The Isolated CAN Evaluation Kit is a demonstration and evaluation platform for creating Isolated CAN solutions. It can be used in conjunction with CAN capable EFM32 Starter Kits (STKs) like the EFM32 Giant Gecko 11 Starter Kit or the Tiny Gecko 11 Starter Kit. It simplifies the process of creating an isolated CAN solution by offering an already built and functioning platform. The board schematics are available and there are examples that can be run on the EFM32 Starter Kits to communicate via isolated CAN. The board contains one digital isolator, two CAN transceivers, a 20-pin breakout header for easy connection, many headers for debugging and evaluation, and screw terminals for the physical CAN bus.

The Isolated RS232/RS485 Evaluation Kit is a demonstration and evaluation platform for creating Isolated RS232 and RS485 solutions. It can be used in conjunction with EFM32 and EFM8 MCU Stater Kits (STKs). It simplifies the process of creating an isolated RS solution by offering an already built and functioning platform. The board schematics are available and there are examples that can be run on the MCU STKs to communicate via isolated RS232 or RS485. The board contains two isolators, an RS232/485 transceiver, a 20-pin breakout header for easy connection, many headers for debugging and evaluation, male DB9 port, and screw terminals for RS485.

The Isolated USB Evaluation Kit is a demonstration and evaluation platform for creating Isolated USB solutions. It can be used in conjunction with EFM32 and EFM8 MCU Stater Kits (STKs). It simplifies the process of creating an isolated USB solution by offering an already built and functioning platform. The board schematics are available and there are examples that can be run on the MCU STKs to communicate via isolated USB. The board contains two isolators, a USB to UART bridge device, a 20-pin breakout header for easy connection, many headers for debugging and evaluation, and a micro USB port.

The Si80xxISO-KIT evaluation kit offers an overview of the Si80xx 1 kv 3-6 channel digital isolation family. These are CMOS devices offering substantial data rate, propagation delay, power, size, reliability, and external BOM advantages over legacy isolation technologies. The operating parameters of these products remain stable across wide temperature ranges and throughout device service life for ease of design and highly uniform performance.

The Si840xI2C-KIT I²C digital isolator evaluation kit provides a convenient engineering break out board for easy evaluation of the Si840x series of I²C isolators. This kit comes populated with all versions of our 2.5 kV I²C isolator products which are based on Silicon Labs' industry-leading CMOS isolation technology. Compared to optocoupler-based solutions, our CMOS isolation technology delivers substantial gains in performance, reliability, cost and power consumption.

Si86xx devices are CMOS-based galvanic isolators with isolation ratings up to 5 kV and designed for industrial, commercial, computing, telecommunications and medical applications. Available in various channel counts (1/2/3/4/5/6), speeds (1 and 150 Mbps) and three package options (narrow and wide body SOIC, QSOP ), as well as unidirectional and bidirectional (I²C) channels configurations.

The Si86xx isolator evaluation kit includes several 5 kV isolators. This board is intended to simplify basic functional testing and engineering validation of various isolation product configurations.

The ISOLinear reference design is intended for designers looking for a complete, high performance alternative to expensive isolation amplifiers used to implement analog signal isolation.This linear isolation reference design includes three different cost/performance-optimized analog isolation circuits, supporting input signal bandwidths from 100 kHz (at 12-bit resolution) to 500 kHz (at 10-bits). MSRP $155.00. Please note: SI86ISOLIN-KIT is being discontinued and is not recommended for new designs. The suggested replacement is SI8920ISO-KIT.

The Si86xxT EVB allows designers to quickly evaluate the Si8642ET digital isolator’s capabilities and functionality, either by driving inputs to logic high or low, or injecting signals to the header pins via single wires or a 2 x 6 ribbon cable (not included).

The Si871x evaluation kit eases evaluation of the performance of Si871x LED emulator input isolator in the 8-pin DIP package. The evaluation board is flexible enough to allow both hook-up to lab equipment for detailed spec evaluation as well as connection to an existing board. The evaluation board is jumper configurable for different device configurations and different drive schemes.

The Si871x evaluation kit eases evaluation of the performance of Si871x LED emulator input isolator in the 6-pin SDIP package. The evaluation board is flexible enough to allow both hook-up to lab equipment for detailed spec evaluation as well as connection to an existing board. The evaluation board is jumper configurable for different device configurations and different drive schemes.

