| 型号 |
概述 |
| EVALCOMMBOARD |
Communication/ control board based on ST72F651AR6 microcontroller for power line communication and industrial products |
| EVALKITST7570-1 |
ST7570 S-FSK power line networking system-on-chip evaluation KIT for AMR |
| EVALKITST7580-1 |
ST7580 Power Line Networking System On Chip Demonstration kit |
| EVALST7538DUAL |
Dual channel power line transceiver board based on ST7538 |
| EVALST7540-2 |
ST7540 FSK powerline transceiver evaluation board |
| STEVAL-CCM001V2 |
Graphic panel demonstration board based on the STM32 |
| STEVAL-CCM002V1 |
TFT-LCD panel demonstration board based on the STM32 as LCD controller |
| STEVAL-CCM003V1 |
Graphic panel with ZigBee® features based on the STM32 and SPZBE260 module |
| STEVAL-IDX001V1 |
STM32F103-based extendible motherboard |
| STEVAL-IDX001V11 |
802.15.4/ZigBeeA? daughterboard |
| STEVAL-IDZ301V1 |
Demonstration board for the SPZB32W1 series of IEEE 802.15.4 ZigBee® radio communication modules |
| STEVAL-IDZ302V1 |
Demonstration board for the SPZB32W1 series of IEEE 802.15.4 ZigBee® radio communication modules |
| STEVAL-IDZ401V1 |
USB 802.15.4 dongle based on the SPZB32W1 series of modules |
| STEVAL-IHP003V1 |
Remote control network based on PLM ST7540 and STM32 |
| STEVAL-IHP005V1 |
General purpouse PLM module based on the ST7540 and STM32 |
| STEVAL-IKR001V1 |
Sub-GHz transceiver development kit based on the SPIRIT1 (169 MHz band) |
| STEVAL-IKR001V2 |
Sub-GHz transceiver development kit based on the SPIRIT1 (315 MHz band) |
| STEVAL-IKR001V3 |
Sub-GHz transceiver development kit based on the SPIRIT1 (433 MHz band) |
| STEVAL-IKR001V4 |
Sub-GHz transceiver development kit based on the SPIRIT1 (868 MHz band) |
| STEVAL-IKR001V5 |
Sub-GHz transceiver development kit based on the SPIRIT1 (915 MHz band) |
| STEVAL-IKR001V6 |
Sub-GHz transceiver development kit based on the SPIRIT1 (920 MHz band) |
| STEVAL-ISB001V1 |
Cell phone battery charger demonstration board based on the STD1LNK60Z-1 |
| STEVAL-ISB005V1 |
Low-cost Li-Ion battery charger demonstration board based on the ST7263BK6 and L6924D |
| STEVAL-ISB006V1 |
Dual USB/wall adapter Li-ion battery charger with gas gauge based on STw4102 |
| STEVAL-ISB007V1 |
Low cost Li-Ion battery charger demonstration board based on the ST7260 and L6924U |
| STEVAL-ISB008V1 |
Standalone USB Li-Ion battery charger demonstration board based on the STw4102 and STM32F103C6 |
| STEVAL-ISB009V1 |
Li-Ion battery monitoring and gas gauge evaluation board based on STC3100 |
| STEVAL-ISB011V1 |
Li-Ion battery monitoring evaluation board based on STC3100 and STM32 |
| STEVAL-ISB012V1 |
Battery monitoring system demonstration board based on the STC3105 |
| STEVAL-ISB013V1 |
Battery monitor demonstration board with alarm output for gas gauge applications based on the STC3105 |
| STEVAL-ISQ002V1 |
RS232 to PMBus bridge demonstration board based on the ST72264G1 |
| STEVAL-ISQ006V1 |
USB to PMBus bridge demonstration board based on the ST72F651 |
| STEVAL-ISQ008V1 |
Fuel gauge implementation based on the STM32F103x |
| STEVAL-PCC009V4 |
Universal USB to serial bridge demonstration board for motor control applications |
| STEVAL-PCC010V2 |
Ethernet with ST802RT1A and STM32F207 demonstration board |
| STEVAL-PCC015V1 |
Full speed USB to RS232 bridge |
| STEVAL-PCN001V1 |
USB power switch |
| STEVAL-SPBT2ATV2 |
USB Dongle for the Bluetooth® class 2 SPBT2532C2.AT module |
| STEVAL-SPBT2ATV3 |
USB dongle for the Bluetooth® class 2 SPBT2532C2.AT module |
| STEVAL-SPBT3ATV3 |
USB dongle for the Bluetooth® class 2 SBT2632C2A.AT2 module |
| STEVAL-SPZB260VX |
Evaluation kit for the series of the SPZB260-PRO Zigbee modules |
| 型号 |
概述 |
| STEVAL-IDX001V1 |
STM32F103-based extendible motherboard |
| STEVAL-IDX001V11 |
802.15.4/ZigBeeA? daughterboard |
| STEVAL-IPC002V1 |
Thermal printer based parking ticket vending machine |
| STEVAL-IPC003V1 |
Adapter board (daughter boards for STM3210C_EVAL ) for thermal printer driver based on L293DD |
| STEVAL-ISA032V1 |
60 W forward converter demonstration board for fiscal cash register based on the L5991 and STP10NK60Z |
| STEVAL-ISA042V1 |
1.5 A / 1.2 V step-down DC-DC converter demonstration board based on the ST1S03 |
| STEVAL-ISA042V2 |
1.5 A / 3.3 V step-down DC-DC converter demonstration board based on the ST1S03 |
| STEVAL-ISA044V1 |
3 A synchronous 900 kHz step-down DC-DC converter with inhibit function based on the ST1S10 |
| STEVAL-ISA044V2 |
A synchronous 900 kHz step-down DC-DC converter with inhibit function based on the ST1S10 |
| STEVAL-ISA047V1 |
1.5 A / 1.2 V step-down DC-DC converter demonstration board based on the ST1S03A |
| STEVAL-ISA047V2 |
1.5 A / 3.3 V step-down DC-DC converter demonstration board based on the ST1S03A |
| STEVAL-ISA051V1 |
Complete DDR2/3 memory power supply controller evaluation board based on the PM6670S |
| STEVAL-ISA051V2 |
Complete DDR2/3 memory power supply controller evaluation board based on the PM6670AS |
| STEVAL-ISA053V1 |
Demonstration board for the PM6680 dual step-down controller with adjustable output voltage for notebook power system |
| STEVAL-ISA053V2 |
Demonstration board for the PM6680A dual synchronous step-down controller with adjustable output voltages plus LDO |
| STEVAL-ISA055V1 |
0.7 A / 1.2 V synchronous buck converter with enable function based on the ST1S12XX |
| STEVAL-ISA055V2 |
0.7 A / 3.3 V synchronous buck converter with enable function based on the ST1S12XX |
| STEVAL-ISB005V1 |
Low-cost Li-Ion battery charger demonstration board based on the ST7263BK6 and L6924D |
| STEVAL-ISB006V1 |
Dual USB/wall adapter Li-ion battery charger with gas gauge based on STw4102 |
| STEVAL-ISB007V1 |
Low cost Li-Ion battery charger demonstration board based on the ST7260 and L6924U |
| STEVAL-ISB008V1 |
Standalone USB Li-Ion battery charger demonstration board based on the STw4102 and STM32F103C6 |
