MAX20094

• Easy Testing of CC/CV Charger, SOH Functions, and Boost Controller
• Free Downloadable EV Kit GUI
• MINIQUSB for Simplified Control
• Jumpers and Pins for External I²C Controller
• Optimized Application Layout for Quick Implementation
• Both MAX20094 and MAX20095 EV Kits Can be Used to Evaluate Either of the Pin-Compatible ICs with Component Replacement of the U1 IC
• Proven PCB Layout
• Fully Assembled and Tested

The MAX20094/MAX20095 evaluation kits (EV kits) are fully assembled and tested application circuits for the MAX20094/MAX20095 backup battery chargers and boost controllers with I²C capability. The EV kits are set up to provide the user with a convenient method to assess the constant-current/constant-voltage (CC/CV) battery charger, state-of-health (SOH) diagnostic features, and the boost controller.

Both EV kits are recommended for use with the free MAX20094 companion GUI and an I²C interface board, such as the Maxim Integrated command module (MINIQUSB). The MINIQUSB enables I²C communication through the USB port of a PC by emulating a 2-wire interface. The EV system includes both the EV kit and the MINIQUSB command module. Note: The EV kit can also be used as a stand-alone board without these items. The EV kit can also evaluate the pin-compatible MAX20095 with IC replacement of U1.

Applications

• Automotive Telematics Battery Backup
• Single or Multicell Battery-Backup Systems

• Easy Testing of CC/CV Charger, SOH Functions, and Boost Controller
• Free Downloadable EV Kit GUI
• MINIQUSB for Simplified Control
• Jumpers and Pins for External I²C Controller
• Optimized Application Layout for Quick Implementation
• Both MAX20094 and MAX20095 EV Kits Can be Used to Evaluate Either of the Pin-Compatible ICs with Component Replacement of the U1 IC
• Proven PCB Layout
• Fully Assembled and Tested

The MAX20094/MAX20095 evaluation kits (EV kits) are fully assembled and tested application circuits for the MAX20094/MAX20095 backup battery chargers and boost controllers with I²C capability. The EV kits are set up to provide the user with a convenient method to assess the constant-current/constant-voltage (CC/CV) battery charger, state-of-health (SOH) diagnostic features, and the boost controller.

Both EV kits are recommended for use with the free MAX20094 companion GUI and an I²C interface board, such as the Maxim Integrated command module (MINIQUSB). The MINIQUSB enables I²C communication through the USB port of a PC by emulating a 2-wire interface. The EV system includes both the EV kit and the MINIQUSB command module. Note: The EV kit can also be used as a stand-alone board without these items. The EV kit can also evaluate the pin-compatible MAX20095 with IC replacement of U1.

Applications

• Automotive Telematics Battery Backup
• Single or Multicell Battery-Backup Systems

• Easy Testing of CC/CV Charger, SOH Functions, and Boost Controller
• Free Downloadable EV Kit GUI
• MINIQUSB for Simplified Control
• Jumpers and Pins for External I²C Controller
• Optimized Application Layout for Quick Implementation
• Both MAX20094 and MAX20095 EV Kits Can be Used to Evaluate Either of the Pin-Compatible ICs with Component Replacement of the U1 IC
• Proven PCB Layout
• Fully Assembled and Tested

The MAX20094/MAX20095 evaluation kits (EV kits) are fully assembled and tested application circuits for the MAX20094/MAX20095 backup battery chargers and boost controllers with I²C capability. The EV kits are set up to provide the user with a convenient method to assess the constant-current/constant-voltage (CC/CV) battery charger, state-of-health (SOH) diagnostic features, and the boost controller.

Both EV kits are recommended for use with the free MAX20094 companion GUI and an I²C interface board, such as the Maxim Integrated command module (MINIQUSB). The MINIQUSB enables I²C communication through the USB port of a PC by emulating a 2-wire interface. The EV system includes both the EV kit and the MINIQUSB command module. Note: The EV kit can also be used as a stand-alone board without these items. The EV kit can also evaluate the pin-compatible MAX20095 with IC replacement of U1.

Applications

• Automotive Telematics Battery Backup
• Single or Multicell Battery-Backup Systems

• Easy Testing of CC/CV Charger, SOH Functions, and Boost Controller
• Free Downloadable EV Kit GUI
• MINIQUSB for Simplified Control
• Jumpers and Pins for External I²C Controller
• Optimized Application Layout for Quick Implementation
• Both MAX20094 and MAX20095 EV Kits Can be Used to Evaluate Either of the Pin-Compatible ICs with Component Replacement of the U1 IC
• Proven PCB Layout
• Fully Assembled and Tested

The MAX20094/MAX20095 evaluation kits (EV kits) are fully assembled and tested application circuits for the MAX20094/MAX20095 backup battery chargers and boost controllers with I²C capability. The EV kits are set up to provide the user with a convenient method to assess the constant-current/constant-voltage (CC/CV) battery charger, state-of-health (SOH) diagnostic features, and the boost controller.

Both EV kits are recommended for use with the free MAX20094 companion GUI and an I²C interface board, such as the Maxim Integrated command module (MINIQUSB). The MINIQUSB enables I²C communication through the USB port of a PC by emulating a 2-wire interface. The EV system includes both the EV kit and the MINIQUSB command module. Note: The EV kit can also be used as a stand-alone board without these items. The EV kit can also evaluate the pin-compatible MAX20095 with IC replacement of U1.

Applications

• Automotive Telematics Battery Backup
• Single or Multicell Battery-Backup Systems