SYSTEM CATALOG Home Appliances Induction Rice Cookers R

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SYSTEM CATALOG Home Appliances Induction Rice Cookers R

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2009-9
SYSTEM CATALOG
Home Appliances
Induction Rice Cookers
Refrigerators
Conditioners
Automatic Washing Machines
Dishwashers
CONTENTS
Characteristics Motor Control Devices Overview Toshiba's Semiconductor Devices Home Appliances Roadmap Sine-Wave Motor Driver Microcontrollers with Inverter Motor Control Circuit (PMD) Toshiba's Core-Based Microcontrollers Block Diagram Examples Home Appliances Using Toshiba's Recommended Semiconductor Devices Microcontrollers Motor Drivers Peripheral Sensors Discrete Devices Inverter Home Applications Output Interfaces Power Drivers Semiconductor Devices Power Supplies General-Purpose Discrete Devices Regulator Lamps
Characteristics Motor Control Devices
Optimal choices motor control devices important success electric home appliances. find motor control devices ideal your applications Toshiba's product portfolio: intelligent power devices (IPDs) that provide control over motor microcontroller signals; motor driver ICs; microcontrollers capable generating variety motor control sequences.
Microcontrollers designed motor control
external component required motor control. Applications executed same time. Available with wide range counts sizes optimized particular applications. 8-bit 32-bit CPUs suitable various motor control requirements Supports complicated motor control such abrupt acceleration, constant-speed control braking. Flash allows motor control parameters changed their history saved.
drivers
Capable operating from commercial power supply, eliminating need buck converter. Capable controlling motor tandem with microcontroller. packages help simplify board traces. Available with wide range electrical ratings brushless motors.
Motor control drivers
Provides easy motor control. Capable controlling motor tandem with microcontroller. Purely hardware motor control eliminates need software development, reducing time-to-market. Motor controllers drivers available brushless brushed motors, stepping motors.
Market Technology Trends Inverter Home Appliances
Energy-saving
Inverter
Environment Harmonic regulation Comfort Safety
RoHS
Enabling Technologies
Energy-saving: Vector control DSPs RISC microcontrollers with vector control capability TMPM370/TMP19A71 Harmonic reduction: Partial sliding-mode (SM) control circuit plus control device (microcontroller) GT30J122 diode bridge
Overview Toshiba's Semiconductor Devices Home Appliances
Single-Chip Inverter (IPDs) Brushless Motors Available DIP26 Package
Package Features
3.6-mm body thickness Control high-voltage pins completely isolated. Wide lead pitches (High-voltage pins: control pins: Reduced thermal resistance
TPD4125K Block Diagram
Device Features
bootstrap operation eliminates need power supply high-side drivers. Built-in bootstrap diodes Overcurrent protection, thermal shutdown undervoltage protection
VREG
Regulator
Undervoltage Protection
Under- Under- Undervoltage voltage voltage Protection Protection Protection
DIAG
Input Protection Logic
High-Side Level-Shift Driver Thermal Shutdown
Low-Side Driver Overcurrent Protection
1/16
Discrete IGBTs Induction Cookers Microwave Ovens
Reduced turn-on switching losses thanks leading-edge microfabrication technology Integrates IGBT fast recovery diode (FRD) chips single package
Circuit Types Recommended Products
Input Power Consumption Internal Circuit Diagram Voltage resonance IGBT Ratings VCES 1000 1600 VCES 1200 Part Number
Line
GT60M324 GT50N324
GT40Q321
Current resonance 3000 VCES
GT40J322 GT50J328 GT60J323 GT60J323H
Toshiba Microcontrollers Motor Control
Based feedback from home appliance inverter designers, Toshiba offers improved microcontrollers that provide greater flexibility control over efficiency improvement, quiet running Programmable motor drivers (PMDs) Toshiba's proprietary motor controllers specifically designed inverter control three-phase motors. PMDs allow motor drive signals track feedback inputs from motor, thereby reducing workload CPU. PMDs revolutionary microcontrollers motor control that support sine-wave operation rotor position sensing frequency.
Inverter Motor Control Microcontrollers
Allows interrupt generation every electrical degrees motor rotation with sine-wave drive
Typically, motor control microcontrollers interrupted frequency benefit Toshiba's 8-bit microcontrollers interrupt rate equal frequency rotor position sensing, which order milliseconds. Thus, PMDs help simplify software design. design philosophy hardware motor control also been passed along 32-bit vector control microcontrollers. Vector Engine, hardware unit that performs routine computations such coordinate translation, facilitates software development since shortens software processing time servo loop short
Note: Measured Toshiba's reference software Toshiba's Solution
Core Compares with target speed adjusts amplitude Data Address Buses Calculates rotation speed Waveform Arithmetic Unit Calculates angle change rate
Electrical Angle Timer Circuit Waveform Arithmetic Circuit
After initialization, adjusted simply setting electrical angle period (EDSET) amplitude (AMP) registers.
Timer Circuit
Position Detection Circuit
Motor Control Circuits
Output Circuit
Electrical Angle Period EDSET MCAP
ELDEG
Waveform Arithmetic Circuit
Timer Unit
Electrical Angle Unit CMPU, Capture 60-degree rotation time Automatically generates sine-wave patterns
Position Detection Input
Motor
INTPDC Position Detection Unit
Waveform Generation Circuit Output Unit
Expected position detection value Comparator MDOUT
300°
240°
120° PDU, PDV,
Motor
Output Latch
180° Data needs only detection positions (every degrees). Other computations automatically done dedicated hardware. Allows interrupt generation every electrical degrees motor rotation with sine-wave drive
Starter with TMP89FM82TDUG
Portable: microcontroller exchangeable, being mounted separate board from main circuit board. Supports on-chip debug emulator (OCDE). Control from possible connecting cable. (User-created application software required.) Sample codes three motor drive techniques (sensorless square-wave, sensored square-wave sensored sine-wave control) Shows target current rotation speeds monochrome characters lines).
Overview Toshiba's Semiconductor Devices Home Appliances
Motor Controllers Sine-Wave Motor Controllers
TB6551FG/FAG, TB6556FG TB6584FNG sine wave control motor drive current. This helps reduce noise vibration emitted motor. TB6556FG TB6584FNG also feature auto lead angle control.
TB6551FG/FAG, TB6556FG, TB6584FNG
Hall Position Sensing Sine Wave Matrix (180° turn-on, lead angle control)
High-side Output Stage 120° /180° switching Programmable dead time Gate block Active side switching Low-side Output FETs Bootstrap Charge Pump (TPD4125AK)
Motor
Control/Protection Circuits Reset circuit Overcurrent detection Forward/reverse switching Motor rotation direction detection signal
Rectangular Wave Matrix (120° turn-on, refresh circuit)
Roadmap Sine-Wave Motor Driver
Toshiba offers line three-phase brushless motor drivers that generate sine wave hardware.
Under development
Sensorless sine-wave
Available
TC7600FNG
Enables lower-cost components than TB6556
TB6584FNG
Available
Available
Available
Sine-wave controller
TB6551 auto lead angle control
Sine-wave driver V/1.8
TB6551FG/FAG
TB6556FG
TB6585FG
Available
150-degree commutation 150/120-degree commutation; on-chip Hall
TB6586FG/AFG/BFG
Microcontrollers with Inverter Motor Control Circuit (PMD)
Toshiba offers microcontrollers with programmable motor driver (PMD) ideal inverter control three-phase motors. provides precise tracking between motor drive signals feedback signals from motor, thereby reducing workload CPU. product offerings include variety microcontrollers supporting 120-degree commutation vector control.
