**FDS6910-NL-VB**.
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- **Silkscreen:** VBA3316.
- **Brand:** VBsemi.
- **Package:** SOP8.
- **Parameters:**.
- 2 N-Channel channels.
- Rated voltage: 30V.
- Rated current: 8.5A.
- On-resistance\(R_{DS(ON)}\): 20mΩ At\(V_{GS}=10V, V_{GS}=20V\).
- Threshold voltage\(V_{th}\): 1.5V.
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**Detailed parameter description and application introduction:**.
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1. **Parameter description:**.
- **N-Channel channel:** The device has two N-Channel channels and is suitable for circuits using N-channel field effect transistors. .
- **Rated voltage and current:** It can provide 8.5A of current at a rated voltage of 30V. .
- **On-resistance\(R_{DS(ON)}\):** At \(V_{GS}=10V, V_{GS}=20V\), the on-resistance is 20mΩ, showing low conduction loss. .
- **Threshold voltage\(V_{th}\):** With a threshold voltage of 1.5V, it is suitable for applications requiring low gate voltage. .
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2. **Application profile:**.
- **Power amplifier:** Suitable for power amplifier circuits, providing high current and low on-resistance. .
- **Power management:** Used in power switches to achieve efficient power management functions. .
- **Motor drive:** In motor control modules, it can effectively drive the motor. .
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**Application areas of products:**.
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1. **Power electronic modules:**.
- Used for power switches and power amplifiers to provide efficient power control. .
- In power modules, it can be used as a key component to implement power management functions. .
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2. **Motor control modules:**.
- Used to drive motors, provide high current and low on-resistance, thereby improving motor efficiency. .
- In the fields of industrial automation and robotics, it is used for motor drive control. .
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3. **Communication equipment modules:**.
- Suitable for power amplifiers and power management modules in communication equipment to ensure efficient and stable operation of the equipment. .
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**Function:**.
- Provide efficient power control and power amplification. .
- Realize efficient drive of motors. .
- Ensure power stability and power amplification effect in communication equipment. .
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**Notes on use:**.
- Use strictly in accordance with the electrical parameters and operating conditions provided in the data sheet. .
- When designing the circuit, ensure that the maximum rated voltage and current of the device are met. .
- Appropriate heat dissipation design ensures that the device can effectively dissipate heat during high power operation. .
- Adjust the input voltage and current to ensure optimal performance under rated operating conditions. .
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These precautions help ensure that the device operates stably and reliably in a variety of applications.