Model: FQPF30N06L-VB.
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**Silkscreen:** VBMB1638.
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**Brand:** VBsemi.
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**Parameters:**.
- Type: N-channel.
- Rated voltage (Vds): 60V.
- Maximum current (Id): 45A.
- Static drain-source resistance (RDS(ON)): 27mΩ @ 10V, 31mΩ @ 4.5V, 20Vgs (±V).
- Threshold voltage (Vth): 1~3V.
- Package: TO220F.
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**Product Introduction:**.
FQPF30N06L-VB is an N-channel field effect transistor produced by VBsemi, suitable for a variety of electronic applications. It has low static drain-source resistance (RDS(ON)) and rated current (Id), making it very useful in high-power, high-frequency and high-efficiency circuits. .
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**Main Features:**.
- Low on-resistance: With low static drain-source resistance (RDS(ON)), it can reduce power consumption and heat generation in switching applications. .
- High rated voltage: With a rated voltage (Vds) of 60V, it is suitable for a variety of power supply voltage ranges. .
- Low threshold voltage: With a lower threshold voltage (Vth), it performs well in low-voltage trigger circuits. .
- TO220F package: Suitable for standard TO220F package, easy to install and heat dissipation. .
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**Application fields:**.
FQPF30N06L-VB is commonly used in the following fields and modules:.
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1. **Power switching devices:** Due to its high rated voltage and low on-resistance, it is often used in power switching devices such as switching power supplies, inverters and regulators to improve the efficiency and performance of the circuit. .
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2. **Drive circuit:** This model is also often used as a switching element of drive circuits such as motor drivers and motor controllers to achieve efficient control of motors. .
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3. **Electronic equipment:** FQPF30N06L-VB can also find wide applications in electronic equipment, such as power management modules, inverters, power switches and various switching circuits. .
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4. **Power tools:** This model can be used in power tools to provide efficient power tool performance and reduce energy waste. .
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It should be noted that the specific application field may vary depending on the product purpose, circuit design and specification requirements. When selecting and using this model, it is recommended to determine its applicability based on the electrical characteristics and performance requirements of the specific application.