Size
Under development Under planning Flash microcontroller
Vector control
TMPM370
TMP19A71
TMPM37x
TMP88FW45A
120-/18-degree commutation TMP89FM82T
TMP88CS42
TMP88CS43
TMP88CH40
TMP88FH41
TMP88CH41
TMP88F846
42/44/48
Count
List Microcontrollers Inverter Motor Control Method
8-bit microcontrollers Control Method Position Detection Method Square Wave Control Sine Wave Control (120-degree commutation) (180-degree commutation) (150-degree commutation) [Hall sensor] TMP88FW45A TMP88FH41 TMP89FM82T [Back-EMF] TMP88FW45A TMP88FH41 TMP89FM82T [Hall sensor] TMP88FW45A TMP88FH41 TMP89FM82T [Phase current] TMPM370 TMPM37x* TMP19A71 TMP88FW45A TMP88FH41 TMP89FM82T Vector Control [Encoder] TMPM370 TMPM37x* TMP19A71 [Phase current] TMPM370 TMPM37x* TMP19A71 TMPM370 TMPM37x* TMP19A71
Under development Under planning
32-bit microcontrollers
Sensored Synchronous Sensorless
Induction motor
Toshiba's Core-Based Microcontrollers
Evolution Toshiba's Core-Based Microcontrollers
[Worldwide facto standard]
TX09 Series NEXT
CortexTM-M3 core boasts field-proven hardware software support environments worldwide.
TMPM380
single supply
Vector
motor control
TMPM370
Vector Engine
[Industry's top-level code density]
ARM926EJ-S
Industry's top-level code density realized through 16-bit/32-bit Thumb®-2 ISA.
TMPM360
Large-capacity memory
Remote control signal preprocessor
Large-capacity Flash
CortexTM-M3
[Fast interrupt handling]
High count
TMPM330
High performance power
Ideal real-time control interrupts that abort time-consuming instructions pushing onto stack automatically done hardware.
TMPM320
DRAM, host
TX03 Series
Cortex
[On-chip large-capacity memory]
130nm 65nm
On-chip memory with industry-leading capacity power
NANO FLASHis trademark Toshiba Corporation. ARM, ARM926EJ-STM, Cortexand Thumb® trademarks registered trademarks Limited other countries.
32-bit Motor Control RISC Microcontrollers with CortexTM-M3 Core TX03 Series TMPM370FYFG
Under development
TMPM370FYDFG
Under development
CortexTM-M3 core
Operating voltage: Maximum operating frequency: PLL) Internal ROM: Kbytes (Flash) Internal RAM: Kbytes High-speed computation: Multiplier cycles), divider cycles) On-chip debug circuit: JTAG 2-wire (Serial Wire Debug) interface, instruction trace Low-power: Clock gearing (f/2, f/8), standby mode (NORMAL/STOP)
TMPM370FYFG TMPM370FYDFG high-performance microcontrollers that contain hardware "Vector Engine" handling routine tasks motor vector control analog peripherals such op-amps comparators. These microcontrollers operate from single power supply.
Packages
100-pin LQFP 0.5-mm pitch) 100-pin 0.65-mm pitch)
Timer Counter Input PWM/PPG/DVO Output Encoder signal Input 3-Phase Output 3-Phase Output Analog Input Analog Input TXD/RXD SCLK/SI/SO
16-bit Timer Encoder input Vector Engine
VLTD
On-chip functions
Vector Engine: channel Next-generation (motor control timer): channels 12-bit converter: conversion time, 13-channel 12-channel ADCs (with three channels sharing same pins) Op-amp: channels channel Comparator emergency stop: channels channel
Encoder input: channels 16-bit timer/counter: channels (free-run, compare output, output, input capture) Serial interface: UART/SIO channels Watchdog timer Power-on reset Voltage detection (VLTD) Oscillation frequency detection (OFD)
Regulator
Cortex-M3 Core
Flash
12-bit AMP/CMP 12-bit AMP/CMP UART/SIO
Port (76)
registered trademark Cortexis trademark Limited other countries. Port
Microcontroller Starter Kits [Third-Party Products] Core-Based Microcontrollers: TX03 Series (TMPM330)/TX09 Series (TMPA910)
Co.,Ltd. MCBTMPM330
www.arm.com
Systems KSK-TMPM330-TPL
www.iar.com/
Refrigerators
Block Diagram Examples Home Appliances Using Toshiba's Recommended Semiconductor Devices
Refrigerators quite similar conditioners, terms purpose their inverter compressor motors serve. However, refrigerators high-performance microcontrollers sensors control internal temperature humidity. inverter technology helps achieve higher efficiency (energy conservation), lower vibration lower noise levels.
Benefits Electronic Design
Higher efficiency through inverter control Temperature control Defrosting timer automatic defrost detection Individual compartment temperature settings, enabling optimal food storage display operating status
Block Diagram Example
2SK3868/TPD4125K Defrosting Heater Heater Interior Lamp
TLP560J
Surge Absorber
TLP560J
TLP560J
Driver
Power Supply
Driver Microcontroller Compressor Control TMP88FH41/TMP89FM82T (Under development)
Indoor Lighting Three-Way Valve 2-Evaporator Switching TA7291P Bridge Driver TB6552FNG TB6561FG Motor Driver Sensor Input Door Input C,R,F Interior EEPROM
Microcontroller Main Control TMP86FS49B TMP91FW64 Refrigeration cycle control Cooling Compressor Defrosting Timer control Door open detection making control
Photocoupler TLP781
Inverter output frequency control 3-phase waveform synthesis
Control Section Display Section
Automatic Maker
Backlighting Microcontroller Operation Panel Control TMP86C829B Buzzer Output Input Outputs Quick freezing Quick refrigeration Quick making
Motor Driver TB6588FG/TB6633FNG (Under development) Motor Damper
Stepper Motor Driver
TB6674PG/FG/FAG
Reset TA8000S
Note: This block diagram serves only application example identical specifications products boards shown photographs.
Compressor
Conditioners
Block Diagram Examples Home Appliances Using Toshiba's Recommended Semiconductor Devices
Inverter conditioners utilize inverter circuit drive compressor motor. motor control, various semiconductor devices used, such microcontrollers, insulated gate bipolar transistors (IGBTs) photocouplers. Microcontrollers provide overall system control, pulse-width-modulation (PWM) generation system protection functions. IGBTs photocouplers reside inverter driver circuit interface, respectively. These days, more more conditioners feature self-cleaning capability vector-controlled compressor motor energy saving.
Benefits Electronic Design
Higher efficiency through inverter control Remote control flow directions Smaller slimmer products Energy savings through motors Automatic filter cleaning
Block Diagram Example
Operation Mode Display Power Level Display Outdoor Unit GT30J122 (100 Power Supply Indoor Unit TMP91FW64 TMP86FS49B
Motor
Temperature Sensors (room temperature, radiant heat, heat exchanger)
TPD4123AK TPD4124AK TPD4125AK Single-Chip Inverter
TMPM370 (Under development) Operation Commands Operation Data
TB6551FG Controller
Remote Controller TMP86Cx25 TMP86Cx29
Overcurrent protection Frequency control Compressor restart delay Coolant control Inverter control Outdoor speed control
Power Operation modes (sleep, normal) Heat cool dehumidify Temperature Timer volume
Compressor restart delay Indoor starting compensation Temperature arithmetic processing Outdoor unit operation commands
EEPROM (Data control)
TLP560J/TLP561J TLP360J/TLP361J Phototriac coupler TLP351/TLP701
TB6585FG TB6608FNG Filter Cleaner Motor Driver
TB6586FG/AFG/BFG TPD4121K TPD4122K TPD4123AK Indoor Drive Circuit
ULN2003A Transistor Array Louver Motor Drive Circuit
Driver Coupler GT15J321 D-IGBT
Triac
Filter Cleaner Motor
Filter Cleaner Actuator
Indoor Motor
Louver Motor
Compressor
Two-Way Four-Way Valve Valve
Note: This block diagram serves only application example identical specifications products boards shown photographs.