| STEVAL-ISB009V1 |
Li-Ion battery monitoring and gas gauge evaluation board based on STC3100 |
| STEVAL-ISB011V1 |
Li-Ion battery monitoring evaluation board based on STC3100 and STM32 |
| STEVAL-ISB013V1 |
Battery monitor demonstration board with alarm output for gas gauge applications based on the STC3105 |
| STEVAL-ISC002V1 |
Resonant LCC 90 W notebook power adapter based on the L6599 and STP9NK50ZF |
| STEVAL-ISQ002V1 |
RS232 to PMBus bridge demonstration board based on the ST72264G1 |
| STEVAL-ISQ006V1 |
USB to PMBus bridge demonstration board based on the ST72F651 |
| STEVAL-ISQ007V1 |
High-side current-sense amplifier demo board based on TSC101 |
| STEVAL-ISQ008V1 |
Fuel gauge implementation based on the STM32F103x |
| STEVAL-ISQ010V1 |
High-side current-sense amplifier demonstration board based on the TSC102 |
| STEVAL-ISQ013V1 |
Low side current sensing based on TS507 |
| STEVAL-PCC002V1 |
Low speed USB to serial bridge based on ST7263B |
| STEVAL-PCC003V1 |
Low-speed USB demonstration board based on the STUSB03 transceiver and ST7263BE2 microcontroller |
| STEVAL-PCC004V1 |
Low-speed USB demonstration board based on the STUSB02E transceiver and ST7263BE2 microcontroller |
| STEVAL-PCC005V1 |
Hard disk drive (HDD) bridge demonstration board based on the STR9 microcontroller |
| STEVAL-PCC006V1 |
HDD bridge Extension Board for the EVAL-STR910 |
| STEVAL-PCC009V1 |
Universal USB to serial communication interface demonstration board based on the STM32 |
| STEVAL-PCC009V2 |
IBU universal interface based on the STM32x |
| STEVAL-PCC009V3 |
S-Touch® family interface demonstration board based on the STM32 |
| STEVAL-PCC010V1 |
ST802RT1A Ethernet PHY demonstration board with STM32F107 controller add-on board |
| STEVAL-PCC010V2 |
Ethernet with ST802RT1A and STM32F207 demonstration board |
| STEVAL-PCC011V1 |
ST802RT1B Ethernet PHY demonstration board |
| STEVAL-PCC012V1 |
Connectivity gateway demonstration board based on the STM32F107 |
| STEVAL-PSQ001V1 |
Power management for CPU, FPGA and memory based on the PM6680A |
| STEVAL-SCM001V1 |
RTC dongle demonstration board based on the M41T62 and ST72651AR6 |
| STEVAL-SPBT2ATV2 |
USB Dongle for the Bluetooth® class 2 SPBT2532C2.AT module |
| STEVAL-SPBT2ATV3 |
USB dongle for the Bluetooth® class 2 SPBT2532C2.AT module |
| STEVAL-SPBT3ATV3 |
USB dongle for the Bluetooth® class 2 SBT2632C2A.AT2 module |
| STEVAL-TCS004V1 |
16 bit port expander demo with keypad and PWM controller based on STMPE1601 |
| 型号 |
概述 |
| EVALKITST7570-1 |
ST7570 S-FSK power line networking system-on-chip evaluation KIT for AMR |
| EVALKITST7580-1 |
ST7580 Power Line Networking System On Chip Demonstration kit |
| STEVAL-IHP001V3 |
ZigBee® SmartPlug demonstration board based on the STM32F10x, SPZB260-PRO and STPM01 |
| STEVAL-IHP002V1 |
SMARTPLUG systems to measure and control AC loads based on STM32, ST7540 PLM and STPM01 |
| STEVAL-IHP002V2 |
Smartplug system to measure and control AC loads based on the STM32, ST7540 PLM and STPM01 |
| STEVAL-IHP003V1 |
Remote control network based on PLM ST7540 and STM32 |
| STEVAL-ILL022V1 |
25 W LED street light with 80 W solar energy charger based on STM32F101Rx |
| STEVAL-IPB001V1 |
2 W 3-phase SMPS for breaker based on ESBT& |
| STEVAL-IPE002V1 |
Electricity Meter (mono phase) - Measurement Board / 2 Current Transformers |
| STEVAL-IPE003V1 |
Electricity Meter (mono phase) - Measurement Board / 1 Current Transformer + Shunt |
| STEVAL-IPE004V1 |
Electricity Meter (mono phase) - Measurement Board / 1 Shunt |
| STEVAL-IPE005V1 |
Demonstration programmer board based on the STPM01 |
| STEVAL-IPE008V1 |
Energy Meter (three phase) based on STPM01 and STR712 Micro |
| STEVAL-IPE009V1 |
Mono-Phase / Multi-Tariff Energy Meter based on ST72321B and STPM14 |
| STEVAL-IPE010V1 |
Energy meter demonstration kit motherboard based on the STPMC1 and STPMS1 |
| STEVAL-IPE010V2 |
Energy meter demonstration kit motherboard based on the STPMC1 |
| STEVAL-IPE011V1 |
Energy meter demonstration kit daughterboard based on the STPMS1 |
| STEVAL-IPE012V1 |
Single-phase energy meter demonstration board using the STPM10 and STM8L15 |
| STEVAL-IPE012V2 |
Single-phase electricity meter with 10 A / 80 A current range based on the STPM10 and STM8L152 |
| STEVAL-IPE012V3 |
Single-phase energy meter with Rogowski coil sensor based on the STPM01 and STM8L152C6 |
| STEVAL-IPE014V1 |
Multiphase energy meter daughterboard based on the STPMS2 smart sensor device |
| STEVAL-IPE015V1 |
Single-phase energy metering demonstration board with two current transformers based on the STPM10 |
| STEVAL-IPE016V1 |
Single-phase energy metering demonstration board with one current transformer and one shunt resistor based on the STPM10 |
| STEVAL-IPE017V1 |
Single-phase energy metering demonstration board with one shunt resistor based on the STPM10 |
| STEVAL-IPE018V1 |
Single-phase energy metering demonstration board with one current transformer based on the STPM10 |
| STEVAL-IPE020V1 |
Single phase electricity meter with dual EEPROM M24LR64 and STPM10 and STM8L152 |
| STEVAL-IPP001V2 |
Complete solution for power line communication in metering applications |
| STEVAL-IPP002V1 |
IEC 61334-5-1 compliant smart meter system for AMI application based on STM32, ST7570 PLM and STPMC1/STPMS1 chipset |
| STEVAL-IPR002V1 |
Data logger and event logger based on M24LR64-R EEPROM |
| STEVAL-ISA030V1 |
6 W 3-phase SMPS for metering evaluation board based on ESBT® |
| STEVAL-ISA036V1 |
5 W wide range SMPS demonstration board for metering and motor control based on the ESBT® STC04IE170HP |
| STEVAL-ISA057V1 |
15 W wide range SMPS for metering based on the ESBT? STC03DE220HV and L6565 PWM controller |
| STEVAL-ISA059V1 |
DC-DC converter demonstration board based on the TSM108 |
| STEVAL-ISA076V1 |
Battery charger demonstration board with integrated power switch for Li-ION/Li-POLYMER based on the L6924D |