The Si871x evaluation kit eases evaluation of the performance of our Si87xx LED emulator input isolator in the 8-pin, SOIC package. The evaluation board is flexible enough to allow both hook-up to lab equipment for detailed spec evaluation as well as connection to an existing board. The evaluation board is jumper configurable for different device configurations and different drive schemes.

The Si87xx evaluation kit eases evaluation of the performance of our Si87xx LED emulator input isolator in the 6-pin, SDIP package. The evaluation board is flexible enough to allow both hook-up to lab equipment for detailed spec evaluation as well as connection to an existing board. The evaluation board is jumper configurable for different device configurations and different drive schemes.

The Si871x evaluation kit eases evaluation of the performance of Si871x LED emulator input isolator in the 8-pin DIP package. The evaluation board is flexible enough to allow both hook-up to lab equipment for detailed spec evaluation as well as connection to an existing board. The evaluation board is jumper configurable for different device configurations and different drive schemes.

Our family of Si87xx optocoupler replacement isolators provides reliability advantages over traditional optocouplers. The Si87xx family is resistant to temperature, age and forward current effects and provides a ten times lower FIT rate for longer life of service.

The Si87xx evaluation kit eases evaluation of the performance of our Si87xx LED emulator input isolator in the 8-pin, SOIC package. The evaluation board is flexible enough to allow both hook-up to lab equipment for detailed spec evaluation as well as connection to an existing board. The evaluation board is jumper configurable for different device configurations and different drive schemes.

The Si8862x evaluation kit allows customers to evaluate the performance of the Si88xx digital isolators with integrated dc-dc converter family of products. The evaluation board has the Si88621ED-IS populated to showcase the Si886xx family - this addition to the Si88xx family of products has extended dc-dc converter capabilities compared to the Si8824x.

The Si88xx evaluation kit allows customers to evaluate the performance of the Si88xx digital isolators with integrated dc-dc converter family of products. The evaluation board has the Si88241ED-IS populated to showcase the family. It is a complete solution for using a 3 - 5 V primary supply to deliver up to 2 W on the secondary side at 3 - 5 V supply voltage. Convenient test points are included to measure and observe time varying currents and voltages to calculate relevant parameters like efficiency, load/line regulation etc.

The Si83404AAA-KIT allows designers to evaluate the Si834x 4 channel, high-side (sourcing), isolated smart switch with a parallel input interface, channel indicators, and switch power supply warning indicator. The included evaluation board is populated with the Si83404AAA-IF isolated smart switch, test points to monitor all critical signal paths, as well as easy-to-use screw terminals for the logic interface and switch power supplies, as well as the channel inputs and outputs.

The Si83404AAA-KIT allows designers to evaluate the Si834x 4 channel, high-side (sourcing), isolated smart switch with a parallel input interface, channel indicators, and switch power supply warning indicator. The included evaluation board is populated with the Si83404AAA-IF isolated smart switch, test points to monitor all critical signal paths, as well as easy-to-use screw terminals for the logic interface and switch power supplies, as well as the channel inputs and outputs.

The Si83404AAA-KIT allows designers to evaluate the Si834x 4 channel, high-side (sourcing), isolated smart switch with a parallel input interface, channel indicators, and switch power supply warning indicator. The included evaluation board is populated with the Si83404AAA-IF isolated smart switch, test points to monitor all critical signal paths, as well as easy-to-use screw terminals for the logic interface and switch power supplies, as well as the channel inputs and outputs.

The Si83404AAA-KIT allows designers to evaluate the Si834x 4 channel, high-side (sourcing), isolated smart switch with a parallel input interface, channel indicators, and switch power supply warning indicator. The included evaluation board is populated with the Si83404AAA-IF isolated smart switch, test points to monitor all critical signal paths, as well as easy-to-use screw terminals for the logic interface and switch power supplies, as well as the channel inputs and outputs.

The Si83404AAA-KIT allows designers to evaluate the Si834x 4 channel, high-side (sourcing), isolated smart switch with a parallel input interface, channel indicators, and switch power supply warning indicator. The included evaluation board is populated with the Si83404AAA-IF isolated smart switch, test points to monitor all critical signal paths, as well as easy-to-use screw terminals for the logic interface and switch power supplies, as well as the channel inputs and outputs.

The Si83404AAA-KIT allows designers to evaluate the Si834x 4 channel, high-side (sourcing), isolated smart switch with a parallel input interface, channel indicators, and switch power supply warning indicator. The included evaluation board is populated with the Si83404AAA-IF isolated smart switch, test points to monitor all critical signal paths, as well as easy-to-use screw terminals for the logic interface and switch power supplies, as well as the channel inputs and outputs.

