• Part: FAD3151MXA
  • Description: Single Channel Floating Gate Drivers
  • Manufacturer: onsemi
  • Size: 205.19 KB
Download FAD3151MXA Datasheet PDF
onsemi
FAD3151MXA
FAD3151MXA is Single Channel Floating Gate Drivers manufactured by onsemi.
DATA SHEET .onsemi. 110 V 2.5 A Single Channel Floating Gate Drivers with Desaturation Protection and Charge Pump FAD3151MXA, FAD3171MXA The FAD3151MXA and FAD3171MXA are single channel floating automotive gate drivers suitable for driving high- speed power MOSFETs up to 110 V. Designed in a SOI technology, the drivers are ideal for applications that require noise immunity against severe negative transients and ground offset up to - 80 V. The FAD3151MXA/71 drivers have an integrated desaturation detection to protect the power switches during short- circuit and over- current conditions. The drivers are also equipped with a soft shutdown feature, which initiates a soft shutdown of driver outputs upon desat detection, thus preventing possible overvoltage across power MOSFETs during a heavy- load condition. The FAD3151MXA/71 drivers are equipped with bidirectional fault reporting pin that can generate a fault output during desat and under- voltage lockout (UVLO) condition. The bidirectional nature of the fault- reporting pin allows the driver to respond to external fault mands, thereby facilitating fault munication across the system. In addition, the FAD3171MXA has an integrated charge pump to support 100% duty cycle operation of high side MOSFETs. In summary, the FAD3151MXA/71 are versatile drivers with Features like desat detection, soft shutdown, fault reporting capability, UVLO protection, and charge pump. Features - Single Channel Gate Driver with 110 V floating Vs capability - Negative Transient Capability up to - 80 V - 2.5 A Output Source and Sink Current - MOSFET Drain- Source Desaturation Detection with Soft Shutdown - Integrated Charge Pump to support 100% Duty Cycle Operation (FAD3171MXA only) - Under- voltage Lock Out for both Input Logic and Output Stage - Bi- directional Fault Reporting Pin - High Speed Driver with Short Propagation Delay - d Vs/dt Immune to min 50 V/ns - 3.3 V and 5 V Input Logic patible - Up to VDD Swing on Input Pins - SOIC- 8...