| STEVAL-ISA076V2 |
USB compatible battery charger demo board with integrated power switch for Li-Ion/Li-Polymer based on the L6924U |
| STEVAL-ISA077V1 |
High efficiency synchronous rectifier step-up converter demonstration board based on the L6920DB |
| STEVAL-ISA077V2 |
High efficiency synchronous rectifier step-up converter demonstration board based on the L6920D |
| STEVAL-ISV001V1 |
1000 W dual stage DC/AC converter based on STP160N75F3 |
| STEVAL-ISV002V1 |
3000 W photovoltaic converter for grid-connected applications |
| STEVAL-ISV002V2 |
3000 W photovoltaic converter for grid-connected applications |
| STEVAL-ISV004V2 |
240 W PV converter for photovoltaic panels based on the SPV1020 |
| STEVAL-ISV005V2 |
240 W photovoltaic battery charger based on the SPV1020 |
| STEVAL-ISV006V2 |
Up to 5 W solar battery charger with embedded MPPT based on SPV1040 |
| STEVAL-ISV008V1 |
300 W PV converter demonstration board to be integrated into a photovoltaic panel based on the SPV1020 |
| STEVAL-ISV009V1 |
300 W photovoltaic converter demonstration board based on the SPV1020 |
| STEVAL-ISV012V1 |
Solar battery charger for Li-Ion batteries |
| STEVAL-ISV015V1 |
Up to 2.5 W solar USB supply based on the SPV1040 and LD39050 |
| STEVAL-ISV018V1 |
300 W PV converter to be integrated into a photovoltaic panel based on SPV1020 and bypass diodes SPV1001N30 and SPV1001N40 |
| 型号 |
概述 |
| EVAL6520-1421 |
14 W / 21 W T5 miniature ballast driven by L6520 and STT13005D bipolar transistors |
| EVAL6569 |
L6569 High Voltage Half Bridge Driver with Oscillator Evaluation Board |
| EVAL6574B |
L6574 CFL/TL Ballast Driver Preheat and Dimming Evaluation Board |
| EVALHVLED805 |
HVLED805 evaluation board: insulated LED driver with primary current control |
| EVL130W-SL-EU |
48 V - 130 W high efficiency converter with PFC for LED street lighting applications - European version |
| EVL130W-STRLIG |
48 V - 130 W high efficiency converter with PFC for LED street lighting applications |
| EVL185W-LEDTV |
185 W power supply with PFC and standby supply for LED TV using the L6564, L6599A, and VIPER27L |
| EVL6562A-LED |
Constant current inverse buck LED driver using L6562A |
| STEVAL-CLP001V1 |
Demonstration board for PMOLED display power supply based on the STOD2540 |
| STEVAL-ILB001V2 |
36W - 220Vac Low cost HF Ballast using the bipolar solution for PFC |
| STEVAL-ILB004V1 |
Demonstration board: multipower ballast for T5 fluorescent tube lamps based on the ST7LIT19BF1 and STP5NK60Z |
| STEVAL-ILB005V2 |
Demonstration board for the L6585DE combo IC for PFC and ballast control |
| STEVAL-ILB007V1 |
2 x 58 W wide-range ballast based on the L6585DE combo IC |
| STEVAL-ILB008V1 |
4 x 18 W wide-range ballast based on the L6585DE combo IC |
| STEVAL-ILB009V1 |
2 x 28 W electronic ballast with active PFC based on the STD3N62K3 and STD845DN40 BJT devices |
| STEVAL-ILD002V1 |
20 W dimmable CFL ballast solution based on L6574 |
| STEVAL-ILD003V1 |
Analog wall dimmer for CFL/LED lamps based on the TS820 (EU version 220 V) |
| STEVAL-ILD003V2 |
Analog wall dimmer for CFL/LED lamps based on the TS820 (USA version 110 V) |
| STEVAL-ILH002V1 |
35 W electronic ballast for HID metal halide lamp |
| STEVAL-ILH004V1 |
70 W electronic ballast for metal halide lamp (HID) based on the L6382D5 and ST7FLITE49K2 |
| STEVAL-ILL002V3 |
High-brightness LED driver with diagnostics (40 LEDs) demonstration board based on the STP08DP05 |
| STEVAL-ILL002V4 |
High-brightness LED driver with diagnostics (40 LEDs) demonstration board based on the STP08DP05 |
| STEVAL-ILL003V2 |
HB LED without Diagnostic (32 Led) based on STP16CP05 |
| STEVAL-ILL006V1 |
VIPer22A-E off line, constant current driver for high intensity LEDs |
| STEVAL-ILL009V4 |
OSRAM Golden DRAGON® LEDs board |
| STEVAL-ILL009V5 |
New RGB color demonstration board based on the STP04CM05 and ST1S10 |
| STEVAL-ILL010V1 |
High Intensity LED Dimming Driver based on L6902 |
| STEVAL-ILL013V1 |
80 W offline LED driver with dimming based on L6562A |
| STEVAL-ILL014V1 |
Evaluation board for the STCS1 constant current controller for high brightness LEDs |
| STEVAL-ILL015V1 |
High brightness RGB LED array with LED error detection based on the STP24DP05 and STM32 |
| STEVAL-ILL016V2 |
New 15 W offline TRIAC dimmable LED driver based on L6562AD and TSM1052 (USA Market - 115 V) |
| STEVAL-ILL017V1 |
3.5 W not-isolated offline constant current LED driver based on VIPER17HN |
| STEVAL-ILL019V1 |
35 W offline LED driver for 4 channels HB RGGB LED based on L6562A |
| STEVAL-ILL020V1 |
LCD panels backlight demonstration board based on the LED7706 |
| STEVAL-ILL021V1 |
LCD panels backlight demonstration board based on the LED7707 |
| STEVAL-ILL023V1 |
High-efficiency switching LED driver demonstration board for high-current LEDs based on L6726A |
| STEVAL-ILL024V1 |
STM32F103VB-based control unit for LED matrix display demonstration system |
| STEVAL-ILL025V1 |
LED matrix display panel based on STP16DP05 |
| STEVAL-ILL026V1 |
3 W not-isolated offline LED driver based on VIPER22ASTR-E |
| STEVAL-ILL027V2 |
18 W single-stage offline LED driver based on the L6562A (European version) |
| STEVAL-ILL028V1 |
RGB LED driver for color displays and backlighting based on the STP1612PW05 and STM32F103 |
| STEVAL-ILL029V1 |
Front panel demonstration board based on the STLED325 and STM8S |
| STEVAL-ILL030V1 |
LED lighting control using DMX512 control based on STM32F102C6T6 and STCS1APHR |
| STEVAL-ILL031V1 |
Digital constant current controller for LED driving based on STM8S208x |
| STEVAL-ILL032V1 |
Multicolor LED matrix demonstration board based on the STP24DP05BTR |
| STEVAL-ILL033V1 |
Master/slave control for multicolor LED matrix demonstration board based on the STM32F103VET6 |
| STEVAL-ILL034V1 |
LED driver for an A19 lamp based on the L6562A for USA market |
| STEVAL-ILL035V1 |
