STV200N55F3 STV250N55F3
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MDmeshII lighting STV200N55F3 STV250N55F3
High-current power MOSFETs
STCF06
Buck-boost converter
ST715
micro-power
2STCxxx 2STAxxx
High-end audio power bipolars
STHDLS101 logic
AC-coupled HDMI level shifter
STP03D200
Darlington
STMPE821
8-bit XpanderLogic
2200 ESBTs® power design kits USBULC6-2M6
Protection
STCL1120
Silicon oscillator
STM1066
Smart voltage supervisor
STCD1020
Clock distribution circuit
EMIF06-AUD01F2
Audio connector
STW4102
Li-ion charger with gauge
EMIF10-LCD03F3
Display camera filter
TS2012
Stereo power audio amplifier
CPL-WB-00C2
Mobile phone coupler
VIPer17®
High-voltage converter
STCC08
Solid-state driver
PM6681A
Four output regulator
diodes ETP01-1621 -2821
Ethernet protection
L6716
Intel VR11. controller
ZigBee® modules
Wireless networking
Smart keyboard solutions
Athena partnership
LISx44ALH MEMS
STM32 family extension STM32 serial wire debug viewer Motor control
MDmesh lighting
Stringent market regulations driving electronic lighting circuit manufacturers design more more efficient energy saving lighting systems. Fluorescent lamp low-power high-intensity discharge (HID) driving circuits usually have same topology, made power factor correction (PFC) section boost configuration DC-DC conversion half-bridge section driving part lamp. trend both increase power density, which decreases system size. These reductions size energy losses obtained using power MOSFETs with very conduction losses relatively high switching speeds.
Laudani Rapisarda Power MOSFET marketing
super-junction power MOSFETs efficient lighting designs
MDmesh ideal choice
With their extremely RDS(on) superior switching characteristics, ST's MDmesh series ideal this function. According regulations, systems require parts withstand high-voltage transients, generated di/dt parasitic inductance, forcing devices into avalanche condition. MDmesh best choice when facing these phenomena, because they provide large safe operating area, well avalanche ruggedness.
Since output usually fixed least devices should used. However, often safety requirements higher margins, devices would preferable. order address different power needs, developed complete product range MDmesh which able satisfy most demanding applications.
MDmesh features application benefits
MDmesh product range
Avalanche ruggedness extremely high dv/dt rating upon reverse recovery body diode allow reliable robust applications gate charge, extremely intrinsic capacitance, exceptionally high switching speed, together with lowest RDS(on) area market, contribute improvement overall efficiency, dramatically cutting power losses Broad package range allows mechanical flexibility
RDS(on) (max) 0.26 0.32
Part number STx16NM50N STx13NM50N STx12NM50N STx9NM50N STx7NM50N STx15NM60N STx12NM60N STx11NM60N STx8NM60N STx6NM60N
(cont)
Package TO-220, TO-220FP, D2PAK, I2PAK, TO-247 TO-220, TO-220FP, D2PAK, I2PAK, TO-247 TO-220, TO-220FP, DPAK, IPAK D2PAK, I2PAK TO-220, TO-220FP, DPAK, IPAK TO-220, TO-220FP, DPAK, IPAK TO-220, TO-220FP, D2PAK, I2PAK, TO-247 TO-220, TO-220FP, D2PAK, I2PAK, TO-247 TO-220, TO-220FP, DPAK, IPAK D2PAK, I2PAK TO-220, TO-220FP, DPAK, IPAK TO-220, TO-220FP, DPAK, IPAK
0.38 0.56 0.78 0.299 0.41
0.45 0.65 0.92
Block diagram typical electronic lighting application
cont drivers
www.st.com/pmos
STV200N55F3/STV250N55F3
STV200N55F3 STV250N55F3 state-of-the-art devices, manufactured with ST's proprietary planar STripFETIII technology. Housed innovative PowerSO-10package, their exclusive ribbon bonding technique results outstanding performance terms extremely on-resistance high current capacity. fact, STV250N55F3 achieves lowest RDS(on) values available market single discrete device.
Gambino Power MOSFET marketing
High-current devices low-voltage motor control
Market applications
STV200N55F3 STV250N55F3 ideal high current switching applications dedicated motor control including: OR-ing Forklift trucks Golf carts Lawn mowers Wheelchairs Electric bikes
Source connections
STV250N55F3 nine-lead source connection with mils2 size ribbons, while STV200N55F3 four-lead source connection with mils2 ribbons.
STV200N55F3 3-phase BLDC motor control
Superior electrical thermal performance were confirmed when STV200N55F3 tested 3-phase BLDC motor control, with STM32 microcontroller.
Device characteristics
Part number V(BR)DSS RDS(on)
STV250N55F3 STV200N55F3
STV200N55F3
Current sensing
voltage monitoring
Feedback
Current sensing Temp. sensor Gate driver Gate driver Gate driver
Microcontroller
PowerSO-10 connection diagram (drain back) 3-phase inverter BLDC motor
Different package options Features
operating temperature Standard threshold drive Typical RDS(on) range STV250N55F3 STV200N55F3 100% avalanche rate tested, both wafer level, finished products
housed PowerSO-10 package already been qualified both D2PAK TO-220 packages with following part numbers: STB185N55F3 D2PAK (automotive grade) STP185N55F3 TO-220 (automotive grade) STB180N55F3 D2PAK industrial applications STP180N55F3 TO-220 industrial applications.
www.st.com/pmos
2STCxxx 2STAxxx
While consumer market pushing designers more sophisticated digital concepts ever lighter thinner applications, middle high-end high power audio amplifier market still favours analog power design class topologies. fact, from recording studios football stadiums, compromised performance professional audio option. niche high-end Hi-Fi area end-users interested only valve class solutions. 2STCxxxx 2STAxxxx bipolar families tailored specifically high-power audio amplifiers. Based bipolar transistor-linear amplifier technology (BiT-LA), product range offers V(BR)CEO collector current housed TO-247, TO-3P, TO-3 TO-264 packages.
1200
Pintacuda Power bipolar design marketing
high-end audio power bipolar transistor family
Gain linearity
0.01
Technology description highlights
BiT-LA planar technology with advanced base island layout. Special ballast resistances have been integrated each emitter elementary cell make current more uniform throughout device balance thermal performance. Thanks adopted structure layout BiT-LA shows: Excellent gain linearity accurate reproduction input signal Perfect complementary pair matching assure symmetrical performance Good dynamic performance typical value MHz) Complementary pair gain linearity matching maintained over whole temperature range +125 devices with higher power dissipation (200 multi-wire emitter bonding order assure high ruggedness (Is/b).
Typical complementary pair characteristics
applications
Professional audio amplifiers Theater stadium sound systems receivers Public address systems (PAs) High-end consumer audio products Home theatres
Device characteristics
Package Part number VCEO Ptot
TO-3
2ST5949
2ST2121
2STC5200 TO-264 2STC5949 2STC4467 2STC4468 2STC2510 2STC5242 2STC5948 2STW4466 TO-247 2STW4468
2STA1943 2STA2121 2STA1694 2STA1695 2STA2510 2STA1962 2STA2120 2STW1693 2STW1695
Product features
Superior linearity Is/b ruggedness (SOA) Transition frequency (fT) Tight range High current gain Matched complementary pairs
TO-3P
www.st.com/bipolar
STP03D200
Darlington especially designed optimize converter efficiency just been introduced. STP03D200 been designed work active start-up network inside low-power SMPSs three-phase input applications. Low-power three-phase SMPSs, typically around have meet high efficiency standards. External start-up networks usually necessary provide initial operating currents required drive power switch. case very high input voltages, Vac, start-up circuit cannot easily integrated controller. most popular option implement pure resistive start-up circuit. This ideal solution total converter efficiency could extremely low, especially low-power systems running high-voltage environments.
Brazzaventre Power bipolar marketing
Darlington active start-up three-phase SMPSs
Balance resistance Rstart-up
Small signal
STP03D200
Cstart-up driver
Start-up circuit using STP03D200
Results from active start-up implementation
resistive start-up networks, additional power dissipation under high input voltage conditions (Vin Vac), acceptable since maximum output power However, using STP03D200 with active start-up power dissipation negligible (0.046
Device features
STP03D200 composed high-voltage transistors Darlington configuration housed single package. resulting device shows high-gain performance. High-voltage capability (2000 Optimized manufacturing back-end process double configuration Reliable well consolidated high-voltage bipolar technology TO-220 industry standard package easy design-in
Application note
dedicated application note provides further details. AN2454: Universal input voltage power supply ESBT® based breaker metering applications.
