881 1.0775
2-12
HOLTEK ASIC STANDARD CELL LIBRARY
CELL NAME FUNCTION SPECIFICATION
FS73A_B
SYMBOL
AN3B1T
SCHEMATICS
INPUT AND, INPUT INVERTED,
AN3B1T
TRUTH
TABLE
HOLTEK ASIC
ORDER TYPE PATH
B1-O I1-O I2-O
OTHERS
Tplh (ns) Vcc=5.0V Temp=25.0°C
0.4530+0.3606*CL+0.1080*SW 0.3638+0.3602*CL+0.1011*SW 0.3670+0.3613*CL+0.0606*SW
Tphl (ns) Vcc=5.0V Temp=25.0°C
0.4676+0.3400*CL+0.0410*SW 0.3728+0.3400*CL+0.1259*SW 0.3569+0.3383*CL+0.1285*SW
Notes
Cell Unit Max. Loading 3.10
INPUT CAPACITANCE (Cin NAME PATH
B1-O I1-O I2-O 0.016 0.016 0.013
Tplh Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.4716 0.3957 0.3805 CL=0.40 0.6406 0.5638 0.5502 CL=1.40 1.0040 0.9272 0.9133 CL=2.50 1.3892 1.3136 1.2973
Tphl Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.4670 0.3782 0.3667 CL=0.40 0.6463 0.5614 0.5467 CL=1.40 0.9917 0.9071 0.8870 CL=2.50 1.3482 1.2621 1.2420
2-13
HOLTEK ASIC STANDARD CELL LIBRARY
CELL NAME FUNCTION SPECIFICATION
FS73A_B
SYMBOL
AN3B2
SCHEMATICS
INPUT AND, INPUT INVERTED
AN3B2
TRUTH
TABLE
HOLTEK ASIC
ORDER TYPE PATH
B1-O B2-O I1-O
OTHERS
Tplh (ns) Vcc=5.0V Temp=25.0°C
0.3150+1.0813*CL+0.1074*SW 0.3314+1.0815*CL+0.1136*SW 0.2312+1.0869*CL+0.0442*SW
Tphl (ns) Vcc=5.0V Temp=25.0°C
0.3114+0.9600*CL+0.0427*SW 0.3384+0.9618*CL+0.0374*SW 0.2281+0.9608*CL+0.1135*SW
Notes
Cell Unit Max. Loading 1.02
INPUT CAPACITANCE (Cin NAME PATH
B1-O B2-O I1-O 0.016 0.013 0.013
Tplh Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.3610 0.3787 0.2640 CL=0.05 0.3992 0.4182 0.3049 CL=0.20 0.5715 0.5890 0.4767 CL=0.50 0.8931 0.9111 0.7985
Tphl Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.3429 0.3674 0.2669 CL=0.05 0.3830 0.4083 0.3069 CL=0.20 0.5404 0.5681 0.4646 CL=0.50 0.8255 0.8524 0.7494
2-14
HOLTEK ASIC STANDARD CELL LIBRARY
CELL NAME FUNCTION SPECIFICATION
FS73A_B
SYMBOL
AN3B2L
SCHEMATICS
INPUT AND, INPUT INVERTED, POWER
AN3B2L
TRUTH
TABLE
HOLTEK ASIC
ORDER TYPE PATH
B1-O B2-O I1-O
OTHERS
Tplh (ns) Vcc=5.0V Temp=25.0°C
0.1437+3.0638*CL+0.1043*SW 0.1629+3.0456*CL+0.0587*SW 0.2361+3.0934*CL+0.0760*SW
Tphl (ns) Vcc=5.0V Temp=25.0°C
0.0298+1.2073*CL+0.0898*SW 0.0362+1.1945*CL+0.0977*SW 0.2150+0.9500*CL+0.1065*SW
Notes
Cell Unit Max. Loading 0.31
INPUT CAPACITANCE (Cin NAME PATH
B1-O B2-O I1-O 0.011 0.024 0.025
Tplh Vcc=5.0V Temp=25.0°C) (ns,pf)
CL=0.02 0.2204 0.2216 0.33

FS7000

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