Automatic Washing Machines (Washer-Dryer Combos)
Block Diagram Examples Home Appliances Using Toshiba's Recommended Semiconductor Devices
Direct-drive (DD) inverter motors well suited main motor washing machines. inverter motor helps reduce wash/spin noise vibration. inverter motor enables washing machine adjust amount water suit washload. IGBT modules used motor drive, microcontrollers overall control. Additionally, intelligent power device (IPD) used drive water circulating pump.
Benefits Electronic Design
Energy water savings plus quiet operation through inverter control Integration washer dryer functions Automatic control water flow washing time, according type fabric washload
Block Diagram Example
GT10J321
Surge Absorber Position Sensing
Power Switch
TLP360J TLP560J Power Switch Dryer Heater Dryer Heater
TLP351 TLP701
TLP351 TLP701
TLP351 TLP701
Protection Circuit
TLP351/TLP701 TB6588FG TMPM370 (Under development)
Motor Driver
TLP560J
TLP560J
TLP560J
TLP560J
TLP781 TLP181
Inverter control Automatic washing cycle control Washing Rinsing Spin-drying Timer control Water level setting Water flow setting Automatic power-off Dryer Control
TB6575FNG Motor Controller
TPD4124AK Single-Chip Inverter TPD4124AK Blower Motor)
Single-Chip Inverter
Operation Panel (Key Input) TMP86C829B
Circulating Pump
Bath Water Pump
Volume Sensors
Drain Valve Motor
Water Supply Valve
Softener Supply Valve
Cover Switches
CRG03
Water-Level Sensors
Operating modes (standard, spin-dry, hand-wash, pre-wash soak, memory) display (clock/timer) Water flow setting Start/stop EEPROM (Data Control)
Note: This block diagram serves only application example identical specifications products boards shown photographs.
Dishwashers
Block Diagram Examples Home Appliances Using Toshiba's Recommended Semiconductor Devices
inverter motor gives powerful water jet, vibration noise. IGBTs used motor drive microcontrollers overall control.
Benefits Electronic Design
example, Japan, electricity costs only two-thirds town that would consumed hand-washing.
Block Diagram Example
Drying Heater Surge Absorber TPD4124AK
Power Switch Single-Chip Inverter Position Sensing
TMP88FW45A
TLP560J TLP560J TLP560J TLP560J
TLP781 TLP181
Inverter control Washing Rinsing Drying
Operation Panel (Key Input) Operating mode Washing water supply Wash course EEPROM (Data Control)
Drain Valve Motor
Water Supply Valve
Blower CRG03
Door Switch
Note: This block diagram serves only application example identical specifications products boards shown photographs.
Induction Rice Cookers
Block Diagram Examples Home Appliances Using Toshiba's Recommended Semiconductor Devices
Induction rice cookers type specifically designed induction heating. This allows quick, perfect boiling high temperatures. IGBTs used induction-heating system. addition, phototriac couplers used side heater, microcontrollers overall control, transistors driving cooling fans.
Benefits Electronic Design
Programmable cook-end time
Block Diagram Example
Induction Heating Section Rectifier Bridge AC100 Drive Signal IGBT Drivers Temperature Cover Temperature IGBT Temperature Reset Circuit TB6633FNG (Under development) Lithium Battery Cover Heater Triac Body Heater Triac TLP560J Phototriac Coupler TLP560J Iron IGBT: GT60M324 Heating Coil IGBT
Controller TMP86Cx27F
Note: This block diagram serves only application example identical specifications products boards shown photographs.
Induction Cooktops
Block Diagram Examples Home Appliances Using Toshiba's Recommended Semiconductor Devices
Induction cooktops supply energy directly cooking vessel magnetic field. Generally, induction cooktops used roast grill. heat level adjusted from very high (simmering) good cooking. IGBTs used induction heaters; microcontrollers temperature control; phototriac couplers cooling fans control circuitry, etc. Recently, induction cooktops that used with aluminum cookware becoming popular.
Benefits Electronic Design
Block Diagram Example
Power Cooking Vessel
IGBT
Safer than traditional stoves because there open flames Heats cooking vessels evenly energy-efficient Memory settings heat levels cooking times
Gate Driver Photocoupler Gate Driver Photocoupler
IGBT: GT40J322 GT50J328 GT60J323 GT60J323H
IGBT
TLP350/TLP700
TLP350/TLP700
Microcontroller Overall Control TMP86FH12 TMP86FS27
Inverter control Cooking vessel temperature control Roaster control Radiant heater control control
Cooling
Roaster Heater Radiant Heater
EEPROM
TLP560J
Triac
Phototriac coupler Microcontroller User Interface TMP86CS28
LCDs Encoder entry Timer cooking profile settings Child lock
Microcontroller Display TMP86CH72
LEDs Fluorescent display tubes
Note: This block diagram serves only application example identical specifications products boards shown photographs.
Microwave Ovens
Block Diagram Examples Home Appliances Using Toshiba's Recommended Semiconductor Devices
Microwave ovens employ microwave radiation cook heat food moving water, sugar molecules. Recently, superheated steam ovens much public fanfare. Since they remove excess salt from food, they popular healthier cooking. IGBTs used driving magnetrons; microcontrollers controlling amount heating; photocouplers driving motors.
Benefits Electronic Design
Door-Switch Circuitry
Inverter control heating power Automatic cooking with food temperature sensing Selectable cooking modes
Block Diagram Example
IGBT: GT50J322 IGBT Magnetron IGBT Microcontroller Overall Control TMP86FS28 (with integrated driver) TMP86FS49B
Hot-Air Cooling Steam Heater Heater Heater Inverter control Door open/close sensing Infrared temperature sensing Thermistor temperature sensing control Steam control Heater control
Driver
TLP560J
EEPROM
Triac Phototriac coupler Microcontroller User Interface TMP86C420/TMP86C822
Note: This block diagram serves only application example identical specifications products boards shown photographs.
entry (cooking menu) LCDs Timer temperature settings
Water Heaters
Block Diagram Examples Home Appliances Using Toshiba's Recommended Semiconductor Devices
Water heaters broadly categorized into gas, electric solar-powered heaters. Almost same kinds semiconductor devices used them. water circulated bathrooms, floor heating systems water adjusted temperature specified remote controller (PLC communication) mixing cold water mixing valve. Microcontrollers used control heater remote controller; triacs communications pump motors. Many manufacturers offer water heaters that energy-efficient electric heat pump called EcoCute.
PLC: Power-Line-Communication
Block Diagram Example
Water volume Temp. Sensors Comm. T6B70BFG T6B70BFNG TMP91FW64 TMP86FS49B Regulator TA7805AF TA78DM12S TB6575FNG TB6588FG Phototriac coupler TLP560J/TLP561J TLP360J/TLP361J TPD4122K Single-Chip Inverter TPD4123AK Single-Chip Inverter Triac
Motor
Flame
Pump Motor
AC-DC Converter
Remote Controller (Bath)
Display (VFT LED) TMP86FS28 TMP86CM72 TMP86CM74A Speech TA7368PG TA7368FG Speaker (Speech Navigation)
Remote Controller (Kitchen)
Display (LCD LED) TMP86FS28 TMP86FS23 TMP86FM25 Speech TA7368PG TA7368FG Speaker (Speech Navigation)
Regulator TA7805AF Comm. T6B70BFG T6B70BFNG
Regulator TA7805AF Comm. T6B70BFG T6B70BFNG
Benefits Electronic Design
Interphone TA2181AFNG (Transmitter) TA2056FNG (Receiver)
Interphone TA2181AFNG (Transmitter) TA2056FNG (Receiver)
Remote control Water temperatures separately bath, kitchen Automatic bathtub filling, heating topping-up
Note: This block diagram only represents typical application circuit.