STP03D200 characteristics
Symbol VCBO Parameter Test conditions Value 2000
Dedicated evaluation boards
Description Universal input SMPS breakers Universal input SMPS metering motor control Output power Order code STEVAL-IPB001V1 Application notes AN2454
Collector-base voltage current gain
STEVAL-ISA036V1 Coming soon
Reference designs
order demonstrate high energy saving property this device, dedicated evaluation boards have been developed. Both power supply boards based ESBT STC04IE170HV implement active start-up through STP03D200. first single output SMPS, providing power supply breaker metering applications, while second wide range SMPS metering motor control.
STEVAL-IPB001V1 evaluation board
www.st.com/bipolar
2200 ESBTs
Tornabene Power bipolar marketing
STC03DE220Hx STE07DE200: ideal solution SMPSs
These products represent only single power switch solution industrial application feeds VAC.
Package options
devices offered three package options: TO247-4L with improved creepage distance, fully insulated TO247-4L ISOTOP® which able manage high power levels.
STC03DE220Hx STE07DE200 features
High-end industrial power applications supplied three-phase mains moving towards universal input voltage, which ranges from VAC. Their auxiliary switching-mode power supply (SMPS), based flyback topology, requires main switching transistor with very high blocking voltage capability whose breakdown voltage easily reach 2000 more. 2200 ESBT family considered ideal, cost-effective solution applications requiring both high voltage high switching frequencies.
Very fast switching, voltage drop (equivalent RDS(on)) Applicable very high voltage input more) Enhanced creepage package Cooler solution Higher efficiency Cost advantage system level
Applications
flyback SMPS three-phase applications
Application example
waveform below shows that SMPS kHz) based flyback single switch topology, with input voltage, greater than 1800 with voltage drop around This application example demonstrates 2200 ESBT represents unique, cost-effective single switch solution giving more efficiency project flexibility SMPS designers.
Device description
2200 ESBT family manufactured hybrid structure characterized squared reverse breakdown safe operating area (RBSOA), improve safe switching performance. hybrid structure combines high-voltage bipolar low-voltage power MOSFET technologies package, combining strengths eliminating drawbacks both bipolar power MOSFET technologies. result, devices minimize such factors conduction output losses both turn-on turn-off, cost driving power, while maximizing switching frequency kHz) output power. dedicated product range been developed with different current capabilities allowing designers extend their auxiliary power supply using simple flyback topologies.
Vcs(on)
10.0
50.0 MS/s ns/pt 1.83
2200 ESBT main characteristics
STC03DE220HV STC03DE220HP STE07DE220 VCS(SS) 2200 2200 2200 RCS(ON)
SMPS waveform
VCS(ON) Package TO247-4L TO247-4L ISOTOP
0.33 0.33 0.07
www.st.com/esbt
power design kits
application support kits that help evaluate features performance power transistors power amplifier designs have been developed. These kits help reduce customer design-cycle time cost wireless applications providing useful support such S-parameter measurements under different bias conditions, reference boards, spice models, electrical schematics lists.
DB-54003L-175 Component Description Value Case size
Michelin Salomon power applications
design tools high-performance power amplifier designs
Manufacturer
Part code
Application support kits
application support kits include: Ready-to-use reference boards Gerber files Electrical schematics lists Device S-parameters Device spice models Dedicated application notes
Reference boards
Numerous single-stage two-stage reference boards using either DMOS LDMOS power transistors make heart these kits. covered frequency band ranges from with power level range from
Ferrite Bead PANASONIC EXCELDRC35C Ferrite Bead PANASONIC EXCELDRC35C Capacitor 1206 MURATA GRM42-6C0G121J50 Capacitor 1206 MURATA GRM42-6C0G102J50 Capacitor 1206 MURATA GRM42-6X7R104K50 Capacitor PANASONIC EEVHB1V100P Capacitor 1206 MURATA GRM42-6C0G221J50 Capacitor 100B Capacitor 100B Capacitor 100B Capacitor 100B Zener Diode SOD110 PHILIPS BZX284C5V1 Inductor COILCRAFT 1812SMS-33 MSub Inductor COILCRAFT 1812SMS-33 Inductor COILCRAFT 1812SMS-22 Potentiometer BOURNS ELECTRONICS 3214W-1-103E H=60 Resistor 1206 TYCO ELECTRONICS 01623440-1 C1L=8.6 Transmission Line W=2.87 Transmission Line W=2.87 L=9.8 Transmission Line W=4.9 L=5.4 Transmission Line W=4.9L1 L=5.9 Transmission Line W=2.87 L=4.7 RFout Transmission Line W=2.87 L=4.2 Transmission Line W=2.87 L=7.5 RFin mils JOHNSON 142-0701-801 C8SMA-CONN LDMOS PD54003L LDMOS STMicroelectronics PD54003L PD54003L Board FR-4 THk=0.060" Both Sides
Example reference board schematic bill materials
Device S-parameter
kits measure S-parameters power device different bias conditions using dedicated test fixture. S-parameters simulation approach first step designing stable network power amplifiers.
Gerber files, electrical schematics lists help customers transfer ST's evaluation board performance their application, reducing development time cost. These reference boards ordered from www.st.com/evalboards under power section.
Target applications
Each evaluation board been designed specific application such VHF/UHF mobile portable radios RFID readers Automatic meter readers VHF/UHF wireless alarm systems EPIRB sonar buoy broadcast satellite mobile communication Identification friend Tesla
Example device S-parameter stability simulation results
Device spice models
Using device spice models, along with generic harmonic balance simulation software, allows customers perform preliminary, meaningful device analysis terms Linearity Stability Efficiency Gain P1dB Psat
www.st.com/evalboards
USBULC6-2M6
Targeted applications
Renard IPAD marketing
Ultra capacitance protection high speed
USBULC6-2M6 ideal electronic consumer goods with audio headset connectors, such Mobile phones Portable audio Portable
Space saving package
USBULC6-2M6 RoHS compliant, µDFN-6L lead-free package, with pitch. Compared solutions using metal oxide varistors, USBULC6-2M6 provides board space saving, with only 1.45 protect VBUS. Mobile devices featuring multimedia capability incorporate richer, thinner lighter designs with increased need high bandwidth. example, bottom connectors feature high speed capabilities. These highly-integrated, compact environments create destruction issues space constraints, which must taken into consideration when developing mobile devices.
USBULC6-2M6 main features
Ultra line capacitance
high speed standard requires that total capacitance ground signal lines should exceed with matching within (including transceiver chips, protection, circuits connector). also worth noting that several portable applications multiplex audio headset UART) signals with signals same connector pins. capacitance switch used multiplex signals parasitic capacitance around consequence capacitance budget protection around
capacitance switch
Ultra line capacitance: 0.85 0.020 capacitance matching Above bandwidth ultra-low line capacitance Integrated VBUS protection protection according 61000-4-2 (air contact) clamping voltage: when spikes applied Ultra compact µDFN-6L package: 1.45 Go-through arrangement easier layout
transceiver
diagram USBULC6-2M6 mounted (400 amplitude, Mbit/s)
Speed: Mbit/s
ground plane
Signal transparency
Thanks ultra-low capacitance optimized internal structure, USBULC6-2M6 fully compatible with signal data rates causes signal degradation, shown diagram above.
USBULC6-2M6 connector
High speed connector with UART USB2.0 multiplexer
www.st.com/protection
EMIF06-AUD01F2
Mobile devices featuring multimedia capability incorporate richer, thinner lighter designs. Audio capabilities, instance, longer confined voice applications, have been extended include music video. This highly-integrated compact environment brings interference signal level analog inputs pulsed transmitter phone combination that require efficient filtering. destruction space constraints issues which must taken into consideration when developing mobile devices.
Renard IPAD marketing
Space saving single chip IPAD® audio connector flip-chip EMIF06-AUD01F2 main features
4-line filters microphones with bias resistor integration 2-line filter headset speakers Stop-band attenuation between 2480 MHz, high-density capacitor integration (1.3 microphone lines Very total harmonic distortion microphone lines (THD contact protection according 61000-4-2
single chip solution
provides advanced family integrated passive active devices that includes breakthrough technology with high-density capacitance integration filters protection. From dedicated devices all-in-one EMIF06AUD01F2, delivers best-in-class solutions; where stop-band attenuation optimized frequency bands ranging from 2480 MHz, integration capacitors microphone lines.
