BSPM1400WER

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TVS devices, also known as transients or voltage suppressors, can be found in many different electronic devices. TVS devices are used to limit the peak voltage and/or current that can pass through a circuit, and they can be used to protect against electrostatic discharge (ESD). The devices are available in various voltage ratings, current ratings, and clamping capabilities. One type of TVS device is the metal oxide varistor (MOV). The MOV is a voltage-dependent resistor that offers protection in low-voltage applications up to an energy level of 250 Joules.

The BSPM1400WER is a 14mm surface mount zinc oxide varistor (ZOV) device from Littelfuse. It is a single-punch or stacked varistor, and it is capable of withstanding peak voltages up to 1800V. The device can be used to protect against transient over-voltage in a wide range of applications such as consumer electronics, automotive, and telecom. The BSPM1400WER is capable of handling up to 35A, and its fast response time allows it to respond to transients in shorter than 5 nanoseconds.

The BSPM1400WER is designed to absorb the energy in a surge and limit the over-voltage to a safe level. The device is constructed out of zinc oxide, and it has a multi-layer design. The device is designed to operate with a current-voltage saturation relationship. When the device is subject to a transient over-voltage, the voltage will increase and the current will begin to increase exponentially. This increased current causes the material to “soften” and absorb the energy, limiting the over-voltage. The device will then return to its normal voltage when the surge is over.

The BSPM1400WER has a wide range of applications, including consumer electronics, automotive, and telecom. The device is suitable for use in surge and spike protection, as well as ESD protection. It can also be used to protect motor control circuits from transients. The device is lead-free, RoHS compliant, and it is designed to meet UL1449, UL1414, and EN60939 standards. The BSPM1400WER is an ideal choice for cost-sensitive applications that require robust surge protection.

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