Bidet Toilets (Warm-Water Cleaning Toilet Seats) Block Diagram Examples Home Appliances Devices Using Toshiba's Recommended Semiconductor
most basic feature bidet toilet that water cleanses user bidet toilet. nozzle also self-cleaning. advanced features include massage options, which provide vibrating pulsating water. latest energy-saving development toilet seat that quickly warms after sensor activated approach.
Block Diagram Example
Remote Controller
Display TMP86FS28 TMP86FS23 TMP86FM25
Transmitter (iRED)
Benefits Electronic Design
Warm-Water Cleaning Toilet Seat
Seat Heater TLP560J Triac Water Heater Triac Blow Dryer Heater Triac Photocoupler TLP560J Photocoupler TLP560J Photocoupler Transistor Array Stepper Motor TB6562ANG/AFG TB6608FNG TMP91FW64 TMP86FS49B Remote Receiver Posterior Sensor AC-DC Converter
Automatic cleansing toilet bowl after Automatic opening closing Automatic deodorizing
TB6551FG TB6551FG
Deodorizing Motor Blow Dryer Motor
Nozzle Motor
Note: This block diagram only represents typical application circuit.
Microcontrollers
Microcontrollers with Inverter Motor Control Circuit (PMD)
Toshiba offers range microcontrollers that incorporate programmable motor driver (PMD) featuring inverter control three-phase motors.
Toshiba Microcontroller Roadmap
Core-Based
CortexTM-M3 MHz) Vector Engine PMD3 Vector Control
TX19A core Vector Engine
TMPM370 Group
*Under development
Vector control
TMP19A71
Vector Control
Core-Based
CortexTM-M3 MHz) 3-phase Sensorless sine-wave PMD2
Range
TMPM380 Group
*Under planning
motor driver
Sensored Sine-Wave Motor Driver 120° Square-Wave Motor Driver
TLCS-870/X core TMP88CS43 TMP88CS42 TMP88FW45A TMP88FH41 TMP88F846
Sensored sine-wave motor driver 120° square-wave motor driver
PMD2 BiCMOS
870/C1 core *Under development
PMD2 plus
Speed TLCS-870/C1 core
SiP: System-in-package
PMD1
Improved
TMP88CH41 TMP88CH40 Mask/OTP
TMP89FM82T
*Under development
TLCS-870/X core
100-pin packages 8-KB 120-KB Flash
registered trademark Cortexis trademark Limited other countries.
12-bit OP-AMP Comparator Regulator VLTD/POR
Vector Engine (VE)
Vector Engine (VE) built-in hardware handling routine computations such coordinate translation, reducing software processing time servo loop approximately s(Note) MHz. provides 100-MHz-class performance 80-MHz frequency. Additionally, allows vector control motors MHz, which helps reduce noise power consumption.
Note: Measured Toshiba's reference software.
Vector Engine CortexTM-M3 High-Speed Low-Power Flash Single Power Supply Analog Circuit
Product Offerings
Part Number Flash
(bytes) (bytes) (channels)
Series Name
Additional Functions
Power-on-reset circuit Voltage detector circuit Built-in oscillator MHz) 10-bit converter UART 10-bit converter UART
Supply Voltage
Version with OTP/Flash
Package
TMP88F846UG
LQFP44(10
TMP88CH40NG/MG TMP88CH40IMG TMP88CH41NG/UG 870/X TMP88FH41UG TMP88CS42NG/FG TMP88CS43FG TMP88FW45AFG
TMP88PH40NG/MG TMP88PH40MG
SDIP28/SOP28 SOP28
TMP88PH41NG/UG, TMP88FH41UG SDIP42/LQFP44(10 TMP88PS42NG/FG TMP88PS43FG LQFP44(10 SDIP64/QFP64(14 QFP80(14 QFP80(14
Power-on-reset circuit Voltage detector circuit 10-bit converter UART
10-bit converter UART 10-bit converter UART 10-bit converter UART 10-bit converter UART/SIO Encoder input 12-bit converter Op-amps comparators UART/SIO
870/C1 TMP89FM82TDUG
LQFP48(7 LQFP100(14 mm)/ QFP100(14 LQFP100(14 mm)/ QFP100(14
TX19A
TMP19A71CYUG/FG
TMP19A71FYUG/FG
TX03
TMPM370FYFG/DFG
Under development details these microcontrollers, visit Toshiba semiconductor website Some flash memories SuperFlash® technology under license Silicon Storage Technology, Inc. SuperFlash® registered trademark Silicon Storage Technology, Inc. registered trademark Cortexis trademark Limited other countries.
Microcontrollers
CortexTM-M3 Core Vector Motor Control (Vector Engine)
TMPM370FYFG/TMPM370FYDFG
Under development
Packages
CortexTM-M3 core
Operating voltage: Maximum operating frequency: PLL) Internal ROM: Kbytes (Flash) Internal RAM: Kbytes High-speed computation: Multiplier cycles), divider cycles) On-chip debug circuit: JTAG 2-wire (Serial Wire Debug) interface, instruction trace Low-power: Clock gearing (f/2, f/8), standby mode (NORMAL/STOP) Vector Engine: channel Next-generation (motor control timer): channels 12-bit converter: conversion time, 13-channel 12-channel ADCs (with three channels sharing same pins) Op-amp: channels channel Comparator emergency stop: channels channel Encoder input: channels 16-bit timer/counter: channels (free-run, compare output, output, input capture) Serial interface: UART/SIO channels Watchdog timer Power-on reset Voltage detection (VLTD) Oscillation frequency detection (OFD)
100-pin LQFP 0.5-mm lead pitch) 100-pin 0.65-mm lead pitch)
Timer Counter Input PWM/PPG/DVO Output Encoder signal Input 3-Phase Output 3-Phase Output Analog Input Analog Input TXD/RXD SCLK/SI/SO
16-bit Timer Encoder input Vector Engine
On-chip peripherals
VLTD
Regulator
Cortex-M3 Core
Flash
12-bit AMP/CMP 12-bit AMP/CMP UART/SIO
Port (76)
registered trademark Cortexis trademark Limited other countries.
Port
TLCS-870/C1 Core Sensored Sine-Wave/120° Square-Wave Motor Controller
TMP89FM82TDUG
Under development
TLCS-870/C1 core
On-chip peripherals
Improved instruction throughput TLCS-870/C1 core
TLCS-870/C1 core provides execution rate instruction machine cycle, which translates times performance predecessor.
Operating voltage: Minimum instruction execution time: On-chip memory: 32-KB flash ROM, 2-KB
10-bit
Analog Input
x1.6
ns@20
ns@8
Port Int.
(39)
8-bit Timer
Pulse Output Timer Counter Input Pulse Output Timer Counter Input 3-phase Output
On-chip debug features
on-chip debug features simplify evaluation motor software.
SCLK/SI/SO TXD/RXD
UART/ SEI/ UART
870/C1 Core
16-bit Timer
MOSI/MISO SCLK/SS TXD/RXD
Sine Wave Control
This product uses Super Flash® technology under licensed Silicon Storage Technology, Inc. Super Flash® registered trademark Silicon Storage Technology, Inc.