The Si83414AAA-KIT allows designers to evaluate the Si834x 4 channel, low-side (sinking), isolated smart switch with a parallel input interface, channel indicators, and switch power supply warning indicator. The included evaluation board is populated with the Si83414AAA-IF isolated smart switch, test points to monitor all critical signal paths, as well as easy-to-use screw terminals for the logic interface and switch power supplies, as well as the channel inputs and outputs.

The Si838x evaluation board allows designers to quickly evaluate this family of products. The EVB is populated with a Si8384P and three different input networks, each representing a recommendation derived from the respective IEC 61131-2 digital input types at 24 V dc. The Si838xISO-EVB allows designers to quickly evaluate the Si8384P’s functionality and capabilities by driving either 24 V digital logic signals into the test-points labeled “EXT” or 2 - 5 V signals into the remaining test-points. The board facilitates quick evaluation of the devices’ key parameters and also includes test points on each devices’ pins to accommodate direct connection to the designer’s end system.

The Si890xPWR-KIT demonstrates 50/60 Hz ac line voltage and current measurements. This EVB is housed in a plastic case with recessed connectors to protect against user electrical shock. The Si890x isolated AC mains monitor accepts a 110 or 220 vac input, and supports load currents up to 25 A (max). MSRP $163.00.

Please note: SI890PWR-EVB is being discontinued and is not recommended for new designs. The suggested replacement is SI8920ISO-KIT.

The SI8920ISO-KIT evaluation board allows for quick connection to a shunt resistor for check out of the functionality of the Si892x isolated amplifier. The Silicon Labs evaluation board is populated with the Si8920BC-IP device. This allows for connection to a shunt resistor that produces up to ±200 mV at full load. The board features test points for monitoring the inputs, outputs, and supplies for the device. Surface mount component pads are available for input or output filtering circuits. The Si8920ISO-KIT evaluation board demonstrates the functionality, the accuracy, the stability, and the low signal delay of the Si8920 amplifier.   

The SI8921ISO-KIT evaluation board allows for quick connection to a shunt resistor for check out of the functionality of the Si8921 isolated amplifier. The evaluation board is populated with the Si8921BD-IS4 device which allows for connection to a shunt resistor that produces up to ±310 mV at full load. The board features test points for monitoring the inputs, outputs, and supplies for the device. Surface mount component pads are available for input or output filtering circuits. The Si8921ISO-KIT evaluation board demonstrates the functionality, the accuracy, the stability, and the low signal delay of the Si8921 amplifier. 

The SI8922ISO-KIT evaluation board allows for quick connection to a shunt resistor for check out of the functionality of the Si8922 isolated amplifier. The evaluation board is populated with the Si8922BD-IS4 device which allows for connection to a shunt resistor that produces up to ±310 mV at full load. The board features test points for monitoring the inputs, outputs, and supplies for the device. Surface mount component pads are available for input or output filtering circuits. The Si8922ISO-KIT evaluation board demonstrates the functionality, the accuracy, the stability, and the low signal delay of the Si8922 amplifier.   

The SI8931ISO-KIT evaluation board allows for quick connection to a voltage signal for check out of the functionality of the Si8931 isolated amplifier. The evaluation board is populated with the Si8931D-IS4 device which allows for up to 2.5V voltages to be measured directly or much higher voltages with a voltage divider. The board features test points for monitoring the inputs, outputs, and supplies for the device. Surface mount component pads are available for input or output filtering circuits. The Si8931ISO-KIT evaluation board demonstrates the functionality, the accuracy, the stability, and the low signal delay of the Si8931 amplifier.   

The SI8932ISO-KIT evaluation board allows for quick connection to a voltage signal for check out of the functionality of the Si8932 isolated amplifier. The evaluation board is populated with the Si8932D-IS4 device which allows for up to 2.5V voltages to be measured directly or much higher voltages with a voltage divider. The board features test points for monitoring the inputs, outputs, and supplies for the device. Surface mount component pads are available for input or output filtering circuits. The Si8932ISO-KIT evaluation board demonstrates the functionality, the accuracy, the stability, and the low signal delay of the Si8932 amplifier.   

