1
The VPMS2SM datasheet highlights its versatility across varying electrical environments: 4.5V to 36V Switching Frequency: 500kHz Package Type: QFN-72 (8x8x0.9 mm) Interfaces: Native support for SPI, I²C, and UART Max Clock Frequency: 120 MHz Thermal Resistance ( θJAtheta sub cap J cap A end-sub ): 40 °C/W Key Features and Performance
Features integrated thermal shutdown, over-current, and over-voltage protection to ensure long-term field stability. Applications and Compatibility
Includes built-in filtering to enhance signal integrity in data-sensitive applications.
Its robust build allows it to function in foundries, chemical plants, and outdoor cabinets.
It is frequently used as a DC-DC converter IC for Samsung LCD/UHD panels.
It is pin-to-pin compatible with the discontinued VPMS2RT , allowing for hardware repairs without requiring firmware modifications. Sourcing and Authenticity VPMS2SM ICONMITUS | IC-Components
Optimized internal circuitry allows for fast switching speeds while maintaining low power consumption.
The VPMS2SM datasheet highlights its versatility across varying electrical environments: 4.5V to 36V Switching Frequency: 500kHz Package Type: QFN-72 (8x8x0.9 mm) Interfaces: Native support for SPI, I²C, and UART Max Clock Frequency: 120 MHz Thermal Resistance ( θJAtheta sub cap J cap A end-sub ): 40 °C/W Key Features and Performance
Features integrated thermal shutdown, over-current, and over-voltage protection to ensure long-term field stability. Applications and Compatibility vpms2sm datasheet
Includes built-in filtering to enhance signal integrity in data-sensitive applications. It is frequently used as a DC-DC converter
Its robust build allows it to function in foundries, chemical plants, and outdoor cabinets. and outdoor cabinets.
It is frequently used as a DC-DC converter IC for Samsung LCD/UHD panels.
It is pin-to-pin compatible with the discontinued VPMS2RT , allowing for hardware repairs without requiring firmware modifications. Sourcing and Authenticity VPMS2SM ICONMITUS | IC-Components
Optimized internal circuitry allows for fast switching speeds while maintaining low power consumption.