Space saving package
EMIF06-AUD01F2 housed RoHS compliant, flip-chip lead-free package, with pitch bump matrix. Since die-size equals that package, space consumption printed wired board EMIF06-AUD01F2 4.65 mm2. equivalent space consumption using discrete components mm2.
Very clamping voltage
high-density capacitors microphone lines optimize cut-off frequency stopband attenuation. pi-filter (Z-R-Z) structure flip-chip package EMIF06-AUD01F2, greatly improves filtering performance: flip-chip package minimizes parasitic inductances connections lowers overvoltages induced package when strikes occur resistive element pi-filter helps redirect surge current through first diode Compared passive filters, EMIF06 AUD01F2 clamping voltage more than times lower when applying filter inputs.
MIC2_P-ext MIC2_N-ext GND-ext MIC1_P-ext MIC1_N-ext
HOOK BIAS2 MIC2_P-int MIC2_N-int GND-int
BIAS1 MIC1_P-int MIC1_N-int BIAS3
SPK_R-ext
SPK_R-int
(Phantom ground)
Targeted applications
Electronic consumer goods with audio headset connector, such Mobile phones Portable audio equipment
SPK_L-ext GND-ext
SPK_L-int
typical EMIF06-AUD01F2 internal structure
www.st.com/ipad
EMIF10-LCD03F3
highly integrated compact environment displays mobile applications bring notable interference, destruction space constraints. With these issues mind, developed best-in-class integrated passive active device (IPAD®) improve performance integration system. EMIF10-LCD03F3 10-line filter exceeding attenuation from GHz, while providing high bandwidth tiny flip-chip leadfree package. Tailored display camera high-speed parallel interfaces, rise fall time line capacitance means provides protection both inputs outputs 61000-4-2, industry's most stringent standard.
Saadna IPAD marketing
High-attenuation filter display camera interfaces
Targeted applications
High-speed parallel interface displays cameras portable applications: Mobile phones PDAs Portable navigation devices Digital still cameras
0.00 -5.00 10.00 15.00
Bandwidth:
Main features
filter
filter
[dB]
20.00 25.00 30.00 35.00 40.00 45.00 50.00 55.00 60.00 100.0 10.0 100.0
higher attenuation
Five 0402 line:
Comparison frequency response between filter
protection inputs outputs line resistance line inductance
High bandwidth with High attenuation mobile frequency range (better than from GHz) High efficiency filtering contact discharge protection (IEC 61000-4-2 level standard) Very clamping voltage Low-line capacitance max) fitting with high-speed interfaces Maximum rise fall time: (10% 90%) Compliant with high-speed data rate Leadfree flip-chip package with pitch space saving versus discrete solution (BOM reduction) Very thin package: thickness High reliability offered monolithic integration High reduction parasitic elements through integration wafer level packaging
Tiny flip-chip package
EMIF10-LCD03F3 housed flip-chip, lead-free RoHS compliant package with pitch bump matrix. package nature means that both package extremely small 1.98 2.08 space consumption printed wired board EMIF06-SD02F3 mm2. equivalent space consumption using discrete components mm2.
Total discrete area:
Footprint equivalent discrete solution using SMD0402 package type
www.st.com/ipad
CPL-WB-00C2
addition features mobile phones placing more stringent requirements battery capacity overall mobile equipment consumption. multimode cell phones, about third total current consumption drawn into components. significant part this power lost changing antenna environments, reducing cell phone radiation efficiency. cope with this issue, network operators requiring over-the-air (OTA) testing ensure mobile phone total radiated power (TRP) meets cellular network requirements. This certification greatly impacting multimode cell-phone transmitter architectures.
Charley IPAD strategic marketing
Wide-band high directivity coupler mobile phone applications
directly connected cell phone antenna. Very loss (0.1 typ.) been achieved through dedicated design layout optimization, using ST's integrated passive devices (IPD) copper technology.
Enabling over-the-air certification
support this requirement, developed wide-band high directivity couplers, enabling real-time antenna matching control. Relying more than directivity, CPL-WB-00C2 able split forward reverse signals applied antenna. These signals then used inside transceiver adjust, real time, radiated power network's requirement. accuracy radiated power improved more than compared actual cell phones under real environments, ensuring certification granted.
control Reflected power EDGE Forward power
certif
Antenna
CPL-WB-00C2 WCDMA Multimode cellular transceiver
Multimode cell phone front-end implementation using CPL-WB-00C2
Optimized multimode cell phones
CPL-WB-00C2 been designed targeting high-end multi-mode multi-band cellular phones. Wide frequency band capability (operation from 2170 MHz) makes this device suited phones market. covers standard frequency band allocation from GSM/EDGE WCDMA/TD-SCDMA applications.
Main characteristics
Part number Freq range Insertion loss Coupling factor 824-915 1710-2025 Directivity CPL-WB-00C2 2170 typ. typ. typ. typ.
Total radiated power (TRP) accuracy using CPL-WB-00C2
Features benefits
CPL-WB-00C2 coupling factor been specifically tuned match detector's input power range. Insertion losses critical device
nominal input output impedance Wide operating frequency (824 2170 MHz) insertion loss High directivity (typical High ruggedness (IEC 61000-4-2 Level flip-chip package
www.st.com/ipad
STCC08
updated 60335-1 standard requires higher level safety home appliance electronics. power section includes detection switch failures, since short open circuit diode mode failures damage appliance with serious consequences users. STCC08 provides improved performance over discretes because unique patented circuitry senses switch state both polarities line. device flexibility wide power supply voltage operation range, switch compatibility CMOS opto-transistor interface compatibility. STCC08 power controller plug-and-play all-in-one solution embedding switch driver safety detector. contributes system safety driving monitoring switches that drive critical loads, such drain pumps, door locks, heaters, cooling fans compressors.
Neutral
Paillet IPAD marketing
Built-in safety-detector driver solid-state switches
ACS108
RSHUNT
Gate driver
STCC08
LOAD
Power switch signal shaping
driver
Line
Front relay
Safety turn-off
Application STCC08 driving ACS108
full switch safety solution
STCC08 been designed specifically drive Triacs, ACSTs digital controlled home appliances. integrates: switch gate driver. current adjustable with resistor allowing appliance consumption optimization. This driver also very robust able withstand spurious gate kickbacks. detector monitoring both positive negative switch voltages; input resistor transforms this voltage into current that sensed controller. This resistor adjusted order obtain best compromise between consumption robustness required. signal shaping block that converts previous signal into logic output:
features
Triac, ACST gate driver Adjustable driver current Direct interface with microcontroller switch failure detector Detects diode mode, open short circuit input sensing threshold Open collector detector output supply voltage operation ambient temperature SO-8 package
power safety diagnostic
Open collector Open collector toggle Open collector Diagnostic switch Diode mode Short switch switch Open switch
STCC08 benefits
Eliminates effects diode failure: more high current inductive load True detection switch state, both half line cycles Enables appliance meet 60335-1 standard critical actuators Easy board engineering High isolation impedance detection High robustness immunity compliant with 61000-4 standard Fast module assembly replacing least discrete components
diagnostic achieved according logic state switch control logic signal. Consequently shut application, instance turning main relay order maintain safety user. store failure, reducing service maintenance time.
www.st.com/thyristors
diodes
ideal diode, with negligible switching losses, Schottky structure. However, such diode limited voltages below with silicon substrates. Alternatively silicon carbide (SiC) wafers enable higher voltage ratings 1200 reached.
Hecquefeuille Rivet IPAD marketing
High-efficiency silicon carbide Schottky structured diodes
Improved recovery forward voltage drop
Silicon carbide structured diodes exhibit tiny dynamic reverse recovery current, only linked junction capacitance. Furthermore, this current remains stable when junction temperature varies. bipolar silicon diodes, main physical effect minority carriers, which significantly increase both reverse recovery current (IRM) charges (Qrr). this type diode, value doubled, multiplied factor four when diode heats from operating junction temperature Besides clear improvement dynamic characteristics, forward voltage drop high temperature nominal forward current diode lower than that Tandem diode STTH806DTI, closest silicon bipolar competitor market. combination better static characteristic better dynamic characteristics with (called SiC, since limited capacitive current), bring improved efficiency thermal performance their applications.
di/dt -200
Application benefits
converter efficiency first improvement factor application. Trials have shown improvements order 0.5% especially load high frequency. second direct improvement power density allowed diode, reasons:
dynamic characteristics allow switching frequency doubled without degrading switching losses. inductors will reduced consequence EMI, soft behavior diode on-to-off state, reduced. mains filter snubber circuits that usually dimensioned reduce
Serial parallel operations with diodes
diode voltage drop exhibits positive temperature coefficient: higher temperature, higher forward voltage drop. This behavior makes parallel operation diodes easier. series configuration same diodes, junction capacitance each diode high enough eliminate need dynamic voltage balance network.
