1 Compact quarter brick package delivering up to 85W power, ideal for space-constrained designs

2 Rugged encapsulated construction for durability in demanding environments

3 Wide operating baseplate temperature range of -40°C to 115°C, suitable for extreme temperature conditions

4 High efficiency performance with magnetic feedback loop, ensuring stable power conversion

5 Input voltage range of 9-40V DC, output voltage of 12V DC (max current 7.1A, max power 85W)

6 Non-flanged baseplate design (model N07) for flexible mounting options

7 Equipped with overcurrent, overvoltage, and overtemperature protection mechanisms (overtemperature protection features shutdown and auto-recovery)

8 Isolation voltage of 2250V between input-output, input-baseplate, and output-baseplate, ensuring safe operation

9 Supports compliance with strict electromagnetic compatibility standards when paired with recommended input filters

10 Capable of operating at altitudes up to 70,000ft, adapting to high-altitude environments

1 Industrial electronic systems operating in extreme temperature conditions (-40°C to 115°C)

2 Compact electronic devices requiring high power density in limited space

3 High-altitude electronic equipment needing reliable power conversion

4 Ruggedized outdoor equipment (like industrial sensors, heavy machinery control systems) exposed to harsh environments

5 Electronic designs needing strict protection against overcurrent, overvoltage, and overtemperature issues

6 Systems requiring safe isolation between input and output circuits

1 Ensure the input voltage is within the specified range of 9-40V DC to prevent device damage

2 For compliance with relevant standards, use the recommended input filters (FQA or FQB series) as specified in the product documentation

3 Follow the recommended hole pattern for mounting non-flanged baseplate models to ensure secure installation

4 Do not exceed the maximum operating temperature range (-40°C to 115°C) to maintain optimal performance and reliability

5 In case of overtemperature shutdown, allow the device to cool down before it auto-recovers to normal operation

6 Ensure proper insulation between input, output, and baseplate to maintain the specified isolation voltage

7 Refer to the pin assignment diagram for correct wiring of remote sense and other functional pins

HQA2W085W120V-N07-S-PDF数据手册-参考资料