Package
TLCS-870/X Core
TLCS-870/C1 Core
Programmable Motor Driver: channel resolution: Dead time counter resolution: Sine-wave control Sensorless sensored motor control Inverter motor control Overload protection Automatic commutation automatic position sensing start 10-bit converter: channels 8-bit timer: channels 16-bit timer: channels UART/SIO: channel SEI/UART: channel Power-on reset circuit voltage detection Extended operating temperature range: 125°C Automotive-qualified ISO/TS16949-compliant 48-pin LQFP 0.5-mm lead pitch)
TLCS-870/X Core Sensored Sine-Wave/120° Square-Wave Motor Controller
TMP88FH41UG
TLCS-870/X core
Operating voltage: Minimum instruction execution time: On-chip memory: 16-KB flash ROM, 512-byte
Port (33)
10-bit
Analog Input
On-chip peripherals
Programmable Motor Driver: channel Sine-wave motor driver (sine-wave data table RAM) Rotor position sensing Motor control timer capture Overload protection Automatic commutation automatic position sensing start 10-bit converter: channels 8-bit timer/counter: channels 16-bit timer/counter: channels UART/SIO: channel 44-pin LQFP 0.8-mm lead pitch)
870/X Core
Timer Counter
Timer Counter Input PWM/PPG/DVO Output
3-phase Output
Sine Wave Control
UART/
TXD/RXD SCLK/SI/SO
Package
This product uses Super Flash® technology under licensed Silicon Storage Technology, Inc. Super Flash® registered trademark Silicon Storage Technology, Inc.
Microcontroller Selection Guide Home Appliances
following tables show microcontrollers suitable home appliances. addition those listed below, Toshiba offers wide range microcontrollers with variety on-chip peripherals. details, please refer Microcomputer Product Guide.
Note: part numbers indicates size: Kbytes, Kbytes, Kbytes, Kbytes, Kbytes, Kbytes, Kbytes, Kbytes Kbytes.
General-Purpose Microcontrollers
Part Number Flash ROM/RAM (Bytes) K/512, K/512, K/512 K/512 K/512 K/512 K/512 K/512 HSIO: UART: I2C: 10-bit converter: 16-bit timer: 8-bit timer: UART/SIO: UART: SIO: 10-bit converter: 16-bit timer: 8-bit timer: high-current ports UART/SIO: UART: SIO: 10-bit converter: 16-bit timer: 8-bit timer: high-current ports UART/SIO: I2C: 10-bit converter: 8-bit timer: 16-bit timer: 32-kHz timer software RTC, patch: banks, Flash UART/SEI: I2C: 10-bit converter: 8-bit timer: 16-bit timer: 32-bit timer software RTC, patch Features UART: SEI: 10-bit converter: 8-bit timer: 16-bit timer: key-on wakeup UART: SEI, I2C, 10-bit converter: 8-bit timer: 16-bit timer: VLTD/POR VQON44 LQFP44 LQFP48 QFP64/ LQFP64 QFP100/ LQFP100 QFP80/ LQFP80 Operating Power Supply Temperature Voltage (°C) Package
TMP86F409 TMP86F809 TMP86FH09A TMP86FH92/93
870/C Core
SDIP32 SSOP30/ SDIP32
24/26
TMP86Cx46/47 TMP86FH46A/47A TMP86Cx49 TMP86FS49B TMP89FM43LQG
SIO: UART: 10-bit converter: 33/35 16-bit timer: 8-bit timer: high-current ports: pins
SDIP42/ LQFP44
LQFP64/ QFP64
870/C1 Core 900/L1 Core
TMP89Fx42 TMP89Fx46 TMP89Fx60
TMP91FW64
TMP91FU62
Microcontrollers with Driver
Part Number
Flash
ROM/RAM (Bytes) K/512 K/1.5 K/1.5 K/1.5
Features driver segment pins common pins), SIO, UART, 10-bit converter: 18-bit timer: 8-bit timer: high-current ports: pins driver segment pins common pins), IGBT control timer: SIO, UART, 10-bit converter: 8-bit timer: high-current ports: pins driver segment pins common pins), UART/SIO: UART: 8-bit timer: 16-bit timer: 10-bit converter: driver segment pins common pins), UART/SIO: SIO, 8-bit converter: 18-bit timer: 8-bit timer: high-current ports: pins
Operating Power Supply Temperature Voltage (°C)
Package
TMP86Cx29B TMP86FM29 TMP86Cx27 TMP86FS27 TMP86CS28 TMP86FS28 TMP86Cx25 TMP86FM25
QFP64/ LQFP64
QFP80 QFP80/ LQFP80 QFP100
Microcontrollers Static Inverters
Part Number
Flash
ROM/RAM (Bytes)
Features
Operating Power Supply Temperature Voltage (°C)
Package
TMP86CH12 TMP86FH12 TMP86Cx27
K/512 K/512
UART: SIO: 10-bit converter: IGBT timer: 16-bit timer: 8-bit timer: driver segment pins common pins), IGBT control timer: SIO, UART, 10-bit converter: 8-bit timer: high-current ports: pins
SSOP30 QFP80
details these microcontrollers, visit Toshiba semiconductor website Some flash memories SuperFlash® technology under license Silicon Storage Technology, Inc. SuperFlash® registered trademark Silicon Storage Technology, Inc.
Motor Drivers
Motor Drivers Home Appliances
Motors commonly used home appliances. Traditional motors being replaced motors, which favorable terms control characteristics efficiencies. Toshiba offers various motor controllers drivers brushed motors, 3-phase brushless motors, stepper motors solenoids. details, please refer Motors Solutions Guide.
Applications Cooling fans Refrigerators Part Number Features 3-phase sensorless motor controller; V/20 3-phase sensorless motor driver; Bridge motor driver; (1.2 2-ch bridge driver; V/0.8 2-ch bridge driver; V/1.5 Stepper motor driver; V/0.4 (equivalent TA7774) Sine-wave motor controller; Sine-wave motor controller with auto lead angle control function; motor controller 150° commutation; 16.5 sensorless vector controller 3-phase full-wave BLDC motors; Sine-wave motor controller with auto lead angle control function; 16.5 Sine-wave motor controller; Sine-wave motor controller with auto lead angle control function; Sine-wave motor controller with auto lead angle control function; 16.5 sensorless vector controller 3-phase full-wave BLDC motors; 2-phase bipolar microstepping motor driver; V/0.8 Sine-wave motor driver; V/1.8 3-phase sensorless motor controller; V/20 3-phase sensorless motor controller; V/20 3-phase sensorless motor driver; V/2.5 3-phase sensorless motor driver; Sine-wave motor driver; V/1.8 sensorless vector controller 3-phase full-wave BLDC motors;
product Under development
TB6575FNG TB6633FNG TA7291P/FG/SG
Automatic makers
TB6552FNG/FLG TB6561FG/NG
Switching valves
TB6674PG/FG/FAG TB6551FG/FAG TB6556FG
Indoor fans Conditioners
TB6586FG/AFG/BFG TC7600FNG TB6584FNG TB6551FG/FAG TB6556FG
Outdoor fans
TB6584FNG TC7600FNG
Filter cleaning Dishwashers Washing Machines
Actuator
TB6608FNG TB6585FG TB6575FNG TB6575FNG
Pumps
Drying fans
TB6588FG TB6633FNG TB6585FG
Ventilators
TC7600FNG
3-Phase Full-Wave Sine-Wave Brushless Motor Controllers
Overview
TB6551FG/FAG, TB6556FG TB6584FNG 3-phase, full-wave brushless motor controllers. Sine-wave drive provides quiet motor operation. addition, lead angle control enables high-efficiency drive.