Multi-channel LED driver with integrated boost controller for medium, large LCD panel backlight based on LED7708 and STM32F103C6T6A |
| STEVAL-ILL037V1 |
3.2 W LED power supply based on HVLED805 |
| STEVAL-ILL038V1 |
LED resonant driver demonstration board based on the L6585DE |
| STEVAL-ILL039V1 |
Step-up current controller for 2 LEDs based on the STLDC08 driver |
| STEVAL-ILL039V2 |
Step-up current controller for 4 LEDs based on the STLDC08 driver |
| STEVAL-ILL041V1 |
A 93% efficient LED driver solution for the US market |
| STEVAL-ILL042V1 |
60 W high power factor flyback LED driver demonstration board based on the L6562AT and TSM101 |
| STEVAL-ILL043V1 |
High end, 75 W high power factor flyback LED driver based on the L6562A with two dimmable strings |
| STEVAL-ILL044V1 |
9 W Triac dimmable, high power factor, isolated LED driver based on the HVLED815PF (for US market) |
| STEVAL-ILL045V1 |
9 W, A19 format, triac dimmable, High Power Factor, non-isolated LED driver based on HVLED815PF for US market |
| STEVAL-ILL052V1 |
48 V - 130 W high efficiency converter with PFC for LED street lighting applications based on L6562 and L6599 - European version |
| STEVAL-ILL053V1 |
48 V - 130 W high efficiency converter with PFC for LED street lighting applications based on L6562 and L6599 |
| STEVAL-ILM001V1 |
Plug-in hardware module for the STM8S-DISCOVERY interface for DALI communication |
| STEVAL-TLL002V1 |
Flash Driver based on STCF01 |
| STEVAL-TLL003V1 |
Power Flash Driver based on STCF02 |
| STEVAL-TLL006V1 |
High-power LED driver demonstration board for single flash with I²C interface based on the STCF06 |
| STEVAL-TLL006V2 |
New high-power LED driver demo board for single flash with I²C interface based on STCF06 (with motherboard based on uPSD) |
| STEVAL-TLL007V1 |
High-power LED driver demonstration board for dual flash with I²C interface based on the STCF05 |
| STEVAL-TLL008V1 |
Camera flash with SuperCap based on the STCF04 |
| STEVAL-TLL008V2 |
Camera flash with SuperCap daughterboard based on the STCF04 |
| STEVAL-TLL009V1 |
Camera flash based on the STCF07 |
| STEVAL-TLL010V1 |
Driver for up to 6 white LEDs for display backlights based on the STLA02 |
| STEVAL-TLL011V1 |
Driver for up to 40 white LEDs for mid-sized LCD display backlight based on the STLD41 |
| STEVAL-TLL012V1 |
4-channel LED driver with charge pump based on the STP4CMP |
| STEVAL-TLL013V1 |
5-channel (2 LEDs in series per channel) step-up white LED driver demonstration board based on the STLED25 |
| 型号 |
概述 |
| EVAL-IBU-STR7 |
Control interface board dedicated to the EVAL6460; it is based on the STR711FR2, an ARM-powered 32-bit microcontroller |
| EVAL2293Q |
L2293Q push-pull four channel driver with integrated diodes evaluation board |
| EVAL6205N |
L6205 DMOS Dual Full Bridge Driver Evaluation Board |
| EVAL6206N |
L6206 DMOS Dual Full Bridge Driver in PowerDIP Package Evaluation Board |
| EVAL6206PD |
L6206 DMOS Dual Full Bridge Driver in PowerSO Package Evaluation Board |
| EVAL6206Q |
Dual full bridge with programmable overcurrent |
| EVAL6207N |
L6207N DMOS Dual Full Bridge Driver with PWM Current Controller Evaluation Board |
| EVAL6208N |
L6208 DMOS Driver for Bipolar Stepper Motor in PowerDip Package Evaluation board |
| EVAL6208PD |
L6208 DMOS Driver for Bipolar Stepper Motor in PowerSO Package Evaluation board |
| EVAL6208Q |
Stepper motor driver mounting the L6208Q |
| EVAL6225PD |
L6225 DMOS Dual Full Bridge Driver Evaluation Board |
| EVAL6226QR |
Demonstration board using a dual full-bridge L6226Q for motor control applications |
| EVAL6227PD |
L6227 DMOS Dual Full Bridge Driver with PWM Current Controller Evaluation Board |
| EVAL6227QR |
Demonstration board using a dual full-bridge L6227Q for motor control applications |
| EVAL6228QR |
L6228Q: Dual full bridge with PWM current control and translator for stepper reference design board |
| EVAL6229PD |
L6229 DMOS Driver for Three-Phase Brushless DC Motor Evaluation Board |
| EVAL6229QR |
EVAL6229QR demonstration board using the L6229Q DMOS driver for a three-phase BLDC motor control application |
| EVAL6235N |
L6235 DMOS Driver for Three-Phase Brushless DC Motor Evaluation Board |
| EVAL6235PD |
L6235 three-phase brushless DC motor driver demonstration board |
| EVAL6235Q |
Three phase BLDC motor driver mounting the L6235Q |
| EVAL6393FB |
Low voltage full bridge reference design board featuring L6393 advanced high-voltage gate driver |
| EVAL6460 |
FlexSPIN: SPI configurable stepper and DC multi motor driver evaluation board |
| EVAL6470H |
Fully integrated stepper motor driver mounting the L6470 |
| EVAL6470PD |
Fully integrated stepper motor driver mounting the L6470 in a high power PowerSO package |
| EVAL6472H |
Fully integrated stepper motor driver based on the L6472 |
| EVAL6474H |
Stepper motor driver mounting the L6474 |
| EVAL6474PD |
Stepper motor driver mounting the L6474 in high power PowerSO package |
| EVAL6480H |
High power microstepping motor driver with L6480H |
| EVAL6482H |
High power microstepping motor driver with the L6482H |
| EVALPRACTISPIN |
PractiSPIN Interface Board |
| STEVAL-IEM003V1 |
- |
| STEVAL-IHM001V1 |
BLDC & AC Motor Control Board |
| STEVAL-IHM004V1 |
BLDC & AC Motor Control : Power Driver Board 1kW |
| STEVAL-IHM010V1 |
IGBT Power Module Kit ST7MC Control Board |
| STEVAL-IHM013V1 |
Demonstration board on low-end vacuum cleaner based on the ST7FLiteUS5 and BTB12 |
| STEVAL-IHM015V1 |
Low voltage motor control demonstration kit based on the ST7MC2S4 and STS8DNH3LL |
| STEVAL-IHM017V1 |
100 W 3-phase inverter for BLDC sensorless motor evaluation board |
| STEVAL-IHM019V1 |
Complete inverter for low-power 3-phase asynchronous motors |
| STEVAL-IHM021V2 |
100 W, 3-phase inverter based on L6390 and UltraFASTmesh MOSFET for speed FOC of 3-phase PMSM motor drive |
| STEVAL-IHM022V1 |
