**Product model:** SSM6L35FU-VB .
**Silk screen:** VBK5213N .
**Brand:** VBsemi .
**Parameters:**.
- Package: SC70 -6.
- Type: N+P—Channel.
- Rated voltage: ±20V.
- Rated current: 2.5A (forward), -1.5A (reverse).
- On-state resistance (RDS(ON)): 130mΩ @ VGS=4.5V, 230mΩ @ VGS=20V.
- Threshold voltage (Vth): ±0.6~2V .
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** Package:** SC70-6 .
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**Detailed parameter description and application introduction:**.
This device is an N+P-Channel field effect transistor in SC70-6 package. Suitable for a variety of application scenarios. Key parameters include dual-channel design, bipolar operation, and low on-state resistance, giving it good performance under different power and load conditions. .
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**Application fields:**.
1. **Signal switch module:** Due to its dual-channel and bipolar working design, it can be used to implement signal switching and level conversion. .
2. **Power supply reverse connection protection module:** It is suitable for power modules that require reverse connection protection, which can achieve reliable protection of the power supply. .
3. **Current detection module:** In scenarios where current needs to be measured, it can be used in the current detection module to achieve accurate measurement of current. .
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**Function:**.
- **Signal switch module:** Used to implement signal switching and level conversion to ensure stable signal transmission. .
- **Power supply reverse connection protection module:** Provides reverse connection protection to prevent damage caused by incorrect connection of power polarity. .
- **Current detection module:** As part of current detection, it achieves accurate measurement and monitoring of current. .
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**Usage Precautions:**.
1. Please operate in accordance with the maximum ratings provided in the data sheet to ensure the reliability and stability of the device. .
2. Consider the power polarity in the design and ensure correct connection to prevent damage caused by reverse connection. .
3. Make sure to use it within the threshold voltage range to ensure normal operation. .
4. Avoid exceeding the rated voltage and current to avoid damaging the device.