TB6551FG noise test result (Presented only guide)
Noise Level [dB] 1000 Square-wave drive Sine-wave drive (TB6551FG)
Rotation Speed [rpm]
Motor Driver IPDs
Functions Part Number Ratings Hall Sensor Inputs Inputs 3-Phase Level-Shift Overcurrent Distribution/ Drivers Protection Circuit Thermal Undervoltage Shutdown Protection Package
TPD4121K TPD4122K TPD4123K TPD4123AK TPD4124K TPD4124AK TPD4125K TPD4125AK TPD4135K TPD4135AK
DIP26 DIP26 DIP26 DIP26 DIP26 DIP26 DIP26 DIP26 DIP26 DIP26
Under development
Peripheral Sensors
Toshiba offers complete line peripheral various home appliances.
Communication Water Heaters
Part Number Package Application Examples Operating Voltage Features Communications between water heater control unit power line carrier communications Pseudo-sine-wave generation Detection external carrier signal Smaller package version T6B70BFG
T6B70BFG
SOP16
Water heaters
T6B70BFNG
SSOP16
Water heaters
Magnetic Sensors with Digital Output
Part Number Pole Output Configuration Package Application Examples Magnetic Flux Density IBONI IBOFFI (Typ.) Features
TCS10SPU TCS10SLU TCS11SLU TCS10NPU TCS10NLU TCS11NLU TCS10DPU TCS10DLU TCS11DLU
Push-pull Open-drain Inverted output; open-drain Push-pull Open-drain Inverted output; open-drain Push-pull Open-drain Inverted output; open-drain Appliances with doors lids such refrigerators washing machines Highly sensitive (Magnetic flux density IBONI typ.) current consumption (5.5 typ. TCS10SPU)
Discrete Devices Inverter Home Applications
Power Drivers
IGBTs co-packaged with anti-parallel diode inverter applications
Part Number VCES VCE(sat) (Max) 2.45 2.45 2.45 Package TO-220NIS TO-220NIS TO-220NIS
Inverter IGBTs
GT10J321 GT15J321 GT20J321
Power MOSFETs Inverters
Carrier lifetime control improving intrinsic diode speed (HSD Series: conventional series: Improved trade-offs between resistance leakage current, thanks design optimization
Part Number Ratings VDSS 0.62 0.49 0.25 0.11 0.86 0.50 0.33 Characteristics RDS(ON) (ns) Typ. Package TO-220SIS TO-220NIS TO-3P(N) TO-3P(N) TO-3P(L) TO-220SIS TO-220SIS TO-220SIS TO-3P(N)
2SK3868 2SK3313 2SK3314 2SK3936 2SK3131 2SK3947 2SK4015 2SK4016 2SK3906
Photocouplers
Photocouplers (Transistor Output)
Part Number Features 4-pin 6-pin MFSOP 4-pin SOP4 Current Transfer Ratio right-side table. right-side table. right-side table. VCEO Isolation Voltage minute)(Vrms) 5000 3750 3750 Current Transfer Ratio Rank @IF,
TLP781 TLP181 TLP285
Photocouplers Output)
Part Number Features 6-pin SDIP, Direct drive small-power IGBT/MOSFET 8-pin DIP, Direct drive small-power IGBT/MOSFET 6-pin SDIP, Direct drive medium-power IGBT/MOSFET 8-pin DIP, Direct drive medium-power IGBT/MOSFET Propagation Peak output Delay Time (Max) current (Max) ±0.6 ±0.6 ±2.0 ±2.5 IFHL (Max) (mA) Isolation Voltage minute)(Vrms) 5000 3750 5000 3750
TLP701 TLP351 TLP700 TLP350
Photocouplers (Triac Output)
Part Number Features 6-pin 6-pin DIP, Zero cross 4-pin 4-pin DIP, Zero cross 6-pin DIP, Zero cross 6-pin DIP, Zero cross Peak Off-State Voltage On-State Current Peak Nonrepetitive Surge Current Max. Trigger Current (mA) Isolation Voltage minute)(Vrms) 2500 2500 5000 5000 5000 5000
TLP560J TLP561J TLP360J TLP361J TLP666L(S) TLP669L(S)
Output Interfaces
Transistor Arrays
Toshiba's transistor arrays have proven track record drivers inductive loads (relays, solenoids stepper motors), capacitive loads, lamps Transistor arrays available with various voltage current ratings wide range applications. Small surface-mount packages help reduce system size weight.
Applications Function Recommended Parts
ULN2003APG/AFWG
Stepper motors
ULN2004APG/AFWG TD62064APG/AFG ULN2004APG/AFWG ULN2004APG/AFWG
TD62308APG/AFG
conditioners Relays LEDs, buzzers Level shifters heaters Triac couplers Bidet toilets Stepper motors LEDs Washing machines Level shifters Cloth dryers Refrigerators Vacuum cleaners Water heaters Sensor drivers Lamps, LEDs Microwave ovens Triac couplers Triac couplers Triac couplers Triac couplers Relays
ULN2003APG/AFWG ULN2003APG/AFWG TD62503FG/FNG TD62783AFWG TD62308AFG TD62308BFG TD62783APG/AFWG TD62503PG/FG/FNG TD62783AFWG TD62783AFWG TD62783AFWG ULN2803AFWG TD62783AFWG ULN2003AFWG TD62783AFWG
TD62064AFG TD62064BFG ULN2803APG/AFWG
ULN2804AFWG
ULN2004AFWG
Power Drivers
IGBTs Induction Cookers Microwave Ovens
Input Voltage Voltage Resonance Part Number VCES 1000 1200 (sat) Typ. 1.65 Typ. 0.11 0.12 0.41 0.24 0.10 0.16 0.12 Package TO-3P(N) TO-3P(N) TO-3P(N) TO-3P(N) TO-3P(N) TO-3P(LH) TO-3P(LH)
GT60M324 GT50N324
GT40Q321 GT40J322
Current Resonance
GT50J328
GT60J323 GT60J323H
Power Drivers
IGBTs Power Factor Correction (PFC)
Type Part Number VCES (sat) Typ. 1.95 (ns) Typ. Package TO-3P(N) TO-3P(N)IS TO-3P(N) TO-3P(LH) TO-3P(LH) TO-3P(N)IS
GT30J121 GT30J126
Active
GT30J324 GT50J325 GT50J121
Partial switching
GT30T122
Power MOSFETs Inverter Lighting Applications
Input Fluorescent Light Bulb-shaped fluorescent lamp lights lights lights Peak Drain Current, (Intended only guide) Part Number
2SK3462, 2SJ610, 2SK3342, 2SJ512 2SK3563, 2SK4103, TK5A50D, TK6P53D 2SK3563, 2SK4103, TK5A50D, TK6P53D 2SK3561, 2SK3568, TK8A50D, TK12A50D 2SK3934, TK15A50D 2SK3767, 2SK4002, TK2Q60D
2SK3567, 2SK4003, TK4A60DA
Circuit Example
Input
Driver
Power MOSFETs Air-Conditioner Outdoor-Unit Motor Drive
Part Number VDSS RDS(ON) 0.62 0.86 0.50 Remarks High-speed diode High-speed diode High-speed diode High-speed diode High-speed diode Package TO-220NIS TO-220SIS TO-220SIS TO-220SIS TO-220SIS
2SK3313 2SK3868 2SK3947 2SK4015 2SK4016
Fluorescent Light
Driver
Semiconductor Devices Power Supplies
Control
Toshiba been developing power factor correction (PFC) controllers reducing power factor degradation increase reactive power) noise mains harmonics current.