High density dual motor control demonstration board based on the STM32F103ZE microcontroller |
| STEVAL-IHM023V1 |
1 kW 3-phase motor control evaluation board featuring L6390 drivers and STGP10NC60KD IGBT |
| STEVAL-IHM023V2 |
1 kW 3-phase motor control demonstration board featuring L6390 drivers and STGP10NC60KD IGBT |
| STEVAL-IHM024V1 |
100 W 3-phase inverter featuring L6390 and STGDL6NC60DI for vector control |
| STEVAL-IHM025V1 |
1 kW 3-phase motor control demonstration board featuring the IGBT SLLIMM STGIPL14K60 |
| STEVAL-IHM027V1 |
Power board with MC connector based on the STGIPS10K60A 10 A, 600 V intelligent power module |
| STEVAL-IHM028V1 |
2 kW 3-phase motor control demonstration board featuring the IGBT intelligent power module STGIPS20K60 |
| STEVAL-IHM029V1 |
2000 W universal motor control demonstration board based on the STM8S103F2 MCU and T1235H Triac |
| STEVAL-IHM031V1 |
Three phase low voltage inverter power board for FOC and scalar motor control based on STS8DNH3LL MOSFET |
| STEVAL-IHM032V1 |
150 W inverter featuring the L639x and STGD3HF60HD for 1-shunt based sinusoidal vector control and trapezoidal scalar control |
| STEVAL-IHM033V1 |
Control stage based on the STM32F100CB microcontroller for motor control with serial communication user interface |
| STEVAL-IHM034V1 |
1300 W PMSM compressor and fan drive plus digital PFC |
| STEVAL-IHM035V1 |
3-phase high voltage inverter power board for FOC and scalar motor control based on the STGIPN3H60 (SLLIMM-nano) |
| STEVAL-IHM036V1 |
Low power motor control board featuring the SLLIMM STGIPN3H60 and MCU STM32F100C6T6B |
| STEVAL-IHM037V1 |
Ceiling fan remote control unit based on the STM8L101F2 |
| STEVAL-IHM041V1 |
Universal motor driver with speed control based on the STM8 and Triac (US version) |
| STEVAL-IHT001V1 |
Thermostat control demonstration board for refrigerators, based on the ST7Lite39 |
| STEVAL-IHT003V1 |
Low-loss e-Starter for compressors based on ACST6-7ST and X0205NN |
| STEVAL-IHT004V1 |
AC timer demonstration board based on HT Triacs and ST7Lite1b |
| STEVAL-IHT005V1 |
3.3 V control of ACS/Triac with STM32 |
| STEVAL-SPIMD20 |
STEVAL-SPIMD20 demonstration kit based on the SPIMD20 integrated motor drive |
| STEVAL-SPIMD20V1 |
Power drive system demonstration kit based on the SPIMD20 integrated motor drive |
| 型号 |
概述 |
| EVAL4971 |
L4971 1.5 A Step Down Switching Regulator Evaluation Board |
| EVAL5972D |
L5972D Up to 2A Step Down Switching Regulator Evaluation Board |
| EVAL5980 |
L5980, 0.7 A step-down switching regulator, evaluation board |
| EVAL5981 |
L5981, 1 A step-down switching regulator, evaluation board |
| EVAL5983 |
L5983, 1.5 A step-down switching regulator, evaluation board |
| EVAL5985 |
Evaluation board for L5985: 2A step-down switching regulator |
| EVAL5986 |
2.5 A step-down switching regulator demonstration board based on the L5986, L5986A |
| EVAL5986A |
2.5 A step-down switching regulator demonstration board based on the L5986, L5986A |
| EVAL5987A |
3 A step-down switching regulator demonstration board based on the L5987, L5987A |
| EVAL6668-STB |
Reference design: high performance, L6668-based flyback converter for Set-Top boxes and PVRs |
| EVAL6902D |
L6902D 1A Constant Current Battery Charger Evaluation Board |
| EVALPM8803-FWD |
IEEE802.3at compliant demonstration kit with synchronous forward PoE converter |
| EVALTSM1052 |
Ultra small battery charger using TSM1052 |
| EVALVIPER17L-7W |
Demonstration board on 7 W single output based on the VIPer17 |
| EVL130W-SL-EU |
48 V - 130 W high efficiency converter with PFC for LED street lighting applications - European version |
| EVL130W-STRLIG |
48 V - 130 W high efficiency converter with PFC for LED street lighting applications |
| EVL150W-ADP-SR |
12 V - 150 W resonant converter with synchronous rectification using the L6563H, L6599A, and SRK2000 |
| EVL185W-LEDTV |
185 W power supply with PFC and standby supply for LED TV using the L6564, L6599A, and VIPER27L |
| EVL250W-ATX80PL |
250 W ATX SMPS demonstration board |
| EVL6562A-400W |
L6562A 400W FOT-controlled PFC pre-regulator evaluation board |
| EVL6562A-LED |
Constant current inverse buck LED driver using L6562A |
| EVL6562A-TM-80W |
80 W high performance transition mode PFC evaluation board |
| EVL6563S-100W |
100 W transition-mode PFC pre-regulator with the L6563S |
| EVL6563S-200ZRC |
A 200 W ripple-free input current PFC pre-regulator with the L6563S |
| EVL6563S-250W |
250W TRANSITION-MODE PFC PRE-REGULATOR WITH L6563S |
| EVL6564-100W |
L6564 transiotion mode PFC evaluation board |
| EVL6564-50WFLB |
50 W wide range high power factor flyback converter demonstration board based on the L6564 |
| EVL6564H-100W |
100 W transition-mode PFC pre-regulator demonstration board based on the L6564H |
| EVL6566A-75WADP |
19 V - 75 W laptop adapter with tracking boost PFC pre-regulator, using the L6563 and the L6566A |
| EVL6566A-75WES4 |
19 V - 75 W SMPS compliant with latest Energy Star criteria using the L6563 and the L6566A |
| EVL6566B-40WSTB |
40 W wide input range flyback converter using L6566BH Multimode controller for SMPS |
| EVL6566B-65W-QR |
19 V - 65 W quasi resonant flyback adapter board |
| EVL6591-90WADP |
90W ac-dc asymmetrical half bridge adapter using L6591 and L6563 |
| EVL6699-150W-SR |
12V - 150W resonant converter with synchronous rectification using the L6563H, L6699 and SRK2000 |
| EVL6699-90WADP |
19V - 90W Adapter with PFC for Laptop computers using the L6563H and L6699 |
| EVLALTAIR05T-5W |
ALTAIR05T-800 5 W wide range CV-CC optoless adapter demonstration board |
| EVLALTAIR900-M1 |
Double output SMPS for power line application using ALTAIR04-900 primary controller |
| EVLVIP17-5WCHG |
5 W low standby consumption battery charger demonstration board based on the VIPER17HN |
| EVLVIP37LE5V3A |
Wide range single output demonstration board based on the VIPER37LE |
| EVLVIPER28L-10W |