Silicon carbide
Tandem STTH806DTI
Reverse recovery characteristics different diode technologies
Applications
reverse voltage rating diodes, used boost converters, freewheeling motor drives, well industrial applications requiring very high performance.
Available part numbers
Part number STPSC806D STPSC1006D Current rating [nC] Package TO-220AC TO-220AC
www.st.com/diodes
ETP01-1621 ETP01-2821
transient voltages damage ethernet ports, protection required must sized according environment. Requirements vary greatly from application another different terms data rate environment. High data rate lines Gbit/s) supported optical fibers. Gbit/s either along optical copper cables, while 10/100 Mbit/s always along copper cables.
Rabier IPAD marketing
Ethernet protection compliant with ITU-T GR-1089
Ethernet Mbit/s
Ethernet 10/100 Mbit/s local area technology, with networks traditionally operating within single building (like central office), connecting devices close proximity. Since ethernet devices might have only hundred meters cable between them, protection standards those corresponding intrabuilding applications. They used when information transmitted relatively small. ST's ETP01 series protection devices dedicated ethernet 10/100 Mbit/s.
Crowbar versus clamping
ethernet protection located between RJ45 transformer, there current crowbar protection used carry high surge currents without risking latch-up. There alternatives; either clamping devices like LC03, crowbar devices like ST's ETP01 TPN3021. main difference seen peak voltage, clamping devices limit surge during duration surge, while crowbar devices short circuit volts once breakover voltage reached. benefit crowbar solution surge current capability, keeping capacitance enough compliant with Mbit/s debit rate.
Surge standards
Telecom equipment needs comply with ITU-T K20/21 GR-1089 Telcordia, with respectively 37.5 current surges (intrabuilding). other hand consumer equipment often requires protection only according 61000-4-2. Industrial equipment comply with surges defined 61000-4-5 (12, µs). ETP01 series been designed offer best trade-off between surge current requirements capacitance, compatible with Mbit/s data rate provide protection level that avoids ethernet transceiver damage. ETP01 complies with following standards:
ETP01 versus series
some cases TPN3021 limits data rates junction capacitance. series been optimised reduction capacitance. terms voltage, ETP01-2821 same TPN3021 while ETP01-1621 same junction capacitance.
61000-4-2: level (air discharge) (contact discharge) 883E-Method 3015-7: class (Human body model) TELCORDIA GR-1089 Core: ITU-T K20/21: 37.5 61000-4-5:
Package
ETP01 series packaged standard SO-8. Pinout compatible (but similar) with TPN3021 100% similar other competitors devices.
www.st.com/protection
Smart keyboard solutions
Keyboards integrating smartcard reader functionality require specific application knowledge know-how. Major companies like DELL, Lenovo, many other smaller ones industrial application-field, typically rely original device manufacturers (ODMs) develop release production solutions with adequate performance reliability. ODMs mostly select suppliers support them with complete firmware solution, reference design possible complete bill-of material and/or keyboard full casing. been leading supplier microcontrollers smartcard readers many years partnership with Athena (www.athena-scs.com) brings complete package application know-how from software point-of-view particular. Athena's leading position smart keyboards serves many customers mass market segment with products such ASEDrive IIIe keyboards, larger OEMs benefit from ST/Athena's association sales leadership.
Rabiej Microcontrollers marketing
Microcontroller-based firmware partnership with Athena
ASEDrive IIIe keyboards from Athena related demos available
Athena keyboard solutions benefits
Application support
demonstration keyboard available showcase performance features ST's firmware. CCID drivers preprogrammed into microcontroller, making keyboard truly plug-andplay. Free application software also available check PCSC commands visually demonstrate proper smartcard reader functionality. More detailed performance such communication baud rate, protocol, vendor software versions also checked. ST's application team available support advice.
Optimized integration based ST7SCR STM32 microcontrollers embedding adequate peripheral sets Microcontroller ASIC architecture, allowing more flexibility application programming software updates product customization even smaller series Support major international standards such 7816, EMV, memory CPU-based smartcards, Microsoft Windows, WHQL compliance (2.0) full-speed interface Years reliable production Available complete keyboard reference design certification support available demand
Target market applications
recent emergence applications such digital signature, digital certificate verification, PKI, corporate authentication network accessing, among many others, raised demand higher performance readers. PC-integrated solutions also address this market they mostly suited laptop computers. Desktop computers rely standalone PC-linked readers larger scale organizations, such governmental offices private large enterprises, prefer readers integrated into keyboards. aesthetics enhanced integration performance smart keyboards solution offer such differentiated factors.
8-bit 32-bit microcontrollers selection
Part number ST7FSCR ST7SCR STM32F103 Package LQFP64 LQFP64 LQFP64-100 Memory Flash Flash Interfaces USB, ISO7816, Analog USB, ISO7816, Analog USB, SPI, ISO7816
www.st.com/mcu
STM32 family extension
Until recently, STM32 family ranged from Kbytes embedded Flash four package offerings (LQFP48, LQFP64, LQFP100 BGA100). Now, with recent addition devices, scalability peripherals options have increased Kbytes, provide Kbytes on-chip Flash, larger SRAM additional 144-pin package options. 36-pin package also been introduced. Compatibility pin- assignments, peripherals software across STM32 devices remains core technical feature throughout this extended family. total devices available suit varying application requirements.
Ordan 32-bit marketing
new, fully compatible 32-bit MCUs enlarge extensive portfolio Additional features
Performance line MCUs from Kbytes Kbytes, feature second timer. With extra 12-bit added, these devices provide channels with triple sampleand-hold capability. This gives STM32 dual motor-control capabilities, enable drive 3-phase brushless motors same time airconditioning units applications requiring fourwheel drive, example.
STM32 benefits
What's STM32 family?
memory been extended Kbytes Flash Kbytes SRAM. Extra peripherals embedded MCUs with Kbytes higher includes flexible static-memory controller (FSMC) supporting SRAM, PSRAM, NOR, NAND CompactFlash memories. FSMC also supports parallel interface controller (Intel 8080 Motorola 6800 modes). There also host interface removable media including SDIO MMC. addition, port supporting master slave modes audio-sampling frequencies from been added, well 2-channel 12-bit embedded trace macrocell (ETM). These additional peripherals allow STM32 address applications requiring displays, sound, storage advanced control.
Both lines include:
Kbyte Flash Multiple communication peripherals USART, SPI, ETM* FSMC* 2-channel 12-bit DAC* 16-bit timers Main 4-16 Internal Real-time clock with battery domain watchdogs Reset circuitry brown warning cnls
Leading-edge architecture with latest Cortex-M3 core from Excellent real-time behavior Outstanding power efficiency Superior innovative peripherals Maximum integration Easy development, fast time market
Flash size [Kbytes]
STM32 Releasing your creativity
STM32F103RE STM32F101RE STM32F103RD STM32F101RD STM32F103RC STM32F101RC STM32F103RB STM32F101RB STM32F103R8 STM32F101R8 STM32F103VE STM32F101VE STM32F103VD STM32F101VD STM32F103VC STM32F101VC STM32F103VB STM32F101VB STM32F103V8 STM32F101V8
STM32
Performance line Access line
STM32F103ZE STM32F101ZE STM32F103ZD STM32F101ZD STM32F103ZC STM32F101ZC
STM32F103CB STM32F101CB STM32F103T8 STM32F103C8 STM32F101T8 STM32F101C8
STM32F103T6 STM32F103C6 STM32F103R6 STM32F101T6 STM32F101C6 STM32F101R6
pins (6x6) pins LQFP (7x7) pins pins pins LQFP (10x10) LQFP (14x14) LQFP (20x20)
12-bit Kbyte USB-FS SDIO* I2S* temp device timer SRAM sensor
Kbyte SRAM 12-bit temp sensor
STM3210x portfolio expanded include Kbyte embedded Flash dispatched packages
(10x10)
(10x10)
Software tools
STM32 benefits from tools software ecosystem, with easy-to-use, high-performance IDE, compilers, debuggers, RTOS, low-cost evaluation boards starter kits. complete firmware library developer kits provided free charge from
*Only with Kbyte, Kbyte, Kbyte devices
STM32: what's lines
www.st.com/stm32
STM32 serial wire debug viewer
Application developers using 32-bit STM32 take advantage advanced debugging features such runtime trace thanks Serial Wire Debug (SWD) Serial Wire Viewer (SWV), which becoming available major toolsets this ARM® CortexTM-M3 core based family. addition standard stop/go debug controls provided common JTAG-based tools, solutions with provide more information about exactly application executes with advanced features such runtime trace, logic analyzer, program event counters. addition, these additional features require fewer pins target STM32. With these advantages, wonder that leading tool solutions such Keil's RealViewMicrocontroller Development STM32 adding functionality added cost their current users.
