MV1N8161US

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MV1N8161US or more commonly known as Transient Voltage Suppression (TVS) is a type of diode devices that functions to suppress voltage transients, or electrical surges. Voltage transients are high energy pulses of electrical energy which can travel through the circuit and can cause a huge amount of damage to your electronic components. To help prevent these electrical surges, many circuits include TVS diodes.

The MV1N8161US is a type of TVS diode with a working voltage of 6.5V and working current of 1A. The devices has an ultra-low capacitance of 5pF which is aiding in fast response time and high efficiency. In addition, MV1N8161US offers high surge capability, working temperature up to 105°C, and a maximum surge peak pulse current of 30A at a working voltage up to 6.5V.

MV1N8161US devices are widely used in the automotive, computer, and consumer electronic markets. They are often used in places where voltage transients are likely to occur, such as in the charging circuits of laptops and cell phones. The device is also used in the protecting circuits for a wide range of electronics from motor controllers to remote controls.

The working principle of the MV1N8161US device is quite simple. When connected in a circuit, it will become forward-biased and allow current to flow through the diode. When a voltage transient occurs, the device is quickly turned off. This is done by the device’s reverse voltage rating, which is set to a specific voltage which is higher than its forward voltage. When the transient occurs, the voltage across the diode will increase accordingly, eventually reaching the device’s reverse voltage rating. At that point, the device will be instantly turned off, preventing any further current flow through the device.

The MV1N8161US is a great solution for protecting circuits and components from voltage transients. The device’s ultra-low capacitance allows for fast response time, high efficiency, and high surge capability, while its working voltage and working current ratings ensure the device can handle transients of up to 6.5V and 1A. In addition, it’s working temperature rating of up to 105°C makes it a great solution for many automotive and computer applications.

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