EVLVIPER28L-10W: 5 V/10 W, 60 kHz isolated flyback with extra power management |
| STEVAL-CCA022V1 |
Demonstration board for single op-amps in SC70 or SOT-23 packages |
| STEVAL-CLP001V1 |
Demonstration board for PMOLED display power supply based on the STOD2540 |
| STEVAL-ISA001V1 |
6W Dual Output Supply using VIPer12A |
| STEVAL-ISA005V1 |
1.8W Buck Topology Power Supply with VIPer12AS |
| STEVAL-ISA006V1 |
6W Non-isolated Fly-Back Topology Power Supply with VIPer12AS |
| STEVAL-ISA008V1 |
VIPer53 Low Cost wide range power supply for LCD or TV, 28W Output |
| STEVAL-ISA009V1 |
VIPer53-E single output reference design board with 90 to 264 VAC input and 24 W output |
| STEVAL-ISA010V1 |
Ultra wide range dual output buck converter based on VIPer16L |
| STEVAL-ISA011V1 |
VIPER12ADIP-E low power AC/DC adapter demonstration board (suitable for the STEVAL-ILL002V1) |
| STEVAL-ISA012V1 |
3 phase power supply with VIPer and Power MOSFETs |
| STEVAL-ISA013V1 |
VIPer53 dual output off-line wide range power supply, 24W Output |
| STEVAL-ISA014V1 |
VIPer12A travel adaptor 3.6 W output |
| STEVAL-ISA018V1 |
150 W (240 W peak) resonant SMPS demonstration board based on the L6599 |
| STEVAL-ISA019V3 |
80 W ESBT quasi-resonant wide-range SMPS demonstration board based on the L6565 for 3-phase applications |
| STEVAL-ISA020V1 |
3.5 W battery charger demonstration board based on the VIPer12AS-E and TSM101 |
| STEVAL-ISA023V2 |
Flyback AC-DC converter evaluation board based on the VIPer53-E with 24 W negative output |
| STEVAL-ISA024V1 |
20 A step-down DC-DC converter demonstration board with 3.3 Vout and 250 kHz switching frequency, based on the L6725 |
| STEVAL-ISA025V1 |
Step-down DC-DC converter at 3.3 Vout/20 A and switching frequency of 400 kHz evaluation board based on L6730 |
| STEVAL-ISA026V1 |
Step-down DC-DC converter evaluation board with 3.3 Vout / 20 A and switching frequency of 250 kHz, based on the L6732 |
| STEVAL-ISA028V1 |
Single phase 20A step-down converter evaluation board based on L6727 |
| STEVAL-ISA029V1 |
Compact power supply for DVD/set top box evaluation board with three Vout (-30 V, +3.3 V, +12 V) |
| STEVAL-ISA030V1 |
6 W 3-phase SMPS for metering evaluation board based on ESBT® |
| STEVAL-ISA031V1 |
Demonstration board for 40 W auxiliary 3-phase power supply based on the L6565 and STW4N150 |
| STEVAL-ISA032V1 |
60 W forward converter demonstration board for fiscal cash register based on the L5991 and STP10NK60Z |
| STEVAL-ISA033V1 |
55 W flyback SMPS demonstration board for alarm system based on the L5991 and STP12NK80Z |
| STEVAL-ISA034V1 |
10 W 3-phase auxiliary power supply based on the L6565 and STW3N150 |
| STEVAL-ISA035V1 |
Non-isolated offline power supply demonstration board based on the VIPER22A-E |
| STEVAL-ISA036V1 |
5 W wide range SMPS demonstration board for metering and motor control based on the ESBT® STC04IE170HP |
| STEVAL-ISA037V1 |
Single-phase, 20 A evaluation board for the L6728 step-down PWM controller with Power Good |
| STEVAL-ISA038V1 |
Single phase 5 A step-down based on PWM controller evaluation board based on the Power Good L6728 |
| STEVAL-ISA039V1 |
Single phase 5A step-down converter evaluation board based on L6727 |
| STEVAL-ISA042V1 |
1.5 A / 1.2 V step-down DC-DC converter demonstration board based on the ST1S03 |
| STEVAL-ISA042V2 |
1.5 A / 3.3 V step-down DC-DC converter demonstration board based on the ST1S03 |
| STEVAL-ISA043V1 |
1.5 A /1.2 V high frequency synchronous buck converter demonstration board based on the ST1S06 |
| STEVAL-ISA043V2 |
1.5 A / 3.3 V high frequency synchronous buck converter demonstration board based on the ST1S06 |
| STEVAL-ISA044V1 |
3 A synchronous 900 kHz step-down DC-DC converter with inhibit function based on the ST1S10 |
| STEVAL-ISA044V2 |
A synchronous 900 kHz step-down DC-DC converter with inhibit function based on the ST1S10 |
| STEVAL-ISA044V5 |
3 A synchronous 900 kHz step-down DC-DC converter with inhibit function based on the ST1S10 (Power SO-8) |
| STEVAL-ISA044V6 |
3 A synchronous 900 kHz step-down DC-DC converter with inhibit function based on the ST1S10 (DFN) |
| STEVAL-ISA045V1 |
2 A / 1.2 V high-efficiency synchronous buck converter evaluation board based on the ST1S09 |
| STEVAL-ISA045V2 |
2 A / 3.3 V high-efficiency synchronous buck converter evaluation board based on the ST1S09 |
| STEVAL-ISA046V1 |
2 A / 1.2 V high-efficiency synchronous buck converter evaluation board based on the ST1S09I with inhibit |
| STEVAL-ISA046V2 |
2 A / 3.3 V high-efficiency synchronous buck converter evaluation board based on the ST1S09I with inhibit |
| STEVAL-ISA047V1 |
1.5 A / 1.2 V step-down DC-DC converter demonstration board based on the ST1S03A |
| STEVAL-ISA047V2 |
1.5 A / 3.3 V step-down DC-DC converter demonstration board based on the ST1S03A |
| STEVAL-ISA048V2 |
1 A adjustable Vout PWM synchronous step-up DC-DC converter demonstration board based on the ST8R00W |
| STEVAL-ISA049V1 |
Synchronous dual buck converter with reset demonstration board based on the ST2S06A |
| STEVAL-ISA049V2 |
Synchronous dual buck converter with inhibit demonstration board based on the ST2S06B |
| STEVAL-ISA050V1 |
Monolithic VR for chipset and DDR2/3 demonstration board based on the PM6641 Monolithic VR for Chipset and DDR2/3 Supply for Ultra-Mobile PC (UMPC) applications |
| STEVAL-ISA051V1 |
Complete DDR2/3 memory power supply controller evaluation board based on the PM6670S |
| STEVAL-ISA051V2 |
Complete DDR2/3 memory power supply controller evaluation board based on the PM6670AS |
| STEVAL-ISA052V1 |
Evaluation board for the PM6675S high efficiency step-down controller with embedded 2 A LDO regulator |
| STEVAL-ISA052V2 |
Evaluation board for the PM6675AS high efficiency step-down controller with embedded 2 A LDO regulator |
| STEVAL-ISA053V1 |
Demonstration board for the PM6680 dual step-down controller with adjustable output voltage for notebook power system |