Jugnon development tools
Advanced debug viewer features using fewer target resources
Fewer resource requirements
require only three pins target microcontroller offer debugging features that unmatched standard JTAG debugging solutions that require five pins target. This adds more resources application fewer connections application board and, therefore, less board space.
Master 32-bit complexity
With common JTAG based solutions, developers follow execution application from point another code without knowing exactly what instructions executed often. Often this type stop/go debug that required simple applications. With computing power integration STM32 comes challenge mastering increasingly complex software applications that manage increasing variety communication interfaces, microcontroller states application functionalities. conjunction with helps reduce timeto-market allowing developers exactly which instructions executed when running application, thereby reducing guess work finding errors. this, they embedded STM32 resources gain real-time access system memory during execution without halting device's core. allows tools recover information about what instructions executed often. Integrated development environments display this information configurable trace finding software bugs, profile application execution help eliminate bottlenecks execution unused data.
Tool availability
Serial Wire Debug Serial Wire Viewer rapidly becoming available with major development tool suppliers supporting STM32 family. This functionality being supported full range major tool developers STM32, including those from Hitex, IAR, iSYSTEM, Keil, Lauterbach Segger.
Example runtime trace graphical display
www.st.com/stm32swv
STCF06
increasing demand higher currents supply high-power LEDs used flash light sources portable equipment being fully addressed STCF06, latest product belonging STCFXX camera flash family. addition large amount current excess being supplied LEDs, STCF06 integrates full features specifically designed camera flash function. These features easily controlled means interface that helps reduce logic count number length traces PCB. interface allows control current intensity flash torch mode both them programmed separately with exponential steps. low-current auxiliary output supply optional LED, which typically used recording indicator, also available.
Macina Voltage regulator interface marketing
Dual-mode buck-boost converter with interface camera flash
auxiliary current adjusted from device uses external resistor sense temperature white LED. These last functions needed applications; therefore relevant external components optional.
Order code
Type Package
STCF06TBR
µTFBGA25
2x10
PVBAT VBAT VLX1A VLX1B VLX2 AUXL Vout
Power white
FB2S
TMSK TRIG PGND PGND
STCF06
STCF06 features
Dual-mode buck-boost converter with control (1.8 MHz) Output current excess from from control Operating modes: Standby mode Standby mode with Flash mode: to1.5 Torch mode: Flash torch dimming with exponential steps Dimmable indicator auxiliary output Flash operation both internally externally timed Digitally programmable time-out protection over-temperature detection with external Open shorted failure detection protection
optional
Vref_ext
Connect choose different slave addresses. ***: Optional components support auxiliary functions.
STCF06 typical application schematic
VBAT PVBAT VLX1A VLX1B VLX2 Auxiliary drive
VBAT
AUXL
Prereg bias
NTC_ON
Buck boost converter
REF2 FAIL
Vout
TMSK TRIG Control logic
Dimming current control
REF1
I_LOW NTC_W FAIL NTC_H REF4
Oscillator time counter Protection diagnostics Pwr-on reset On-chip temp PGND Overcurrent PGND
FB2S
interface
REF5 NTC_ON LOGIC
STCF06 functional description
Because dual-mode buck-boost architecture, STCF06 guarantees tight current control over supply voltage conditions forward voltage LED. Flash mode current adjustable (Vin from while current torch mode programmable from
STCF06 block diagram
Applications
Mobile phones PDAs digital still cameras Camera flash/strobes
www.st.com/vregs
ST715
Li-ion batteries most common energy source battery powered portable equipment. portable equipment producers, main concerns exist: save much power possible order extend battery life reduce minimum wasted energy drawn from them. reduce application size while increasing number integrated functions that have packed into portable equipment. address these requirements, developed ST715, extremely small (low dropout regulator) housed SOT23-5L eight-lead This device draws only very small current, even worst operating conditions.
Macina Voltage regulator interface marketing
High input voltage, micro-power dropout regulator
ST715 applications
Typical applications mobile phones, personal digital assistants (PDAs), cordless phones battery powered systems. However, wide input voltage range also makes ST715 ideal solution low-power industrial applications, such home-health equipment, sensors, alarm systems real-time clock backup power.
Vout
ST715 functional description
ST715 micro-power designed deliver while consuming only ambient temperature maximum temperature conditions. wide input voltage range (from dropout voltage prolong battery's life, allowing deliver power loads even with minimum input-to-output voltage differentials. Output voltage stability also guaranteed ceramic capacitors. device full protection features, such short-circuit current limitation thermal shutdown.
ST715
Current sense ILIM Fixed version
Bandgap Vref 1.205 reference
version
ST715 main features
ST715 internal block diagram
input voltage range Output current excess Very quiescent current: typical dropout voltage: typical Fixed adjustable output voltage option Integrated short circuit protection Packages: SOT23-5L,
Vout
Vout
ST715
ST715
0.47
0.47
Fixed
Adjustable
ST715 application circuit fixed adjustable versions
Order codes
FB/NC
FB/NC
SOT23-5L
Output voltage
ST715
SOT23-5L
ST715 connection (top view)
ST715MR ST715M15R ST715M18R ST715M25R ST715M28R ST715M33R
ST715PUR ST715PU15R ST715PU18R ST715PU25R ST715PU28R ST715PU33R
www.st.com/vregs
STHDLS101
STHDLS101QTR application specific AC-coupled level shifter used translate low-voltage high-speed differential input signal current-mode outputs. This signal required drive high-definition multimedia interface (HDMI), digital visual interface (DVI) displays. targeted computer desktops notebooks where easily incorporates HDMI connectivity interfacing with graphics memory controller hubs (GMCH). This simplifies design complexity also eases HDMI source compliance tests. STHDLS101 fully compatible with Intel's specification, bringing cost savings simplified design.
Bhatia Advanced logic mixed signal
Express/DisplayPort HDMI converter enables high-definition connectivity STHDLS101 benefits
Ease HDMI connectivity Passes HDMI source compliance tests Complies with Intel specification Eliminates HDMI transmitter redriver chip
Order codes
Part number STHDLS101 STHDLS101T Description HDMI level shifter with buffered output HDMI level shifter with inverted output Package QFN48 QFN48
STHDLS functional description
STHDLS101 internal active block that receives equalizes incoming HDMI coded signal, that electrically equivalent PCIE/ DisplayPort signal. After subsequent gain stage, device transmits final transition minimized differential signaling (TMDS) output stage required HDMI/DVI, thus maintaining highest level signal integrity complete system. Display data channel (DDC) hot-plug detect (HPD) data switching also supported STHDLS101QTR. device enables digital display connectivity between computer notebook monitor projector greatly enhance viewing experience.
Traditional solution
traditional solution consists using HDMI transmitter together with processor controller. This increases design complexity, cost potential compliance issues. level shifter greatly simplifies design, thereby reducing cost manufacturer.
