### Product detailed parameter description.
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- **Model:** FQP20N06L-VB.
- **Silk screen:** VBM1638.
- **Brand:** VBsemi.
- **Package:** TO220.
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#### Parameter: .
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- **Channel type:** N—Channel.
- **Maximum channel voltage:** 60V.
- **Maximum continuous current:** 50A.
- **On resistance:** RDS(ON)=24mΩ @ VGS=10V, VGS= 20V.
- **Threshold voltage:** Vth=1.8V.
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### Application introduction.
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This product is an N-channel field in TO220 package Effect transistor (N-Channel MOSFET), with high current carrying capacity and low on-resistance, suitable for power supply and switching circuit designs requiring high performance. .
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### Product application fields and modules .
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1. **Power module:** Can be used in power switch module to provide reliable high current output. .
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2. **Motor control:** Suitable for motor drive modules, such as electric vehicles, power tools, etc., to achieve efficient motor control. .
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3. **Current controller:** Plays a role in the current control module that requires high current control to ensure stable operation of the system. .
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4. **Power switch:** Suitable for power supply systems that require high current switching to improve system performance and efficiency. .
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### Precautions for use .
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1. **Voltage limitation:** Make sure the working voltage does not exceed 60V to prevent damage to the device. .
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2. **Current Control:** Use within the specified current range and avoid exceeding the maximum continuous current to prevent overheating. .
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3. **Temperature Control:** Ensure to be used within the specified temperature range to maintain the performance and life of the device. .
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4. **Electrostatic protection:** Take electrostatic protection measures during operation to avoid electrostatic damage. .
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5. **Threshold voltage:** Pay attention to the threshold voltage range and ensure it is used under appropriate voltage conditions. .
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With proper application and compliance with precautions, FQP20N06L-VB can play a key role in various high-current power supplies, motor control and current control systems, improving system performance and efficiency.