ZPY5V6-TR

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A ZPY5V6-TR is an industrial grade Zener diode with a power of 5 watts. It is a single-phased device and is especially suited for applications in harsh environments. It provides voltage regulation, reverse polarity protection, and suppression of surges and arcing.

The ZPY5V6-TR is designed to operate in temperatures of up to 105°C and has an epoxy coating to protect it from mechanical damage. It is usually used in the protection of circuit boards, relays, and other sensitive components from over voltage, over current and excessive thermal dissipation. The device also has excellent response time for trouble-free operation.

In terms of its working principle, the ZPY5V6-TR works on the principle of controlling the current flow in one direction only. It has two terminals, an anode and a cathode. When the voltage applied to the anode is greater than the breakdown voltage, a "breakdown" of the junctions occurs and current starts to flow in the reverse direction.

The breakdown voltage is determined by the "forward impedance" of the diode. As the current increases, the voltage across the device decreases until it reaches a fixed point. The ZPY5V6-TR has a breakdown voltage of 5.6 volts. This fixed voltage is necessary for it to effectively protect sensitive electronics from high voltage surges and ensure that it can cope with changes in the ambient temperature.

The ZPY5V6-TR is mainly used in the protection of power supplies, communication circuits, PC motherboards, and other sensitive electronics, as well as in automotive applications. Its high surge capacity and high temperature rating make it especially suitable for installation in harsh and demanding environments. The ZPY5V6-TR also features fast recovery time which helps provide reliable protection from voltage surges and arcing.

The ZPY5V6-TR offers robust performance, high reliability, and long useful life. It is an excellent choice for cost-effective protection of sensitive electronic components from high voltages and other environmental factors. The device is particularly suitable for applications in automotive, telecommunications, and power supply systems.

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