Model: AM4392N-T1-PF-VB .
Silk screen: VBA1203M .
Brand: VBsemi .
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Detailed parameter description: .
- Channel type: N channel.
- Rated voltage: 200V.
- Rated current: 3A.
- On-state resistance: 300mΩ@10V, 360mΩ@4.5V.
- Gate-source voltage range: 20Vgs(±V).
- Threshold voltage range: 2~4Vth(V).
- Package type: SOP8.
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Application introduction: .
This model of AM4392N-T1-PF-VB MOSFET is suitable for various The circuit design in this field module has the following characteristics: .
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1. The N-channel type makes it suitable for the circuit design required for N-channel field effect transistors. .
2. High rated voltage and current make it suitable for high voltage and high current application scenarios. .
3. Low RDS(ON) value (300mΩ and 360mΩ) can achieve low on-resistance to reduce power consumption and improve efficiency. .
4. The wide gate-source voltage range (20Vgs) and gate threshold voltage range (2~4Vth(V)) enable it to adapt to different driving circuit needs. .
5. SOP8 package provides convenient installation and heat dissipation performance. .
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These products are mainly used in modules in the following fields: .
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1. Power module: Due to high rated voltage and current and low on-resistance, AM4392N-T1-PF-VB Can be used in power modules to effectively control current and improve power efficiency. .
2. Power tools: The high rated current makes it suitable for motor drives in power tools. .
3. Industrial automation: Due to its ability to withstand high voltage and high current, AM4392N-T1-PF-VB can be used for various circuit design needs in industrial automation systems. .
4. Automotive electronics: Suitable for various module designs in automotive electronic systems, such as electric vehicle controllers. .
5. LED lighting: Can be used in LED lighting modules to achieve efficient current drive and precise brightness control. .
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In short, AM4392N-T1-PF-VB is an N-channel MOSFET, suitable for circuit design in modules in various fields, with high rated voltage and current, low on-resistance and a wide range of advantages such as gate-source voltage and threshold voltage range. .