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Application Scenarios:VND5E160MJTR-E is commonly used in automotive applications such as motor controls, power distribution modules, lighting controls, and other electronic systems that require high-side power switching and protection.
Main Parameters:VND5E160MJTR-E features a low on-resistance (RDS(on)), high current handling capability, and built-in protection functions such as overcurrent, overtemperature, and short-circuit protection. It functions over a broad temperature range and is built to deliver dependable performance in automotive settings.
Circuit Connection: The following circuit uses the VND5E160MJTR-E to regulate a DC motor.
1. Connecting the power supply: Connect the power supply's positive terminal to the VND5E160MJTR-E is VBAT (Pin 1) pin. Connect the GND (Pin 2) of the VND5E160MJTR-E to the negative terminal of the power source.
2. Motor Connection: Connect one terminal of the DC motor to the OUT (Pin 3) of VND5E160MJTR-E. Connect the motor's other end to VBB (Pin 4) on the VND5E160MJTR-E.
3. Control Input: Apply a suitable control signal to the IN (Pin 2) of VND5E160MJTR-E. Any compatible control circuit, such as a logic gate or microcontroller, may provide this control signal. The control signal should be capable of providing the required voltage and current levels to drive the gate of the internal MOSFET.
4. Protection Components: Depending on the specific application, you may include external components such as resistors and capacitors for snubber circuits to suppress voltage spikes and protect the power switch and the motor from transient events.
Design Considerations: The following factors should be considered while constructing a circuit that uses VND5E160MJTR-E:
1. Load Compatibility: Verify that the power switch's specifications, such as voltage and current ratings, meet the requirements of the load being controlled. Ensure the DC motor operates within the safe operating range of VND5E160MJTR-E.
2. Power Dissipation and Heat Dissipation: Calculate the power dissipation of the power switch and ensure adequate heat dissipation mechanisms are in place. Consider the ambient temperature, the power switch's thermal resistance, and the motor's power requirements to prevent overheating.
3. Control Signal Compatibility: Ensure that the control signal voltage and current levels are compatible with the input requirements of VND5E160MJTR-E. Take into account the gate capacitance of the internal MOSFET and the switching frequency to ensure efficient operation.
4. EMC Considerations: Implement proper layout techniques, grounding, and shielding to minimize electromagnetic interference (EMI) and ensure compliance with electromagnetic compatibility (EMC) standards in automotive applications.
In summary, VND5E160MJTR-E is a high-side smart power switch designed for automotive applications. Its low on-resistance, high current handling capability, and built-in protection features make it suitable for controlling loads such as DC motors in automotive systems. When designing a circuit with VND5E160MJTR-E, considerations should be given to load compatibility, power dissipation, control signal compatibility, and EMC considerations to ensure reliable and efficient operation.
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(1)Such as a deficiency in quantity, delivery of wrong items, and apparent external defects (breakage and rust, etc.), and we acknowledge such problems.
(2)We are informed of the defect described above within 90 days after the delivery of VND5E160MJTR-E.
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(1)Inform us within 90 days
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