Data Sheet Rev. 0
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Overview

Features and Benefits

  • Robust Operation with Wide Range of Input Voltage up to +80V (max) and Load Current up to 9A (max)
  • Safe Inductive Load Switching with Output Clamping
  • Optional VDD-reference Output Clamping Diode
  • Wire-Break and Overload Fault LED Indications
  • On-Board Isolation between Logic and Field Sides
  • On-Board 3.3V LDO to Supply Logic Input
  • ±2kV Surge Transients, ±8kV Contact, and ±15kV Airgap ESD Protection
  • ±4kV EFT Burst and 10VRMS, 10kHz to 80MHz RF Conducted Immunity
  • -40°C to +125°C Operating Temperature Range
  • Proven PCB Layout
  • Fully Assembled and Tested

Product Details

The MAX22910 evaluation kit (EV kit) provides a proven design to evaluate the MAX22910, a 21mΩ single-channel high-side switch with advanced diagnostics for industrial applications. The EV kit is powered from an external power supply at VDD, while the on-board LT3014 LDO generates a 3.3V for the logic input level of the MAX22910. The logic level can be set with an external power supply at VL, alternatively. The EV kit is preinstalled with ADuM342E0, a four-channel digital isolator with default-low output. It provides digital isolation between the field and logic sides for logic control I/Os.

The MAX22910 EV kit comes with an output clamping diode installed to protect the device from negative kickback voltage during switching off the inductive loads. The EV kit is specified for EMC protection against surge and ESD transients, EFT, and RF conducted immunity.

The MAX22910 EV kit comes with MAX22910AFZ+ installed in a compact 4.5mm x 5.75mm FC2QFN package. The EV kit is specified for operation with up to +60V supply voltage at VDD and from -40°C to +125°C operating temperature range.

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Applicable Parts

Documentation & Resources

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  • Data Sheet (1)
  • Evaluation Design File (1)
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