15KPA26ATR

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15KPA26ATR Application Field and Working Principle

TVS - Diodes are a type of protection component used in circuit design applications. Generally, it is a combination of passivated junction and a zener diode. It is used for protecting the circuit from undesirable voltage transients caused by lightning, induced transient voltages, and other sources. 15KPA26ATR is a type of such component with specific application-field and working principle.

15KPA26ATR has a peak pulse power of 15,000 W and a peak pulse current of 26A. It is designed to protect against transients from 1500 W to 1.5 kW. This makes the 15KPA26ATR suitable for use in telecommunications, power supplies, automotive, industrial and consumer electronics applications. Specifically, it is used in devices such as transformers that handle high currents, and in applications where noise (spikes, transients, etc.) protection from the outside world is needed.

When it comes to working principle, 15KPA26ATR acts like a switch. When the voltage reaches a certain set point (breakover voltage), it helps protect the circuit by conducting current in either direction, from positive to negative or negative to positive. It quickly responds to over-voltages, absorbing the excess energy and reducing the voltage rapidly to a safe operating level. This helps to prevent the damage that can be caused by electro-static discharge, inductive spikesonDC lines, or other transient events.

To help ensure the safety of the device, 15KPA26ATR also features built in capacitance. This helps to reduce the transient’s transition time and improve the component’s response time, meaning that it can respond more quickly to spikes and other transient events. It also provides improved EMI filtering, which is an important factor in safety and reliability.

In all, the 15KPA26ATR is a versatile TVS-diode that offers reliable protection and performance. With its higher peak power rating and low capacitance, it is well suited for a variety of industrial, automotive, telecommunication, consumer, and power supply applications. It is designed to prevent damage to circuits caused by over-voltage transients and other unwanted noise, and provides improved EMI filtering for improved safety and reliability.

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