| STEVAL-ISA053V2 |
Demonstration board for the PM6680A dual synchronous step-down controller with adjustable output voltages plus LDO |
| STEVAL-ISA054V1 |
100 W 3-phase auxiliary power supply demonstration board based on the STW9N150 |
| STEVAL-ISA055V1 |
0.7 A / 1.2 V synchronous buck converter with enable function based on the ST1S12XX |
| STEVAL-ISA055V2 |
0.7 A / 3.3 V synchronous buck converter with enable function based on the ST1S12XX |
| STEVAL-ISA056V1 |
6 rows - 30 mA LEDs driver with boost converter for LCD panels backlight evaluation board based on the PM6600 |
| STEVAL-ISA057V1 |
15 W wide range SMPS for metering based on the ESBT? STC03DE220HV and L6565 PWM controller |
| STEVAL-ISA058V1 |
High performance VIPer17LN demonstration coard (Low consumption in stand-by and low load) |
| STEVAL-ISA059V1 |
DC-DC converter demonstration board based on the TSM108 |
| STEVAL-ISA060V1 |
6 W single output SMPS demonstration board based on the VIPER17 |
| STEVAL-ISA062V1 |
6 W dual output SMPS demonstration board based on the VIPER17 |
| STEVAL-ISA063V1 |
1 A, high efficiency single inductor DC-DC converter based on STBB1 |
| STEVAL-ISA063V2 |
1 A, high efficiency single inductor DC-DC converter based on the STBB1-APUR |
| STEVAL-ISA067V1 |
Dual step-down controller with auxiliary voltages demonstration board based on the PM6681A for industrial system power |
| STEVAL-ISA068V1 |
4 A / 1.5 MHz step-down synchronous switching regulator based on the ST1S32 in DFN 4x4 package |
| STEVAL-ISA069V1 |
3 A / 1.5 MHz step-down synchronous switching regulator based on the ST1S31 in DFN 3x3 package |
| STEVAL-ISA070V1 |
3 A / 1.5 MHz step-down synchronous switching regulator based on the ST1S31 in SO-8 package |
| STEVAL-ISA071V1 |
4 W non-isolated, wide input-voltage range SMPS demonstration board based on the VIPER16 |
| STEVAL-ISA071V2 |
4 W non-insulated, wide input voltage range SMPS based on the VIPer16 |
| STEVAL-ISA076V1 |
Battery charger demonstration board with integrated power switch for Li-ION/Li-POLYMER based on the L6924D |
| STEVAL-ISA076V2 |
USB compatible battery charger demo board with integrated power switch for Li-Ion/Li-Polymer based on the L6924U |
| STEVAL-ISA077V1 |
High efficiency synchronous rectifier step-up converter demonstration board based on the L6920DB |
| STEVAL-ISA077V2 |
High efficiency synchronous rectifier step-up converter demonstration board based on the L6920D |
| STEVAL-ISA078V1 |
High efficiency synchronous step-up regulator based on the L6926 |
| STEVAL-ISA079V1 |
High efficiency monolithic synchronous step-down regulator based on the L6928D |
| STEVAL-ISA079V2 |
High-efficiency monolithic synchronous step-down regulator based on the L6928 |
| STEVAL-ISA080V1 |
90 W HB LLC resonant converter demonstration board based on the L6585DE combo IC |
| STEVAL-ISA081V1 |
12 V /1 A SMPS wide range demonstration board based on the VIPER26 |
| STEVAL-ISA082V1 |
4 A peak 800 kHz fixed-frequency PWM synchronous step-down demonstration board with enable on/off based on the ST1S40IPHR |
| STEVAL-ISA083V1 |
4 A peak 800 kHz fixed-frequency PWM synchronous step-down demonstration board with enable on/off based on the ST1S40IPUR |
| STEVAL-ISA084V1 |
4 A peak, 800 kHz fixed-frequency PWM synchronous step-down demonstration board with enable on/off based on the ST1S40 |
| STEVAL-ISA088V1 |
1 A step down switching regulator (Vin=4 to 36 V, Vout=1.235 to Vin) based on L5970D |
| STEVAL-ISA089V1 |
1.5 A step down switching regulator (Vin=4 to 36 V, Vout=1.235 to Vin) based on L5972D |
| STEVAL-ISA090V1 |
3.5 A step down switching regulator (Vin=8 to 55 V) based on L4973 |
| STEVAL-ISA091V1 |
2 A step-down switching power supply demonstration board based on the L7980 (QFN) |
| STEVAL-ISA092V1 |
2 A step-down switching demonstration board based on the L7980 |
| STEVAL-ISA093V1 |
3 A step-down switching power supply demonstration board based on the L7981 (QFN) |
| STEVAL-ISA094V1 |
3 A step-down switching power supply demonstration board based on the L7981 (HSOP8) |
| STEVAL-ISA095V1 |
Up to 3 A step-down switching regulator based on the ST1S14 |
| STEVAL-ISA096V1 |
Auxiliary power supply in buck-boost topology based on the Viper06 |
| STEVAL-ISA097V1 |
2 A step-down switching demonstration board based on the L7985 in DFN10 package |
| STEVAL-ISA098V1 |
2 A step-down switching demonstration board based on the L7985A in HSOP8 package |
| STEVAL-ISA099V1 |
3 A step-down switching demonstration board based on the L7986 in DFN10 package |
| STEVAL-ISA100V1 |
3 A step-down switching demonstration board based on the L7986A in HSOP8 package |
| STEVAL-ISA101V1 |
2 A DC step-down switching regulator with 4 V/36 V input voltage range based on the L5973D |
| STEVAL-ISA102V1 |
80 W high performance transition mode PFC demonstration board |
| STEVAL-ISA103V1 |
Wide range (90 V - 265 V) input, 5 V - 12 W output demonstration board with improved standby performance based on VIPER27LN |
| STEVAL-ISA104V1 |
Up to 3 A step-down switching regulator (Vin = 5.5 V to 48 V) based on the ST1S14 |
| STEVAL-ISA105V1 |
Power supply for energy meter and power line modem based on the ALTAIR04-900 |
| STEVAL-ISA106V1 |
1.5 A step-down switching regulator based on the L5973AD |
| STEVAL-ISA109V1 |
800 mA, 3 MHz, high efficiency dual mode buck-boost DC-DC converter based on the STBB2 |
| STEVAL-ISB001V1 |
Cell phone battery charger demonstration board based on the STD1LNK60Z-1 |
| STEVAL-ISB005V1 |
Low-cost Li-Ion battery charger demonstration board based on the ST7263BK6 and L6924D |
| STEVAL-ISB006V1 |
Dual USB/wall adapter Li-ion battery charger with gas gauge based on STw4102 |
| STEVAL-ISB007V1 |
Low cost Li-Ion battery charger demonstration board based on the ST7260 and L6924U |
| STEVAL-ISB008V1 |
Standalone USB Li-Ion battery charger demonstration board based on the STw4102 and STM32F103C6 |