Controller TB6818FG
Under development
Features
E-Amp. 1.25 0.25 SOFT START
0.825 OVP-2 1.33 COMP. 1.31 Oscillator
Products Under Development Planning
Part Number Conduction CRM+PWM Supply Voltage Packaging SSOP16/DIP16 SOP8/DIP8 SSOP16 Status Under development Under planning Under planning
TB6818FG TB6819FG TB6820FG
MOSFETs
Product offerings
Part Number Absolute Maximum Ratings VDSS(V) RDS(ON) 0.55 0.43 0.37 typ. (nC) Ciss typ. (pF) 1800 2300 2600 Packaging TO-220SIS TO-220SIS TO-220SIS TO-220SIS TO-220W TO-3P(N) TO-220SIS TO-220W TO-3P(N) TO-220SIS 0.19 1470 TO-220W TO-3P(N) 0.38 TO-220SIS DTMOSII -MOSVII Series
TK12A60D TK13A60D TK15A60D TK12A60U TK12D60U TK12J60U TK15A60U TK15D60U TK15J60U TK20A60U TK20D60U TK20J60U TK13A65U
Operating voltage range: (typ.) (max) Startup voltage: 10.0 (typ.) Pulse output mute startup Noise reduction transformer Maximum drive current: (typ.) Consumption current Standby mode: (typ.) instantaneously-stop detection Variety protection circuits input overvoltage protection (OVP output overvoltage protection (OVP Undervoltage lockout (UVLO) Open feedback-loop detector Thermal shutdown (TSD)
Block Diagram
Input RISENSE RISENSE
VSENSE OPP&SOFT START
SENSE ISENSE ISENSE Vref(5
PULSE
BIAS
UVLO OVP-1 Vref
MULT
internal circuit
CONT Slope compensation current
DELAY
FREQ FREQ SET(R) SET(C)
Semiconductor Devices Power Supplies
Shunt Regulators
Toshiba's shunt regulators provide high-accuracy reference voltage available small, thin packages.
TA76 Series (High-Accuracy Shunt Regulators)
Features
Applications
High-accuracy reference voltage: (TA76L431 TA76432Ax Series) Available small, thin packages
AC-DC converter DC-DC converters Reference voltage sources
Product offerings
Part Number Reference Voltage Typical Value 2.495 2.495 2.49 Accuracy ±2.2 Absolute Maximum Ratings VKA(V) IK(mA) Packaging LSPW-Mini S-Mini LSUFV LS±1.4 1.26 1.26 ±1.4 PW-Mini LSPW-Mini Cathode input pins isolated. versions have reverse ordering. versions have reverse ordering. versions have reverse ordering. Comments
TA76431S TA76431F/FR TA76L431FB TA76L431S TA76L431FT TA76432S TA76432F/FR TA76432FC TA76432FT TA76432AS TA76432AF/AFR TA76432AFT TA76433FC
Single-Output DC-DC Converter
Absolute Maximum Ratings Part Number Type Output Current (mA) 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 2500 3800 3000 5000 2000 2000 Input Voltage Input Voltage Output Switching Range Voltage Frequency Typ. Typ. (kHz) Variable Variable Variable Variable Variable Variable Variable Variable Variable Variable 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 3000 1400 1000 1500 Packaging
Features
Applications
Available with output current capabilities ranging from Mobile handsets High-accuracy reference voltage: 25°C Digital home appliances (TCV7100F, TCV7101F, TCV7102F, TCV7103 Audio equipment Fast transient response using current-mode control Amusement equipment Undervoltage lockout (UVLO) Integrated soft-start circuitry (except TB7100F) Allows small efficient DC-DC converter built adding only parts such inductor capacitor (Some DC-DC converter also need Schottky barrier diode MOSFET.)
Product offerings
Remarks
TB7100F TB7101F(T5L1.2,F) TB7101F(T5L1.5,F) TB7101F(T5L1.8,F) TB7101F(T5L2.5,F) TB7101F(T5L3.3,F) TB7102F TB7101AF(T5L1.2,F) TB7101AF(T5L1.5,F) TB7101AF(T5L1.8,F) TB7101AF(T5L2.5,F) TB7101AF(T5L3.3,F) TB7102AF TC7704FNG TCV7100F TCV7101F TCV7102F TCV7103F TCV7104FN TB7107FN
Buck Buck Buck Buck Buck Buck Buck Buck Buck Buck Buck Buck Buck Buck Buck Buck Buck Buck Buck Buck
PS-8 PS-8 PS-8 PS-8 PS-8 PS-8 PS-8 PS-8 PS-8 PS-8 PS-8 PS-8 PS-8 SSOP16
Integrates switching element on-chip. External rectification Schottky barrier diode Integrates switching element on-chip. Soft-start threshold: CMOS level Integrates switching element on-chip. Soft-start threshold: CMOS level Integrates switching element on-chip. Soft-start threshold: CMOS level Integrates switching element on-chip. Soft-start threshold: CMOS level Integrates switching element on-chip. Soft-start threshold: CMOS level Integrates switching element on-chip. Soft-start threshold: CMOS level Integrates switching element on-chip. Soft-start threshold: level Integrates switching element on-chip. Soft-start threshold: level Integrates switching element on-chip. Soft-start threshold: level Integrates switching element on-chip. Soft-start threshold: level Integrates switching element on-chip. Soft-start threshold: level Integrates switching element on-chip. Soft-start threshold: level Integrates switching element on-chip. mode Soft-start
Advance Integrates switching element on-chip. Soft-start Time adjustable Advance External rectification MOSFET Soft-start Time adjustable Advance Integrates switching element on-chip. Soft-start Time adjustable Advance External rectification MOSFET Soft-start Time adjustable PS-8 PS-8 Integrates switching element on-chip. Soft-start Time adjustable Integrates switching element on-chip. External rectification Schottky barrier diode Soft-start
Secondary Rectifiers
High-Efficiency Diodes (HEDs)
Package M-FLAT Single L-FLAT M-FLAT L-FLAT TO-220NIS TO-220SM TO-220NIS TO-220SM Center-Tapped TO-220NIS TO-220NIS TO-3P(N) TO-220SM TO-220NIS TO-3P(N) TO-3P(N)IS TO-3P(N) TO-3P(N)IS TO-3P(N) S-FLAT Reverse Recovery Time (Max) Peak Repetitive Reverse Voltage
CRH02 CRH01 CMH04 CMH07 CLH01 CMH01 CLH05 5DLZ47A U5DL2C48A 5DL2CZ47A U10DL2C48A 10DL2CZ47A 16DL2CZ47A 16DL2C41A U20DL2C48A 20DL2CZ47A 20DL2C41A 20DL2CZ51A
CLH02 CLH06 U5FL2C48A 5FL2CZ47A U10FL2C48A 10FL2CZ47A 16FL2CZ47A 16FL2C41A U20FL2C48A 20FL2CZ47A 20FL2C41A 20FL2CZ51A
CMH05A CMH05 CMH08A CMH08 CLH03 CMH02A CMH02 CLH07 5GLZ47A 5GL2CZ47A 10GL2CZ47A U20GL2C48A 20GL2C41A
5JLZ47A 5JLZ47 5JL2CZ47 U10JL2C48A 10JL2CZ47A 10JL2CZ47 U20JL2C48A 20JL2C41A 20JL2C41 20JL2CZ51 30JL2C41
center lead
Average Rectified Output Current
Average Forward Current
MOSFETs Power Supplies
Part Number Ratings VDSS 2.45 2.45 0.68 0.25 0.85 0.52 1.25 0.75 0.43 0.19 Characteristics RDS(ON) Typ. (nC) Typ. (ns) 1000 1000 1000 1400 1000 1200 1300 1000 1200 1000 1000 1000 1300 1300 1050 1200 1100 1100 1700 TO-220SIS Package
