PartNumber | VND7NV04TR-E | VND7NV04TR | VND7NV04TR-E-CUT TAPE |
Description | MOSFET N-Ch 42V 6A OmniFET | ||
Manufacturer | STMicroelectronics | STMicroelectronics | - |
Product Category | MOSFET | PMIC - Power Distribution Switches, Load Drivers | - |
RoHS | Y | - | - |
Technology | Si | Si | - |
Mounting Style | SMD/SMT | SMD/SMT | - |
Package / Case | TO-252-3 | - | - |
Transistor Polarity | N-Channel | N-Channel | - |
Vds Drain Source Breakdown Voltage | 45 V | - | - |
Id Continuous Drain Current | 6 A | - | - |
Rds On Drain Source Resistance | 60 mOhms | - | - |
Qg Gate Charge | 18 nC | - | - |
Pd Power Dissipation | 60 W | - | - |
Qualification | AEC-Q101 | - | - |
Packaging | Reel | Digi-ReelR Alternate Packaging | - |
Series | VND7NV04 | OMNIFET II, VIPower | - |
Type | Low Side | - | - |
Brand | STMicroelectronics | - | - |
Forward Transconductance Min | 9 S | - | - |
Fall Time | 350 ns | 350 ns | - |
Moisture Sensitive | Yes | - | - |
Product Type | MOSFET | - | - |
Rise Time | 470 ns | 470 ns | - |
Factory Pack Quantity | 2500 | - | - |
Subcategory | MOSFETs | - | - |
Unit Weight | 0.139332 oz | 0.139332 oz | - |
Package Case | - | TO-252-3, DPak (2 Leads + Tab), SC-63 | - |
Input Type | - | Non-Inverting | - |
Operating Temperature | - | -40°C ~ 150°C (TJ) | - |
Output Type | - | N-Channel | - |
Features | - | - | - |
Interface | - | On/Off | - |
Supplier Device Package | - | D-Pak | - |
Ratio InputOutput | - | 1899/12/30 1:01:00 | - |
Number of Outputs | - | 1 | - |
Voltage Supply Vcc Vdd | - | Not Required | - |
Fault Protection | - | Current Limiting (Fixed), Over Temperature, Over Voltage | - |
Output Configuration | - | Low Side | - |
Rds On Typ | - | 60 mOhm (Max) | - |
Voltage Load | - | 36V (Max) | - |
Current Output Max | - | 6A | - |
Switch Type | - | General Purpose | - |
Pd Power Dissipation | - | 60 W | - |
Id Continuous Drain Current | - | 6 A | - |
Vds Drain Source Breakdown Voltage | - | 45 V | - |
Rds On Drain Source Resistance | - | 60 mOhms | - |
Qg Gate Charge | - | 18 nC | - |
Forward Transconductance Min | - | 9 S | - |