Model: UT6898G-S08-R-VB.
Silkscreen: VBA3211.
Brand: VBsemi.
Parameters:.
- 2 N-channel.
- 20V.
- 10A.
- RDS(ON): 11mΩ @10V, 12mΩ @4.5V, 30mΩ @2.5V.
- 12Vgs(±V).
- 0.8~2.5Vth(V).
- SOP8 package.
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Detailed parameter description:.
1. 2 N-channel: This model chip contains 2 N-channel MOS tubes, which can be used for power switching and voltage amplification applications. .
2. 20V: The maximum operating voltage that the chip can withstand is 20V. .
3. 10A: The maximum allowable current of the chip is 10A, which is suitable for high-power applications. .
4. RDS(ON): Under given voltage and current conditions, the on-resistance of the chip is 11mΩ @10V, 12mΩ @4.5V, 30mΩ @2.5V. The lower the on-resistance, the smaller the chip loss and the higher the efficiency. .
5. 12Vgs(±V): The maximum gate-source voltage of the chip is 12V, which can support high-voltage applications. .
6. 0.8~2.5Vth(V): The threshold voltage range of the chip is 0.8V to 2.5V. The lower the threshold voltage, the faster the chip works. .
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Application Introduction: .
This model of VBsemi MOS tube is suitable for module applications in various fields, especially in high-power applications. Some common applications include but are not limited to: .
1. Power module: can be used for power switches, voltage regulator modules, etc., and can provide high-efficiency and stable power conversion. .
2. Drive module: suitable for driving motors, high-power loads, etc., and can provide high efficiency and high driving force. .
3. Lighting module: can be used for LED lighting drive circuits, providing high-efficiency power conversion and stable current output. .
4. Electric vehicle module: suitable for drive circuits, charging piles, electric vehicle charging modules, etc. in electric vehicles, and can provide high-efficiency and stable power conversion. .
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In short, the VBsemi MOS tube of the UT6898G-S08-R-VB model is suitable for module applications in various fields, especially high-power applications, and can provide high-efficiency, high-performance and stable power conversion. .