Overview
Description
The ISL94202EVKIT1Z is an evaluation kit that facilitates testing of the ISL94202 Li-ion battery pack monitor and control IC. The evaluation kit contains:
- ISL94202EVAL1Z evaluation board
- MCB_PS_Z multi-cell power supply test board
- ISL94202INTFACEKIT1Z USB to I2C interface kit includes a PCB, I2C cable and ISO-DONGLE1Z
- USB cable, connects PC to USB-I2C interface board
The ISL94202 monitors cell voltage, current and temperature. It converts the cell voltages, pack current, and temperatures to 12-bit digital values, provides cell balance control, and provides complete stand-alone battery pack operation.
Default stand-alone operation of the ISL94202 can be overridden by an external microcontroller. The PC based GUI includes functions to monitor stand-alone operation and to demonstrate operation with an external microcontroller.
Features
- Status LEDs monitor RGO, EOC, SD, and PSD conditions
- Jumper configuration single or split path applications
- Wakeup push button for "Exit Sleep" control
- FETs off push button for quick all FETs off condition
- Cell balance LEDs for MCB process observation
- PCB layout accommodates "solder braid" addition for high current evaluation
- Software enables real time observation and data collection of 14 analog measurements and 27 digital status indicators
Applications
Design & Development
Software & Tools
Software Downloads
Support
Support Communities
- ISL94202EVKIT1Z not detected
I just received your ISL94202EVKIT1Z. Couple issues. The kit came with a iso-dongle-ev1z Rev C PCB. I cannot find any documentation for Rev C of this board. The kit came with a USB dongle. One of the files is: REN_isl94203evkit1z-software_LBR_20171117.exeWhen I run this ...
Apr 28, 2026 - Can we use ISODONGLE1Z for ISL94216
I have ISODONGLE1Z to program ISL94216 can i use it. I am trying to use it but the GUI for 94216 is not detecting this dongle
Aug 26, 2022 - ISL94202 Internal temperature calculation
I have a problem with calculating the internal temperature of the ISL94202 chip. In the documentation: on page 14: +25℃ = 0.276 V ( TempV = [iTB:iT0]10*1.8/4095/GAIN) on page 91: TempV= RegValue * 1.8 / 4095 Itemp= (TempV*1000/1.8527)-273.15 ...
Jul 2, 2025