Vishay Semiconductors VS-HOT200C080 200A 80V Power MOSFET Module
Vishay Semiconductor VS-HOT200C080 200A 80V Power MOSFET Module is an integrated device that features half-bridge MOSFETs with best-in-class RDS(ON) in a compact transfer-mold FlatPAK HC0 package. This device has a drain-to-source voltage (VDSS) of 80V and a continuous drain current (ID) of 195A at +80°C. To increase efficiency, the low on-resistance of the power module’s MOSFETs reduces conduction losses by 32% compared to competing solutions. The device reduces board space requirements by up to 15% compared to standard discrete solutions. The Vishay Semiconductor VS-HOT200C080 integrates 80V MOSFETs in a half-bridge configuration, a shunt resistor for current reading, bypass capacitors for improved switching performance, and an NTC for temperature sensing.
Features
- Insulated 30mm x 22.8mm transfer-mold FlatPAK HC0 package
- 80V drain to source voltage
- 0.45mΩ (typ.) on-resistance, Q1 (chip level) [RDS(ON)]
- Continuous drain current of 195A at +80°C
- Half bridge inverter
- Current and temperature sensing
- Electrically isolated exposed DBC substrate
- C snubber for low EMI
- Qualified according to AQG324 guidelines
- PPAP capable
- Epoxy compound UL 94V-0 certified
Applications
- Automotive electrification (belt-start generators/recuperation systems for MHEVs)
- Micro mobility (48V traction inverters)
Specifications
- 1050A pulsed drain current (IDM) (TC = +25°C, tp = 250μs, square waveform)
- 1530A pulsed source current (body diode) (ISM) (TC = +150°C, tp = 1ms, square waveform)
- 194W power dissipation (PD) TC = +25°C
- ±20V gate to source voltage (VGS)
- 130nC (typ.) total gate charge (Qg) with ID = 80A, VDS = 48V, VGS = 0V/10V
- 39nC (typ.) gate to source charge (Qgs) with ID = 80A, VDS = 48V, VGS = 0V/10V
- 24nC (typ.) gate to drain (“Miller”) charge (Qgd) with ID = 80A, VDS = 48V, VGS = 0V/10V
- -55 to +175°C junction temperature range (TJ)
- -40 to +150°C storage temperature range (TStg)
- -40 to +150°C operating temperature range (Top)
Circuit Configuration
Dimensions