The SI8935ISO-KIT evaluation board allows for quick connection to a voltage signal for check out of the functionality of the Si8935 delta-sigma modulator. The evaluation board is populated with the Si8935D-IS4 device which allows for up to 2.5V voltages to be measured directly or much higher voltages with a voltage divider. This board provide direct access to DSM output signals via BNC connectors, a SINC3 filter with programmable OSR and sample size, a USB connection to a host PC, and a downloadable GUI for access to the SINC3 filter and the onboard programmable DSM clock source. The GUI provides a visual display of the time series and FFT of the device output with dynamic performance data along with options to change the DSM clock and sample size. The board features test points for monitoring the inputs, outputs, and supplies for the device. Surface mount component pads are available for input or output filtering circuits. The Si8935ISO-KIT evaluation board demonstrates the functionality, the accuracy, and the stability, of the Si8935 delta-sigma modulator.   

The SI8936ISO-KIT evaluation board allows for quick connection to a voltage signal for check out of the functionality of the Si8936 delta-sigma modulator. The evaluation board is populated with the Si8936D-IS4 device which allows for up to 2.5V voltages to be measured directly or much higher voltages with a voltage divider. This board provide direct access to DSM output signals via BNC connectors, a SINC3 filter with programmable OSR and sample size, a USB connection to a host PC, and a downloadable GUI for access to the SINC3 filter and the onboard programmable DSM clock source. The GUI provides a visual display of the time series and FFT of the device output with dynamic performance data along with options to change the DSM clock and sample size. The board features test points for monitoring the inputs, outputs, and supplies for the device. Surface mount component pads are available for input or output filtering circuits. The Si8936ISO-KIT evaluation board demonstrates the functionality, the accuracy, and the stability, of the Si8936 delta-sigma modulator.   

The SI8937ISO-KIT evaluation board allows for quick connection to a voltage signal for check out of the functionality of the Si8937 delta-sigma modulator. The evaluation board is populated with the Si8937D-IS4 device which allows for up to 2.5V voltages to be measured directly or much higher voltages with a voltage divider. This board provide direct access to DSM output signals via BNC connectors, a SINC3 filter with programmable OSR and sample size, a USB connection to a host PC, and a downloadable GUI for access to the SINC3 filter and the onboard programmable DSM clock source. The GUI provides a visual display of the time series and FFT of the device output with dynamic performance data along with options to change the DSM clock and sample size. The board features test points for monitoring the inputs, outputs, and supplies for the device. Surface mount component pads are available for input or output filtering circuits. The Si8937ISO-KIT evaluation board demonstrates the functionality, the accuracy, and the stability, of the Si8937 delta-sigma modulator.   

The SI8941ISO-KIT evaluation board allows for quick connection to a voltage signal for check out of the functionality of the Si8941 delta-sigma modulator. The evaluation board is populated with the Si8941BD-IS4 device which allows for connection to a shunt resistor that produces up to ±320 mV at full load. This board provide direct access to DSM output signals via BNC connectors, a SINC3 filter with programmable OSR and sample size, a USB connection to a host PC, and a downloadable GUI for access to the SINC3 filter and the onboard programmable DSM clock source. The GUI provides a visual display of the time series and FFT of the device output with dynamic performance data along with options to change the DSM clock and sample size. The board features test points for monitoring the inputs, outputs, and supplies for the device. Surface mount component pads are available for input or output filtering circuits. The Si8941ISO-KIT evaluation board demonstrates the functionality, the accuracy, and the stability, of the Si8941 delta-sigma modulator.   

 The SI8946ISO-KIT evaluation board allows for quick connection to a shunt resistor for check out of the functionality of the Si8946 delta-sigma modulator. The evaluation board is populated with the Si8946BD-IS4 device which allows for connection to a shunt resistor that produces up to ±320 mV at full load. This board provide direct access to DSM output signals via BNC connectors, a SINC3 filter with programmable OSR and sample size, a USB connection to a host PC, and a downloadable GUI for access to the SINC3 filter and the onboard programmable DSM clock source. The GUI provides a visual display of the time series and FFT of the device output with dynamic performance data along with options to change the DSM clock and sample size. The board features test points for monitoring the inputs, outputs, and supplies for the device. Surface mount component pads are available for input or output filtering circuits. The Si8946ISO-KIT evaluation board demonstrates the functionality, the accuracy, and the stability, of the Si8946 delta-sigma modulator. 