| STEVAL-ISB009V1 |
Li-Ion battery monitoring and gas gauge evaluation board based on STC3100 |
| STEVAL-ISB011V1 |
Li-Ion battery monitoring evaluation board based on STC3100 and STM32 |
| STEVAL-ISB012V1 |
Battery monitoring system demonstration board based on the STC3105 |
| STEVAL-ISB013V1 |
Battery monitor demonstration board with alarm output for gas gauge applications based on the STC3105 |
| STEVAL-ISC001V1 |
30 W AC-DC adapter based on the L6565 |
| STEVAL-ISC002V1 |
Resonant LCC 90 W notebook power adapter based on the L6599 and STP9NK50ZF |
| STEVAL-ISF001V1 |
3 kW FOT PFC based on L6563 and STW55NM60N |
| STEVAL-ISF001V2 |
New 3 kW FOT PFC based on the L6563S and STW88N65M5 |
| STEVAL-ISF002V1 |
1.4 kW digital PFC demonstration board based on the STW23NM60N and TD352 |
| STEVAL-ISQ007V1 |
High-side current-sense amplifier demo board based on TSC101 |
| STEVAL-ISQ008V1 |
Fuel gauge implementation based on the STM32F103x |
| STEVAL-ISQ009V1 |
Load share controller demonstration board based on the L6615 |
| STEVAL-ISQ010V1 |
High-side current-sense amplifier demonstration board based on the TSC102 |
| STEVAL-ISQ013V1 |
Low side current sensing based on TS507 |
| STEVAL-ISS001V1 |
Line interactive 450 W UPS reference design - 120 V / 60 Hz model |
| STEVAL-ISS001V2 |
Line interactive 450 W UPS reference design - 230 V / 50 Hz model |
| STEVAL-ISV003V1 |
250 W microinverter for plug-in PV panels demonstration board |
| STEVAL-ISV005V1 |
250 W solar battery charger based on PV voltage-boost controller SPV1020, bypass diode SPV1001N and CC-CV controller SEA05 |
| STEVAL-ISV005V2 |
240 W photovoltaic battery charger based on the SPV1020 |
| STEVAL-ISV006V2 |
Up to 5 W solar battery charger with embedded MPPT based on SPV1040 |
| STEVAL-ISV013V1 |
High Voltage Power Optimizer box for solar panel |
| STEVAL-ISV014V1 |
Up to 3 W solar and USB battery charger for single-cell Li-Ion and Li-Po batteries based on the SPV1040, STBC21 and STC3100 |
| STEVAL-PSQ001V1 |
Power management for CPU, FPGA and memory based on the PM6680A |
| 型号 |
概述 |
| STEVAL-IFN002V1 |
ARMIC30, CAN Industrial Controller using STR730 Microcontroller |
| STEVAL-IFN003V1 |
PMSM FOC motor driver based on the L6230 and STM32F103 |
| STEVAL-IFN004V1 |
BLDC six-step motor driver based on the L6230 and STM8S105 |
| STEVAL-IFP001V1 |
8 channel high side driver reference board with VN808CM |
| STEVAL-IFP002V1 |
High Side Driver - 8 Channel based on VN808 |
| STEVAL-IFP003V1 |
High Side Driver - 4 Channels based on VN340 |
| STEVAL-IFP004V1 |
Digital input termination PCLT2 |
| STEVAL-IFP005V2 |
High Side Driver - based on VN751PT New version |
| STEVAL-IFP006V1 |
Quad high side smart power solid state relay evaluation board using the VNI4140K |
| STEVAL-IFP007V1 |
16-bit PLC digital input card based on SCLT3-8 |
| STEVAL-IFP008V1 |
Demonstration board for the CLT3-4B current limited termination |
| STEVAL-IFP010V3 |
High-side driver based on the VNI2140J |
| STEVAL-IFP013V1 |
IO-link device evaluation board based on L6362 and STM8S |
| STEVAL-IFP014V1 |
IO-link device evaluation board based on STM32F103T6U6 and L6361 |
| STEVAL-IFP016V2 |
IO-Link communication master transceiver demonstration board based on the L6360 |
| STEVAL-IFP019V1 |
Quad high-side smart-power solid-state relay demonstration board based on the VNI4140K-32 |
| STEVAL-IFP020V1 |
High side driver based on L6370Q |
| STEVAL-IFP021V1 |
5 V and 12 V power line protection based on STEF05 and STEF12 electronic fuses |
| STEVAL-IFR001V1 |
RTC calibration demonstration daughter card based on the M41T82SM6E to be used in connection with STEVAL-IFS012V1 |
| STEVAL-IFR002V1 |
RTC calibration daughterboard based on the M41T83SQA6F to be used with STEVAL-IFS012V1 |
| STEVAL-IFR003V1 |
RTC calibration daughterboard based on the M41T83SMY6E to be used with STEVAL-IFS012V1 |
| STEVAL-IFS003V1 |
Temperature Sensor board based on STLM75 / STDS75 and ST72F651 |
| STEVAL-IFS004V1 |
Proximity detector based on TDE0160FP |
| STEVAL-IFS005V1 |
Proximity detector based on TDA0161FP |
| STEVAL-IFS006V1 |
Smart inductive proximity switch based on Ultra Lite 8 Bit MICRO + TDE1708 |
| STEVAL-IFS006V2 |
Smart inductive proximity switch with SPT01-335DEE |
| STEVAL-IFS014V1 |
Smart monitoring station based on STM32, SPZB260 and STMPE811S |
| STEVAL-IFS015V1 |
Smart Monitoring Node based on STM32, SPZB260 |
| STEVAL-IFS017V1 |
Multiple-device temperature sensor and RTC demonstration board based on the STM32 |
| STEVAL-IFS017V2 |
Temperature sensor daughter card based on the STTS751-0DP3F in UDFN package |
| STEVAL-IFS017V3 |
Temperature sensor daughter card based on the STTS751-1DP3F in UDFN package |
| STEVAL-IFS017V4 |
Temperature sensor daughter card based on STTS751-0WB3F in SOT package |
| STEVAL-IFS017V5 |
Temperature sensor daughter card based on the STTS751-1WB3F in SOT package |
| STEVAL-IFS017V6 |
Temperature sensor daughter card based on the STTS2002B2DN3F in TDFN8 package |
| STEVAL-IFV001V1 |
STM32 based camera with ZigBee® connectivity |
| STEVAL-IFV002V1 |
IP-CAM evaluation interface board for STM32Cx evaluation kit |
| STEVAL-IHM025V1 |
1 kW 3-phase motor control demonstration board featuring the IGBT SLLIMM STGIPL14K60 |
| STEVAL-IHM027V1 |
Power board with MC connector based on the STGIPS10K60A 10 A, 600 V intelligent power module |
| STEVAL-IHM031V1 |
Three phase low voltage inverter power board for FOC and scalar motor control based on STS8DNH3LL MOSFET |
| STEVAL-IHP005V1 |
General purpouse PLM module based on the ST7540 and STM32 |
| STEVAL-PCC010V2 |
Ethernet with ST802RT1A and STM32F207 demonstration board |
| STEVAL-SPIMD20V1 |
Power drive system demonstration kit based on the SPIMD20 integrated motor drive |
| STEVAL-TCS004V1 |
16 bit port expander demo with keypad and PWM controller based on STMPE1601 |
概述