2SK3757 2SK3766 2SK3869 2SK3935 TK5A50D TK8A50D TK12A50D TK13A50D TK15A50D 2SK3767 TK4A60DA TK6A60D TK8A60DA TK10A60D TK12A60U TK13A60D TK15A60U TK20A60U 2SK4013 2SK3566 2SK3564 2SK3798 2SK3565 2SK3742 2SK4014 2SK3799
General-Purpose Discrete Devices
Low-Saturation-Voltage Transistors
IC(A) VCEO VCEO VCEO VCEO PNP+NPN
TPC6D02@2
2SA2058 2SA2066 TPC6602
2SA2065 2SA2069
2SC5784 2SC5819 TPC6503
HN4B101J
2SC5755 2SC5785 TPC6501 TPCP8504
TPC6902@1 TPCP8902@1
2SA2061 2SA2059 TPC6603 TPCP8F01@3
2SC5976 TPCP8H02@4
2SC5713
VCEO PNP+NPN
TPCP8601
2SC5738 2SC5714 2SC6125
2SC5906 2SC6062
VCEO
2SA2070
2SA2056 2SA2060 TPC6601
TPC6901A@1 TPCP8901@1
TPC6701 2SC5810
TPCP8701 2SC5692 2SC6033 2SC5712 2SC6126 TPC6502 TPCP8505
2SA2206
TPCP8602
2SC6124 2SC6076
2SC5703 TPCP8H01@4 2SC5886A Packages: TSM, VS-6, VS-6 (2in1), PS-8, PS-8 (2in1), PW-Mini, PW-Mold,
Ultra-high speed Under development PNP, SBD, S-MOS, S-MOS
General-Purpose Rectifiers (Power Rectification Diodes)
Average Forward Current
M-FLAT L-FLAT TO-220SM
Package
VS-6 HM-FLAT S-FLAT
Peak Repetitive Reverse Voltage
CRG01
TPC6K01 HMG01 CRG02 CRG07 CRG03 CMC01 CMC02 CMG02 CLG05
CRG04 CMG03
CRG05 U10LC48
Very-Fast Reverse Recovery Diodes
Average Forward Current Package S-FLAT M-FLAT S-FLAT M-FLAT TO-220NIS Reverse Recovery Time (Max) Peak Repetitive Reverse Voltage
5GUZ47
CRF03 CMF02 CMF01 5JUZ47
CRF04 CRF02 CMF03
Zener Diodes
PRSM Zener Voltage Range Part Number (Example) Package S-FLAT(SMD) M-FLAT(SMD) M-FLAT(SMD)
Recommendation square pulse
CRY62 CRZ10 CMZB18 CMZ12
Regulator
White Drivers (Drives White LEDs Backlight High Efficiency)
family white drivers features high brightness with power consumption, helping reduce product size. Both switching charge-pump DC-DC converters available.
Features
Small packaging: SOT23-6, High efficiency: >85% (switching-regulated type) noise: inductors required (charge-pumped type)
Analog dimming control High quality: Protection circuitry (OVD) High accuracy: output current
Switching-Regulated Drivers
Part Number Features Analog dimming; High efficiency; analog dimming OVD; high efficiency dimming; high efficiency dimming; OVD; high efficiency Status Available Available Available Available Available Part Number Features High current Status Under development Available Available Available Available
Product offerings
TB62734FUG TB62736FUG TB62737FUG/FPG TB62756FUG TB62757FUG/FPG
TB62750FTG TB62752BFUG TB62754AFNG TB62758FTG
TB62752AFUG/TB62755FPG Multiple output lines LEDs)
threshold 31.5 (typ.) Medium-sized backlighting Medium-sized backlighting
Charge-Pumped Drivers
Part Number Features constant-voltage output Status Available
Non-step-up constant-current drivers also available.
TCA62753FUG
Lamps
Lamps Lighting Applications
Light Sources Illumination (Refrigerator Indoor Lamps, etc.)
Characteristic 25°C) Class
Part Number
Color
Package (mm)
Luminous Luminous Intensity Flux Typ. (lm) Typ.(mcd) 1700 1500 1500
Chromaticity Coordinates, Typ. 0.31 0.40 0.44 0.32 0.32 0.44 0.32 0.345 0.44 0.30 0.39 0.40 0.31 0.31 0.40 0.31 0.35 0.40
Forward Voltage Typ.(V)
Viewing Angle Typ.(°)
(mA)
TLWK1100C (T11) High TLWWK1100B (T11) brightness TLWLK1100B (T11) Mid-Luminous-Flux TL30W01-D (T36) TL12W01-D (T30) TL12W01-L (T30) HighLuminousTL12W02-D (T30) Flux TL12W02-N (T30) TL12W02-L (T30)
White White (Warm White) 3.2(L) 2.9(W) 1.9(H) White (Warm White) 4.5(L) 2.0(W) 0.8(H) White White White (Warm White) 10.5(L) 5.0(W) 2.1(H) White White (Neutral White) White (Warm White)
Lamps Indicator Display Applications
Light Sources Indicators Displays
Characteristic 25°C)
Part Number
Color Orange Yellow Pure yellow Green Fresh green Pure green Emerald Green Blue
Package (mm)
Luminous Intensity (mcd) Emission Wavelength, Typ. Viewing Angle Min. Typ. (nm) (nm) Typ.
(mA)
TLRF1060 (T18) TLSF1060 (T18) TLOF1060 (T18) TLYF1060 (T18) TLPYF1060 (T18) TLGF1060 (T18) TLFGF1060 (T18) TLPGF1060 (T18) TLEGD1060 (T18) TLBD1060 (T18)
2.2(L) 1.4(W) 1.3(H)
OVERSEAS SUBSIDIARIES AFFILIATES
Toshiba America Electronic Components, Inc.
Headquarters-Irvine,
Tel: (949)623-2900 Fax: (949)474-1330
April 2009)
2009-9
SCE0013D
Toshiba Electronics Europe GmbH
Head Office
Tel: (0211)5296-0 Fax: (0211)5296-400
Toshiba Electronics Asia, Ltd.
Hong Kong Head Office
Tel: 2375-6111 Fax: 2375-0969
France Branch
Tel: (1)48-12-48-12 Fax: (1)48-94-51-15
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Tel: (248)347-2607 Fax: (248)347-2602
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Shanghai Head Office
Tel: (021)6841-0666 Fax: (021)6841-5002
Toshiba Electronics Brasil Ltda.
Tel: (011)2539-6681 Fax: (011)2539-6675
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Tel: (6278)5252 Fax: (6271)5155
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Tel: (011)2331-8422 Fax: (011)2371-4603
Hangzhou Office
Tel: (0571)8717-5004 Fax: (0571)8717-5013
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Tel: (02)501-1635 Fax: (02)501-1638
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Tel: (025)8689-0070 Fax: (025)8689-0125
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Kuala Lumpur Head Office
Tel: (03)5631-6311 Fax: (03)5631-6307
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Tel: (0411)8368-6882 Fax: (0411)8369-0822
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Tel: (04)226-8523 Fax: (04)226-8515
Tsurong Xiamen Xiangyu Trading Co., Ltd.
Tel: (0592)226-1398 Fax: (0592)226-1399
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Tel: (02)750-5510 Fax: (02)750-5511
Toshiba Electronics Korea Corporation
Seoul Head Office
Tel: (02)3484-4334 Fax: (02)3484-4302
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Tel: (053)428-7610 Fax: (053)428-7617
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Taipei Head Office
Tel: (02)2508-9988 Fax: (02)2508-9999
Home Appliances
Kaohsiung Office
Tel: (07)237-0826 Fax: (07)236-0046
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2009
Previous edition: BCE0013C 2009-9(0.5k)PC-DQ
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