  The SI8947ISO-KIT evaluation board allows for quick connection to a shunt resistor for check out of the functionality of the Si8947 delta-sigma modulator. The evaluation board is populated with the Si8947BD-IS4 device which allows for connection to a shunt resistor that produces up to ±320 mV at full load. This board provide direct access to DSM output signals via BNC connectors, a SINC3 filter with programmable OSR and sample size, a USB connection to a host PC, and a downloadable GUI for access to the SINC3 filter and the onboard programmable DSM clock source. The GUI provides a visual display of the time series and FFT of the device output with dynamic performance data along with options to change the DSM clock and sample size. The board features test points for monitoring the inputs, outputs, and supplies for the device. Surface mount component pads are available for input or output filtering circuits. The Si8947ISO-KIT evaluation board demonstrates the functionality, the accuracy, and the stability, of the Si8947 delta-sigma modulator. 

The Si8751-KIT evaluation board allows designers to easily evaluate and develop with Si875x isolated FET drivers. The boards come populated with the digital input Si8751. The board includes screw terminals for quick evaluation of the devices’ key parameters and also includes test points on each of the device’s pins to accommodate direct connection to the designer’s end system.

The Si8751-KIT evaluation board allows designers to easily evaluate and develop with Si875x isolated FET drivers. The boards come populated with the digital input Si8751. The board includes screw terminals for quick evaluation of the devices’ key parameters and also includes test points on each of the device’s pins to accommodate direct connection to the designer’s end system. The EVB supports both DC or AC switching with jumper selectable options to evaluate power reduction and miller clamp functions. The Si8751-KIT evaluation board demonstrates how easy it is to replace electromechanical or solid state relays using the Si875x with a cost, power, and performance optimized FET.

The Si8239x evaluation board allows designers to evaluate Si8239x family of ISOdrivers. Screw terminals are provided to allow for quick evaluation of the devices’ key parameters. Test points are also included on each of the device pins to accommodate direct connection to the designer’s end system. In addition, jumpers are included to allow for manual setting of the devices input as well as the boot strap circuitry on the output if desired. The boards come populated with the Si82394 version of the family. However, jumpers provided should let the user replace the Si82394 with one of the dual input versions of the device.

The Si823H2-KIT evaluation board allows you to evaluate our Si823Hx family of high performance drivers. The board is populated with the Si823H2x version of the family. The board includes test terminals for quick evaluation of the devices’ key parameters and to accommodate direct connection to the designer’s end system.

The Si823H9-KIT evaluation board allows you to evaluate our Si823Hx family of high performance drivers. The board is populated with the Si823H9x version of the family. The board includes test terminals for quick evaluation of the devices’ key parameters and to accommodate direct connection to the designer’s end system.

The Si823Hx Gate Driver Board (GDB) is ideal for driving power modules and discrete transistors. This two-channel isolated gate driver solution features a differential digital interface, optimized on-board isolated power supply, and user-configurable turn-on and turn-off gate resistors. Status indicator LEDs and test points make evaluation and prototyping easy.

The Si823Hx Gate Driver Board (GDB) is ideal for driving power modules and discrete transistors. This two-channel isolated gate driver solution features a differential digital interface, optimized on-board isolated power supply, and user-configurable turn-on and turn-off gate resistors. Status indicator LEDs and test points make evaluation and prototyping easy.

The Si823Hx Gate Driver Board (GDB) is ideal for driving power modules and discrete transistors. This two-channel isolated gate driver solution features a differential digital interface, optimized on-board isolated power supply, and user-configurable turn-on and turn-off gate resistors. Status indicator LEDs and test points make evaluation and prototyping easy.

The Si823Hx Gate Driver Board (GDB) is ideal for driving power modules and discrete transistors. This two-channel isolated gate driver solution features a differential digital interface, optimized on-board isolated power supply, and user-configurable turn-on and turn-off gate resistors. Status indicator LEDs and test points make evaluation and prototyping easy.

The Si823Hx Gate Driver Board (GDB) is ideal for driving power modules and discrete transistors. This two-channel isolated gate driver solution features a differential digital interface, optimized on-board isolated power supply, and user-configurable turn-on and turn-off gate resistors. Status indicator LEDs and test points make evaluation and prototyping easy.

This evaluation board allows designers to evaluate Si8252x family of high performance drivers. The board is populated with the Si82520BD-IS3. The board includes test terminals for quick evaluation of the devices’ key parameters and to accommodate direct connection to the designer’s end system.

The DIP8 Si826x evaluation board allows designers to evaluate Si826x family of CMOS based LED Emulator Input ISOdrivers with the 8-pin DIP package. The Si826x ISOdrivers are pin-compatible, drop-in upgrades for popular opto-coupled gate drivers. The Si826x isolated gate drivers utilize our proprietary silicon isolation technology, supporting up to 5.0 kV RMS withstand voltage per UL1577. This technology enables higher-performance, reduced variation with temperature and age, tighter part-to-part matching, and superior common-mode rejection compared to opto-drivers.