QFN48
STHDLS101 features
Ease HDMI connectivity Level-shift from DisplayPort/PCIe electrical level HDMI/DVI level Supports high data-transfer rate Gbit/s Fully compatible with Intel's specifications Passes HDMI source compliance tests proven multiple customer designs Integrated equalizer overcomes jitter effects signal attenuation over tracks On-chip input termination Integrated switching Integrated inverting level shifter output (STHDLS101T only) Flow-through pinout allows easy layout QFN48L package Application guidance with pre-ATC (authorized test centers) HDMI source compliance test support
Graphic chipset (GMCH)
PCI-E SVDO DisplayPort STHDLS101 level shifter
TMDS HDMI/DVI output port
STHDLS101 application diagram
STHDLS101 source diagram
Applications
desktop motherboards Notebooks Graphic cards Dongles adaptors (DisplayPort HDMI/DVI)
www.st.com/level-translators
STMPE821
STMPE821 main features
Chee Advanced logic marketing
8-bit XpanderLogic with capacitive sense controller
STMPE821 general-purpose input/ output (GPIO) port expander with integrated capacitive sense function. interfaces main digital ASIC two-line bidirectional (I2C). separate GPIO expander often used mobilemultimedia platforms capacitive sensing capability, well solving problems limited number GPIOs available digital engine. STMPE821 offers great flexibility each configurable input, output capacitive sensing channel. This device been designed with very quiescent current, includes wake-up feature each I/O, optimize power consumption
GPIO touch capacitive touch inputs Operating voltage Internal regulator Interrupt output interface protection resolution, 128-step capacitance measurement dynamic range Advanced data filtering (AFS) Environment tracking calibration (ETC) Individually adjustable touch variance (TVR) Adjustable environmental variance (EVR) typ. capacitive touch-detection mode
STMPE821
Baseband/CPU
SCLK SDAT ARef
Capacitive sense controller
STMPE821 integrates 8-channel capacitive sense controller that based impedance change detection engine; digital, ultra-lowpower capacitance measurement architecture. Intelligent environment tracking calibration (ETC) ensures that changes such temperature humidity affect capacitive touch detection. Efficient power management allows capacitive touch detection with just (typical) current supply.
Typical application using STMPE821
STMPE821 requires very external components standard implementation capacitive sense system. Capacitive sensor pads could built with conductive material, including standard pads, Flex-PCB (indium oxide). High sensitivity device ensures excellent performance even with relatively small sensor size (0.30 cm2) under millimeters plastic/ glass overlay.
STMPE821 applications
Device characteristics
Part number STMPE821QTR Pins Package QFN16,
Mobile phones Bluetooth headsets players monitors Domestic appliances PDAs Personal navigation devices
www.st.com/s-touch
STCL1100/1120/1160
Designers primarily quartz crystals ceramic resonators frequency reference. These purely mechanical solutions that create oscillation hence sensitive shocks harsh environment. introducing STCL1xx0 family silicon oscillators that replace crystal ceramic resonators when great accuracy required.
McDonagh Advanced analog marketing
Fixed reliable fixed frequency silicon oscillators
Functional description
STCL1xx0 silicon oscillator devices reliable, easy-to-use, low-cost, fixed-frequency silicon oscillators. Compared ceramic crystal resonators, silicon oscillators offer advantages faster start-up, smaller size improved immunity harsh environments, such shock, vibration humidity.
Transition disable
device provides additional complete clock cycles, after chip-enable input goes inactive, order allow clocked microprocessor complete pipelined instructions before going into sleep mode. Then, during disable, output remains low.
Chip enable
This feature allows user stop clock significantly reduce current consumption when application into power-saving mode.
STCL1100/1120/1160 features
Wake-up from disable
total start-up time until oscillation, internally stabilizes remains within specifications from point when reaches minimum operating voltage power on), from point when goes active (wake-up from disable mode). output remains even during initial cycles after goes active, provide stabilized valid output waveform already from first output cycle. This compares milliseconds crystal oscillators hundreds microseconds ceramic resonators.
Fixed frequency: MHz, MHz, Other frequency option: +/-1.5% frequency accuracy over conditions +/-10% operation Fast stable start-up: Operating current: Push-pull CMOS compatible frequency (square wave) output Chip-enable output active high SOT23-5L Temperature range:
Typical applications
Target applications typically include where ceramic resonators currently being used: Motor control Home appliances Building control Advanced battery chargers Low-speed applications (mouse, keyboards, etc) Display drivers
Xtal1 (OSC1. OSCin) Xtal2 (OSC2. OSCout) Fout
STCL1120
(see datasheet specific MCU)
typical connection microcontroller
www.st.com/siosc
STM1066
adding rapidly expanding portfolio supervisors introducing STM1066, smart voltage supervisor. STM1066 primarily used peripheral power management unit portable applications where lithium battery recharged bus.
Metrolis Advanced analog marketing
Smart voltage supervisor logical control battery charging circuits Hysteresis
Many portable devices must stop operating when battery voltage goes below falling edge. device operates again only after battery been recharged least voltage threshold, STM1066 hysteresis perform this function. besides managing battery charging, output STM1066 also used main system allow application operate not.
Main supply (AC/USB) Vbattery
Charge path management Charge Enable
level: disable charge High level: enable charge
Typical applications
Cell phones smart phones PDAs Portable audio video players portable devices working with lithium batteries
STM1066 features
STM1066
STM1066 hook-up diagram
STM1066 functional description
STM1066 monitors main supply voltage, then connects output either voltage input system, ground. This connection based logical combination enable inhibit pin. truth table logic. chemistry lithium batteries, they must charged different current levels depending battery voltage. voltage lower than then charging current low, around battery capacity. However, when voltage above charging current relatively high around battery capacity. STM1066 monitors battery voltage manages charging current prevent charging with high current when battery voltage state. Finally, processor application must also able enable disable charging. This done with inhibit pin.
Operating voltage: Enable inhibit inputs Current limited output Operating temperature: Supply current hysteresis voltage detector Package flip-chip bumps)
Compare with HYSTERESIS
Logic
STM1066
Level shifter
STM1066 block diagram
Truth table
<VTH+ (rising edge) <VTH- (falling edge) >VTH+ (rising edge) >VTH- (falling edge) EN(1) Connected Connected Connected Connected
Once device disabled input, must above VTH+ reconnect Vin-
www.st.com/powermanagement
STCD1020/30/40
STCD1020, STCD1030 STCD1040 output unity gain clock distribution circuits, which used provide common frequency clock multi-mode mobile applications. They also used clock reference baseband peripheral applications mobile phones such WLAN, Bluetooth, DVBH. STCD1020, STCD1030 STCD1040 isolate each device driven their clock outputs minimize interference between devices. Each clock buffers disabled lower power consumption, optimizing battery life handheld devices. STCD1020, STCD1030 STCD1040 accept commonly used mobile masterclock frequencies ranging from MHz.
CLK1 CLK2 CLK3 CLK4
Rong-Ti Mehrl Advanced analog marketing
clock distribution family ideally suited mobile phones, MIDs many other applications
features
Note: means logic means logic high. When outputs, CLKx pins stay high impedance
STCD1020, STCD1030 STCD1040 available 8-lead, 10-lead 12-lead TDFN packages respectively, operated with single supply.
output-buffered clock distribution Single-ended sine wave square wave clock input output Individual clock enable each output Lower fan-out clock source coupling capacitor needed input Ultra-low phase noise standby current supply voltage 1.65 2.75 supply voltage (option) Integrated input capacitor Available TDFN packages STCD1020 lead STCD1030 lead STCD1040 lead Operating temperature:
Applications
Multi-mode clock reference Clock reference baseband peripheral devices Set-Top Boxes MIDs (mobile internet device) mobile hand-held devices application where multiple common frequency crystals used
STCD1040
CLK4 CLK3
MCLK
CLK2 CLK1
Product range
Order codes STCD1020RDG6E STCD1030RDH6E* STCD1040RDM6F
Coming soon
Channel
Supply
Package TDFN8 TDFN10 TDFN12
STCD1040 block diagram
www.st.com
STw4102
ST's STw4102 battery management offers single-chip solution battery charging monitoring multimedia applications. STw4102 charger based standard constant-current constant-voltage (CC/CV) method 1-cell Li-ion charging. offers dual charging capability using separate inputs cables wall adapters, single input that accepts both. thermal regulation circuit limits charge current against high power dissipation high ambient temperature. status pins indicate presence power source charge termination.
Garnier Standard linear marketing
Li-ion battery charger with gauge multimedia
Battery management solution
STw4102 battery monitoring functions include accurate gauge based 13-bit converter. external resistor used between battery ground sense charge/discharge current. battery voltage measurement takes place concurrently gauge function with dedicated converter. STw4102 charge monitoring functions configured controlled interface. STw4102 customized factory level according special customer requirements.
