30KPA260CE3/TR13 Circuit Protection

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TVS-Diodes are important components of surge-protecting circuits. They are widely used in the fields of military, aerospace, medical, data, computing, office automation, and telecommunications. The 30KPA260CE3/TR13 Surge Protective Device is a special component widely used in the field of surge protection. This device is a transient voltage suppressor specifically designed for use in computer and telecom applications.
The 30KPA260CE3/TR13 is a unidirectional TVS-Diode array with an integrated transient voltage suppressor. It is designed to provide surge protection in both power and data lines in various equipment. The device can clamp transient voltages to a set voltage level, and release the transient energy to the ground, thereby providing a protection circuit for electronic circuits. It has a fast response time and a low clamping voltage.
The 30KPA260CE3/TR13 is made up of several series-connected TVS-Diodes. The TVS-Diodes are connected in series and connected in parallel with the line to be protected. The TVS-Diode has a built-in bidirectional zener diode, which can provide a fast clamping action and low clamping voltage. The device also includes an integrated surge current limiting resistor and thermal fuse. The resistor limits the maximum surge current and the thermal fuse prevents the device from overloading.
The working principle of the 30KPA260CE3/TR13 TVS-Diode is quite simple. When the line voltage is within the specified operational range of the TVS-Diode, the diode will pass the current from the incoming line to the circuit and the current will be limited by the resistor. However, when the line voltage exceeds the limit, the diode will clamp the voltage across it and the surge current will be limited by the resistor. The thermal fuse will then break the circuit and protect the circuit from overload. The clamped voltage across the TVS-Diode is then dissipated in the resistor, thus providing protection to the circuit.
The 30KPA260CE3/TR13 TVS-Diode has a wide range of applications, mainly in the field of military, aerospace, medical, data, computing, office automation, and telecommunications. It can be used for surge protection in power and data lines and is particularly suited for computer and telecom applications. It is a very reliable and cost-effective way to provide a protective circuit for electronic circuits.

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