The family of Si826x opto-coupled gate drivers provides reliability advantages over traditional opto-drivers. The Si826x family has almost 10x lower propagation delay and skew, is resistant to temperature and aging effects and provides a ten times lower FIT rate for longer life of service.

The SDIP6 Si826x evaluation board allows designers to evaluate Si826x family of CMOS based LED Emulator Input ISOdrivers with the 6-pin SDIP package. The Si826x ISOdrivers are pin-compatible, drop-in upgrades for popular opto-coupled gate drivers. The Si826x isolated gate drivers utilize our proprietary silicon isolation technology, supporting up to 5.0 kV RMS withstand voltage per UL1577. This technology enables higher-performance, reduced variation with temperature and age, tighter part-to-part matching, and superior common-mode rejection compared to opto-drivers.

The SOIC8 Si826x evaluation board allows designers to evaluate our Si826x family of CMOS based LED Emulator Input ISOdrivers with the 8-pin SOIC package. The Si826x ISOdrivers are pin-compatible, drop-in upgrades for popular opto-coupled gate drivers. The Si826x isolated gate drivers utilize our proprietary silicon isolation technology, supporting up to 5.0 kV RMS withstand voltage per UL1577. This technology enables higher-performance, reduced variation with temperature and age, tighter part-to-part matching, and superior common-mode rejection compared to opto-drivers.

The Si8273 evaluation board allows designers to evaluate Si827x family of high CMTI performance ISOdrivers. The board come populated with the Si8271 and either the Si8273 version of the family. The board includes screw terminals for quick evaluation of the devices’ key parameters and also includes test points on each devices’ pins to accommodate direct connection to the designer’s end system.

The Si8274 evaluation board allows designers to evaluate Si827x family of high CMTI performance ISOdrivers. The board come populated with the Si8271 and either the Si8274 version of the family. The board includes screw terminals for quick evaluation of the devices’ key parameters and also includes test points on each devices’ pins to accommodate direct connection to the designer’s end system.

The Si8275 evaluation board allows designers to evaluate our Si827x family of high CMTI performance ISOdrivers. The board comes populated with either the Si8271 or the Si8275 version of the family. The board includes screw terminals for quick evaluation of the devices’ key parameters and also includes test points on each devices’ pins to accommodate direct connection to the designer’s end system.

The SI8281 evaluation board highlights the Si8281CD-IS configuration of the Si828x family of isolated IGBT drivers. This device combines a high-quality, isolated gate driver with a high-efficiency dc-dc converter to simplify system power routing. The board includes all BOM necessary for the dc-dc power converter and emphasizes the small space used by outlining the basic BOM in white. The board requires a 5 V input, and the power converter delivers a -9 V and a 15 V rail on the driver side.

The Si8284V2-KIT’s evaluation board highlights the Si8284 part number from the Si828x family of isolated SiC FET and IGBT gate drivers. The Si8284 combines a high-quality, isolated gate driver with a high-efficiency dc-dc converter to simplify system power routing. The dc-dc converter in this configuration utilizes an external FET for power switching, which allows up to 24V input voltage.

The Si8285/86 evaluation board allows system designers to evaluate the features and specifications of the Si8285 and Si8286 isolated IGBT drivers. Sockets are provided to allow the user to mount an IGBT or representative capacitor directly to the board. Alternately, the board can be wired to an in situ switch through the output screw terminals. Power is applied through screw terminals on both sides, and signals can be applied or monitored through a standard header.

The Si828x Half Bridge Reference Design is a design package engineers can utilize to implement a half-bridge circuit to invert a DC Link voltage to a pseudo-sinusoidal AC voltage.

The Si828x Half Bridge Reference Design is a design package engineers can utilize to implement a half-bridge circuit to invert a DC Link voltage to a pseudo-sinusoidal AC voltage.

The Si828x Half Bridge Reference Design is a design package engineers can utilize to implement a half-bridge circuit to invert a DC Link voltage to a pseudo-sinusoidal AC voltage.

The Si82xx ISOdriver evaluation kit provides a platform for evaluating several different isolated gate driver products. The board is intended to simplify basic functional testing and engineering validation of the Si822x/3x ISOdriver devices. For each device unique power and ground screw terminals are available for connection with the user’s evaluation system. The high side driver has a bootstrap circuit available as a jumper option. Also, accommodation is made for user installed power transistors and gate resistors.