Load
features
Linear 1-cell Li-Ion charger, from wall adapter and/or cable, configurable with common separate inputs charge current from wall adapter limitation 4.35 charge voltage interface device configuration/control gauge system with charge/discharge accumulators Battery current voltage measurements driver power path management QFN24 package
Applications
MAIN USBPWR
Sensor resistor
Multimedia mobile phones Portable navigation devices (PND) Portable multi players (PMP) Digital photo frames (DPF) Bluetooth devices players
LDODRV
LDOFB
driver
VOUT
SENSE BATT BSENSE ISET
Vbatt PWRDETECT RESETN C32KHz STDBY interface Battery monitor gauge battery voltage Linear charger CV/CC regulation
ICG+ ICG-
STw4120
STw4102 demonstration module
STw4102 typical application connections
www.st.com/stdlinear
TS2012
Bendridi Standard linear marketing
High-efficiency filter-free class stereo power audio amplifier
input interface that allows more flexibility both output audio sound channel gains minimizing external component count. TS2012 also offers supply current standby mode excellent power supply rejection ratio.Thanks reduced dimension, cost structure, good thermal performance, TS2012, 16-bump flipchip QFN20 packages, perfectly tailored portable electronics.
Competitive advantages
addition, fully-differential architecture provides superior noise cancellation clean, pure audio performance. deliver excellent stereo analog audio performance with total harmonic distortion, plus noise typically 0.2%. normal operation, reach higher than power efficiency small form factor. Only input coupling capacitor channel needed external circuit.
Mobile handset designs evolving from customer multi-chip designs standard highly integrated solutions. Targeting growth telecom GPRS segments mixed-analog integrated circuits, introduced filter-free stereo class-D audio amplifier system. targets portable applications using four programmable gain settings with advanced click-less circuitry. TS2012 stereo class-D amplifier part line products focused handset architectures ensuring maximum efficiency ratings, which translates into longer battery life. TS2012 right solution boost audio quality sound latest generation portable applications such smart phones, multimedia devices, PDAs personal navigators.
Features
Functional description
TS2012 delivers channel output load. This filter-free stereo class-D audio power amplifier enables designers cell phones develop audio-rich products, while maximizing talk time audio quality. offers about two-thirds lower quiescent current noise floor lower than previous Class-AB audio power amplifiers. Designed with advanced BICMOS process, TS2012 uses common oscillator driving structure each channel stereo loudspeaker configuration. advanced click-less reduction short-circuit protection circuitry already integrated. four gain settings from programmed through dual digital
Operating range from Standby mode active Output power channel: 1.35 0.68 into with THD+N Output power channel: into with THD+N max. Four gains select: current consumption PSRR: with gain Fast start-up phase: Thermal shutdown protection QFN20 lead-free package
AVCC Lin+ LinG0 Rin+ RinStdby
Gain select
PVCC Lout+
Gain select
bridge
LoutOscillator
Rout+
bridge
RoutStdby
Standby control Protection circuit
TS2012
PGND
AGND
Typical internal circuit topology
www.st.com/stdlinear
VIPer
Energy saving, cost effectiveness reliability main requirements power-supply adapter markets. target these requirements, recently introduced VIPer17. device includes both controller power section DIP-7 SO16N package. controller, using technology, integrates advanced circuits, functionalities protection features. power section, designed with power MOSFET SuperMESH technology, integrates high-voltage start temperature sensor. VIPer17 innovative high-voltage converter suitable power supplies, with widerange input voltages. part VIPerx7 plus family that addresses power supplies
Mercadante Industrial power conversion marketing
Offline converter high-efficiency, cost-effective switch-mode power supplies
Commercial order codes
Order codes VIPer17LN VIPer17HN VIPer17LD VIPer17HD Evaluation board order code Product [kHz] Power Output capability voltage Package DIP-7 DIP-7 SO-16N SO-16N Input voltage 85-265 Topology Isolated flyback
VIPer17 basic device description
This offline converter avalanche rugged power section, control, double levels overcurrent protection, overvoltage overload protection, hysteretic thermal protection, softstart safe auto-restart after fault condition removal. Burst-mode operation very consumption device helps meet standby energy saving regulations. Advanced frequency jittering reduces filter costs. brown-out function embedded into high-voltage start-up.
EVALVIPER17H-6W VIPer17HN EVALVIPER17L-6W VIPer17LN
Main applications
VIPer17 provides cost-effective solution large range applications: Auxiliary power supply TVs, monitors, audio systems, computers, industrial equipment SMPS set-top boxes, players recorders, white goods Adapters PDAs, camcorders, shavers, cellular phones, videogames
input high voltage wide range output voltage
Main features
avalanche rugged power section operation with frequency jittering Operating frequency: type type Limiting current with adjustable point Adjustable accurate over-voltage protection On-board soft-start Safe auto-restart after fault condition Hysteretic thermal shutdown
DRAIN DRAIN
VIPer17
Main benefits
CONT
Standby power High efficiency High operating temperature Robust power section allows snubberless solution External component count reduction
Isolated flyback converter with VIPer17
www.st.com/viper
PM6681A
PM6681A regulator important newcomer PM66xxA multi-output regulator family. device houses adjustable controllers, adjustable small package. Able sustain input voltage, PM6681A suitable both industrial telecom applications. According application needs, either single power MOSFETs (STSxNFyyL), dual MOSFETs SO-8 (STSxDNFyyL) used sections.
Sandrini Industrial power conversion
Compact four-output regulator with adjustable controllers LDOs
Functional description
innovative control method switching sections (improved constant time) allows precise output voltage regulation over entire input voltage range. High-efficiency mode light load available: overall efficiency high load, making device suitable applications that have comply with energy saving regulations, plus course applications powered batteries. Nonaudible skip mode also available noise sensitive applications. output voltage range PM6681A makes suitable supply typical cores, I/Os memories with voltages from buses.
PM6681A features benefits
Typical applications
Industrial applications compliant) Telecom applications: routers, gateways, etc. Embedded computer systems FPGA supply DC-DC modules
Pgood1 Pgood2
Power management
SHDN SKIP FSEL VREF Adjustable output
output solution housed package compact solution, small area Sensorless current sense reduction cost space power dissipation sense resistors switching frequency minimizes size cost output filters Selectable light-load working mode high efficiency load, suitable battery applications enabling compliancy energy saving regulations Selectable non-audible mode avoids audible noise issues Cout soft discharge available Vouts full control application, even when main controller turned Full protection features: OCP, OVP, UVP, thermal shut down ensures safest power design Independent enable power-good functions full control your power management solution
Multi-output power management solutions telecom industrial segments
Part number VOUT PM6681A PM6680A PM6675AS PM6670AS VOUT VOUT LDOs IOUT LDOs Package
Ctrl1
Ctrl2
PM6681A block diagram
www.st.com/powermanagement
L6716 Intel supply
L6716 implements two-to-four phase stepdown controller with three integrated highcurrent drivers, housed compact exposed VFQFP48 package. When coupled with L6741, power MOSFET driver, provides four-phase solution power management latest Intel processors PCs, servers workstation motherboards. reducing number external parts, this integration optimized cost space saving power management solution.
Gardella Computing networking power management
Compact controller Intel VR11.x with three embedded drivers
Main features
Innovation compactness
L6716 dual-edge asynchronous controller featuring load transient boost (LTB®) technology. Using embedded load-transient detector, controller activates phases, limiting output voltage deviation even with minimal capacitive filter shortest response time. L6716 controllers provide complete control logic protection, allowing design converters different configurations: three-phase design easily downgraded phases upgraded four phases (using L6741 external driver). controller allows compatibility with both Intel VR11.x VR10 processor specifications, performing D-VID transitions accordingly. device implements IMON signals manages signals enhance system performance current low-power states. support function with programmable strategy brings significant improvement overall efficiency when works light load.
Efficiency measurement
Load transient boost (LTB) technology minimize number output capacitors 3-phase operation with internal driver 4-phase operation with external driver signal input with programmable strategy Common output output voltage accuracy 8-bit programmable output 1.60000 Intel VR11.1 Backward compatible with VR10/VR11 VFQFP48 package with exposed
Intel VR11.x product table
Part number Phases Architecture Drivers peak current Package
L6716 L6756D L6750
embedded drivers external driver External drivers External drivers
N.A. N.A.
