FQP30N06L-VB, a N-channel TO220 MOSFET datasheet parameters video explanation

Model: FQP30N06L-VB.
Silkscreen: VBM1638.
Brand: VBsemi.
Package: TO-220.
Channel Type: N—Channel.
Maximum Voltage (VDS): 60V.
Maximum Current (ID): 50A.
On-resistance (RDS(ON)): 24mΩ @ VGS=10V, VGS=20V.
Gate Threshold Voltage (Vth): 1.8V.
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**Detailed Parameter Description:**.
1. **Channel Type:** N—Channel, indicating that this is an N-channel MOSFET. .
2. **Maximum Voltage (VDS):** 60V, this is the maximum drain-source voltage that the device can withstand. .
3. **Maximum Current (ID):** 50A, this is the maximum drain current that the device can withstand. .
4. **On-resistance (RDS(ON)):** 24mΩ @ VGS=10V, VGS=20V, this is the drain-source resistance in the on state at different gate voltages. .
5. **Gate threshold voltage (Vth):** 1.8V, this is the minimum gate voltage required to put the device into the on state. .
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**Application Introduction:**.
FQP30N06L-VB is an N-channel field effect transistor (MOSFET) commonly used in power amplifier and switching power supply applications. Its low on-resistance and high current characteristics make it suitable for circuits that require high efficiency and high current handling. .
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**Application Fields:**.
1. **Power Management Module:** Used in switching power supplies, regulators and DC-DC converters. .
2. **Motor Drive:** Used in motor control circuits such as DC motor control. .
3. **Automotive Electronics:** Used in power management and control units in automotive electronic systems. .
4. **Industrial Control:** Suitable for various industrial automation and control systems. .
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**Precautions for use:**.
1. **Maximum Ratings:** Do not exceed the maximum current and voltage values specified in the device specifications. .
2. **Heat Dissipation:** For high power applications, proper heat dissipation is required to ensure that the device operates at normal operating temperature. .
3. **Static Electrostatic Protection:** When handling and installing the device, please take static electrostatic protection measures to prevent electrostatic discharge from damaging the device. .
4. **Application Circuit Design:** When designing the circuit, please refer to the data sheet and application notes provided by the manufacturer to ensure the correct power supply and control circuit. .
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Please note that the above information is a general recommendation based on the provided parameters and general experience. In actual applications, please always refer to the specific data sheet and application guide provided by the manufacturer.