"**Product model:** 2317GN-VB
**Silkscreen:** VB2355
**Brand:** VBsemi
**Parameters:**
- Package type: SOT23
- Channel type: P—Channel
- Maximum withstand voltage: -30V
- Maximum current: -5.6A
- On resistance: 47mΩ @ VGS=10V, VGS=20V
- Threshold voltage: -1V
**Package:** SOT23
**Detailed parameter description:**
- **Channel Type:** The product adopts P—Channel channel, which is suitable for specific application scenarios.
- **Maximum withstand voltage:** The maximum withstand voltage of the product is -30V, which enables it to work stably under different power supply environments.
- **Maximum Current:** The product supports a maximum current of -5.6A, which is suitable for some applications with higher current requirements.
- **On-Resistance:** At VGS=10V and VGS=20V, the product's on-resistance is 47mΩ, showing a low on-resistance, which helps improve efficiency.
- **Threshold Voltage:** The product's threshold voltage is -1V, enabling it to work normally under low voltage conditions.
**Application Introduction:**
This product is suitable for SOT23 packaging and is mainly used in circuit designs that require higher current and low resistance. Common application areas and modules include:
- **Power Management Module:** Due to its P-Channel channel and low on-resistance, it can be used in power management modules to provide effective current control.
- **Battery Protection:** In circuits that require battery protection, this product can be used to ensure reliable control of the battery under different working conditions.
- **Low voltage circuit breaker:** Due to the threshold voltage of -1V, it is suitable for the design of low voltage circuit breakers to ensure reliable triggering under low voltage conditions.
- **Current control module:** Due to the maximum current of -5.6A, it can be used in circuit designs that require higher current control, such as motor control and drive modules.
These application areas show that this product has a wide range of application prospects in circuit designs that require P-Channel channels, low resistance and high current."
**Silkscreen:** VB2355
**Brand:** VBsemi
**Parameters:**
- Package type: SOT23
- Channel type: P—Channel
- Maximum withstand voltage: -30V
- Maximum current: -5.6A
- On resistance: 47mΩ @ VGS=10V, VGS=20V
- Threshold voltage: -1V
**Package:** SOT23
**Detailed parameter description:**
- **Channel Type:** The product adopts P—Channel channel, which is suitable for specific application scenarios.
- **Maximum withstand voltage:** The maximum withstand voltage of the product is -30V, which enables it to work stably under different power supply environments.
- **Maximum Current:** The product supports a maximum current of -5.6A, which is suitable for some applications with higher current requirements.
- **On-Resistance:** At VGS=10V and VGS=20V, the product's on-resistance is 47mΩ, showing a low on-resistance, which helps improve efficiency.
- **Threshold Voltage:** The product's threshold voltage is -1V, enabling it to work normally under low voltage conditions.
**Application Introduction:**
This product is suitable for SOT23 packaging and is mainly used in circuit designs that require higher current and low resistance. Common application areas and modules include:
- **Power Management Module:** Due to its P-Channel channel and low on-resistance, it can be used in power management modules to provide effective current control.
- **Battery Protection:** In circuits that require battery protection, this product can be used to ensure reliable control of the battery under different working conditions.
- **Low voltage circuit breaker:** Due to the threshold voltage of -1V, it is suitable for the design of low voltage circuit breakers to ensure reliable triggering under low voltage conditions.
- **Current control module:** Due to the maximum current of -5.6A, it can be used in circuit designs that require higher current control, such as motor control and drive modules.
These application areas show that this product has a wide range of application prospects in circuit designs that require P-Channel channels, low resistance and high current."
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