HomeElectronicsExcessive-Facet Switches For Automotive Load Management

Excessive-Facet Switches For Automotive Load Management


– Commercial –

The high-side switches management many load varieties in vehicles, provide present sensing, robust safety, and meet robust requirements to be used in trendy car methods.

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NOVOSENSE Microelectronics has introduced the discharge of the NSE34xxx and NSE35xxx collection high-side switches, designed to drive numerous load varieties reminiscent of resistive, inductive, and halogen lamps in automotive methods like Physique Management Modules (BCMs). They’re additionally well-suited for managing giant capacitive masses generally discovered within the energy distribution of Zonal Management Models (ZCUs). These switches can be found in 1, 2, or 4-channel configurations and are available in HSSOP-16 or HSSOP-14 packages, with Rds(on) values starting from 8mΩ to 140mΩ. They function correct present sensing for real-time load monitoring and fault analysis.

To make sure secure and dependable operation, the collection contains complete safety options reminiscent of overcurrent, short-circuit, overtemperature, overvoltage, floor and energy loss, reverse polarity, and open-load detection. Each the NSE34xxx and NSE35xxx collection are AEC-Q100 certified and meet AEC-Q100-012 stage A requirements, providing sturdiness with over a million cycles of short-circuit and overcurrent safety. These high-side switches are ideally fitted to use in BCMs and ZCUs in trendy automotive architectures.

– Commercial –

A number of the key options of the NSE34xxx and NSE35xxx embody:

  • AEC-Q100 certified
  • Working temperature vary: -40°C – 125°C
  • Correct present sensing: +/-25% at 200mA load
  • Overvoltage clamping, and supporting inductive masses
  • Overcurrent safety
  • Overtemperature safety: absolute overtemperature safety, relative overtemperature safety
  • Diagnostic output: Open circuit detection, quick circuit detection, and overtemperature detection
  • AEC-Q100-012 Stage A certification

The high-side swap collection is designed to drive resistive, inductive, halogen, and capacitive masses in automotive Physique Management Modules (BCMs) and Zonal Management Models (ZCUs). Supplied in 1-, 2-, or 4-channel variations with HSSOP-14 or HSSOP-16 packaging and Rds(on) values starting from 8 to 140 mΩ, the collection options correct present sensing for diagnostics and monitoring, built-in safety capabilities, and AEC-Q100-012 Grade A certification for over a million safety cycles.

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