BSPM3150TNCR

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Transient voltage suppressors (TVS) are used for transient overvoltage protection. A TVS can be described as three components including a varistor, an MOV, and a Zener diode. A varistor is a two terminal device made by dope or oxide material such as zinc oxide, silicon carbide, and so on. An MOV is a three terminal device with two metal oxide layers and a Zener diode. A MOV not only can protect circuits from overvoltage, but also can prevent from static electricity.

BSPM3150TNCR is one of the TVS devices which can be used in a wide range of applications. It is designed to protect sensitive electronic equipment against overvoltage, by providing a low clamping voltage at high surge currents.

The BSPM3150TNCR features a reverse breakdown voltage of 31.5V and a peak pulse power of 150W. It is able to protect equipment across a wide range of conditions and can provide reliable performance in a wide range of operating temperatures. It\'s suitable for automotive, industrial, home appliance and other application fields.

The working principle of BSPM3150TNCR is simple but effective. It consists of a varistor and an MOV. When an external voltage spike occurs, the varistor clamps the voltage to a safe level. The MOV is connected in parallel to the varistor and connected the spike to ground. This allows the surge current to flow freely, reducing the voltage to a safe level before it can cause damage to the circuit.

The BSPM3150TNCR can be used in a variety of application environments such as automotive, industrial, home appliance and more. Its reverse breakdown voltage of 31.5V allows it to protect sensitive electronic equipment against overvoltage protection with a low clamping voltage at high surge currents. Its peak pulse power of 150W provides reliable performance under a wide range of operating temperatures.

In conclusion, the BSPM3150TNCR is a great example of a TVS device which can be used for protecting vulnerable electronic equipment from damage due to transient overvoltage. It consists of a varistor and an MOV, which clamp the voltage to a safe level when a voltage spike occurs. It is suitable for a variety of applications and is reliable in a wide range of operating temperatures.

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