VFQFP48 VFQFPN40 VFQFPN48
Phase
VID0-7 IMON
Phase
L6716
Phase
Intel
With
Efficiency
Phase L6741
Without
Compensation network
Amperes
Efficiency improvement achieved enabling
Simplified application circuit VR11.1 four-phase operation
www.st.com/powermanagement
ZigBee modules
Orsi Subsystem product marketing
SPZB250 SPZB260: adding wireless networking capabilities electronic devices
and, therefore, work with familiar toolchains SPZB250 provides complete platform capable acting ZigBee coordinator router, device. rich interfaces allow integration module with large variety sensors peripherals
Applications
ZigBee modules found variety market categories: Wireless sensor networks Wireless alarms security systems Health, sport entertainment equipment Home building automation Future ZigBee systems Active RFID communication Remote monitoring
ZigBee modules greatly enrich ST's ZigBee product family band. They represent cost-effective power-efficient solution that enable OEMs powerful wireless networking capabilities electronic devices, such gateway platforms, wireless control wireless sensors. eliminating need costly timeconsuming development, they considerably simplify product development shorten time market wide range wireless applications. integrating components antenna, they offer small form factor comprehensive solution OEMs based high featured SN250 single chip SN260 network processor ZigBee 802.15.4 products EmberZNet (from Ember Corporation) meshing technology.
Software tools
Full compatibility with Ember development debugging tools. Full compatibility SPZB260 with development tools large variety microprocessors.
GPIO CNTRL Sign
32.768 xtal
xtal
Chip antenna
SN250
Balun filter
SPZB250
Size: 26.5 16.4 with onboard antenna
Main features
Worldwide operability band Small-form factor power consumption Integrated oscillators antenna output power boost mode) level Single supply voltage (2.1 range) compliance Operating temperature range: SPZB250 provides GPIO with selectable functions including UART, I2C,
CNTRL Sign
xtal
Chip antenna
SN260 processor
Balun filter
SPZB260
Size: 13.7 with onboard antenna
SPZB250 SPZB260 block diagrams
Selected order codes
Part number SPZB250 SPZB260 Type ZigBee module with SN250 ZigBee module with SN260
benefits
Modules fully reprogrammable SPZB260 allows users choose microcontroller (from bits), sized exactly application
www.st.com/zigbee
LISx44ALH MEMS based sensors
LISx44ALH series main features
Bortolato MEMS marketing
New-high performance analog accelerometers reinforce leadership MEMS market
user selectable full-scale power consumption offset tolerance High resolution Factory trimmed device sensitivity offset Embedded self test RoHS/ECOPACK compliant High shock survivability (10000g) Small LGA-16L package
Evaluation
help speed product evaluation, dedicated evaluation board available. allows measurement acceleration data analog outputs LISx44ALH sensor.
LISx44ALH series analog-output accelerometers have boosted motion sensor performance ultra small packages. They combine benefits space saving power consumption battery operated devices where size factor. With three axes solutions, LISx44ALH series ensures extremely tight offset /sensitivity accuracy, together with very output noise (high resolution). This makes these accelerometers suitable high-performance applications, like tilting measurement vibration control demanding markets including industrial, telecom computing. output circuitry factory trimmed sensitivity zero-g level, calibration required customer board level. Furthermore, LISx44ALH series includes embedded self-test function that verifies mechanical element integrity sensitive axis according guaranteed specifications, without need device movement. This allows customer save costs during testing manufacturing assembly line.
Charge amplifier DEMUX
Rout Vout Rout Vout Rout Vout
Voltage current reference
Trimming circuit test interface
Clock phase generator
Analog accelerometer block diagram
LISx44ALH series characteristics
LIS244ALH Axes Full-scale LIS344ALH Unit
LISx44ALH product range
Order codes LIS344ALH LIS344ALHTR LIS244ALH LIS244ALHTR Temp. range [°C] Package LGA-16L LGA-16L LGA-16L LGA-16L Packaging Tray Tape reel Tray Tape reel
Power voltage bandwidth Zero-g level offset Sensitivity Noise density *Full-scale
www.st.com/mems
Motor control
Complete solutions with dedicated evaluation boards
provides most comprehensive semiconductor portfolio motor control applications, including microcontrollers, power discrete, smart-power dedicated ICs. offers complete solutions covering most standard motor topologies, such universal
Sales code Board
brushed motors, brushless motors (including single-phase induction, 3-phase induction), brushless stepper switched-reluctance motors, plus thermostat control boards. boards available ordering from st.com/evalboards.
Core production Document
Description
STEVAL-IHM001V1
BLDC motor control board
8-bit microcontroller: ST7FMC2
UM0121
STEVAL-IHM003V1
BLDC power motor control board,
IGBT: STGB6NC60HD
UM0122
STEVAL-IHM004V1
BLDC power motor control board,
IGBT: STGF10NC60KD
UM0122
STEVAL-IHM005V1
BLDC power motor control board,
IGBT: STGW20NC60VD
UM0122
STEVAL-IHM006V1
AC-AC chopper driver board
8-bit microcontroller: ST7LITE05
AN2316
STEVAL-IHM007V1
Universal motor control starter (phase angle partialization)
8-bit microcontroller: ST7LITE30
UM0243
STEVAL-IHM008V1
SEMITOP power board
IGBT: STG3P2M10N60B
UM0251
STEVAL-IHM009V1
SEMITOP power board
IGBT: STG3P3M25N60
UM0252
STEVAL-IHM012V1
Cordless drill evaluation board
8-bit microcontroller: ST7FLITEUS5
UM0291
STEVAL-IHM013V1
Low-end solution vacuum cleaner control,
8-bit microcontroller: ST7FLITEUS5M6
UM0399
STEVAL-IHM017V1
3-phase inverter BLDC sensorless motor
8-bit microcontroller: ST7FMC2S4T6
Databrief
STEVAL-ILL004V2
Phase motor/dimmer control board
8-bit microcontroller: ST7FLITEUS5B6
AN2425
www.st.com/evalboards
Sales code
Board
Description
Core production
Document
EVAL6205N
DMOS dual full-bridge driver evaluation board
DMOS driver: L6205, L6206
AN1762
EVAL6206N
DMOS dual full-bridge driver PowerDIP package evaluation board
DMOS driver: L6206, L6506
AN1762
EVAL6206PD
DMOS dual full-bridge driver PowerSO package evaluation board
DMOS driver: L6206, L6506
AN1762
EVAL6207N
DMOS dual full-bridge driver with power MOSFET current controller evaluation board
DMOS driver: L6207
AN1762
EVAL6208N
DMOS driver bipolar stepper motor PowerDip package evaluation board
DMOS driver: L6208
AN1451
EVAL6208PD
DMOS driver bipolar stepper motor PowerSO package evaluation board
DMOS driver: L6208
AN1451
EVAL6229PD
DMOS driver three-phase brushless motor evaluation board
DMOS driver: L6229
AN1625
EVALPRACTISPIN
PractiSPIN evaluation demonstration system interface board
PractiSPIN: L6206 L6207, L6208, L6235, ST72264
AN1794
EVAL6235N
DMOS driver three-phase brushless motor evaluation board
DMOS driver: L6235
AN1794
EVAL6225PD
DMOS dual full-bridge driver evaluation board
DMOS driver: L6225, L6505
AN1794
EVAL6227PD
DMOS dual full-bridge driver with current controller evaluation board
DMOS driver: L6227
AN1794
EVAL6226QR
DMOS dual full-bridge driver package evaluation board
DMOS driver: L6226Q
AN2758
EVAL6227QR
DMOS dual full-bridge driver with current controller package evaluation board
DMOS driver: L6227Q
AN2759
EVAL6228QR
DMOS dual full-bridge driver with current controller package evaluation board
DMOS driver: L6228Q
AN2757
Express provides up-to-date product design information about STMicroelectronics' Micros, Power, Analog, MEMS
EXPRESS Reg. Trib. n°759 04/10/89 Director: Carlo Marino Editor: Yvonne Cawthraw 2008
Information furnished believed accurate reliable. However, STMicroelectronics assumes responsibility consequences such information infringement patents other rights third parties which result from use. license granted implication otherwise under patent patent rights STMicroelectronics. Specifications mentioned this publication subject change without notice. This publication supersedes replaces information previously supplied. STMicroelectronics products authorized critical components life support devices systems without express written approval STMicroelectronics.
STMicroelectronics June 2008 Printed Italy rights reserved
STMicroelectronics corporate logo registered trademark STMicroelectronics group companies. VIPer, ZigBee, IPAD, PowerMESH, Transil, FDmesh, MDmesh, IPAD, ACS, ECOPACK, ESBT VIPower STMicroelectronics trademarks. other names property their respective owners.
selected STMicroelectronics sales offices fax:
China 52574820; France 55489569; Germany 4605454; Italy 8250449; Japan 57838216; Singapore 6481 5124; Sweden 58774411; Switzerland 9292900; United Kingdom Eire 1628 890391; USA+1 2678
Full product information www.st.com
Order Code: EXPRESS79
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