PLZ36A-G3/H

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PLZ36A-G3/H diodes are a single Zener diode catered towards applications that need efficient energy sourcing and management. This type of diode is designed to regulate and stabilize voltage power in electrical circuits, allowing for increased power efficiency and protection. It features a A-G3/H symbol, indicating that it is optimally configured for 36V working voltages.

The most notable application for the PLZ36A-G3/H is for energy management, as it is designed forhigh-power voltage regulation and power efficiency. High-power circuits are able to benefit from the PLZ36A-G3/H as it is capable of providing higher current with low voltage drop, while still being capable of operating reliably in extremely cold environments. Additionally,they can be used as a reference voltage in electronic circuits as they are durable and provide stabilised output.

The PLZ36A-G3/H can be used in a variety of other applications. These include switching regulators, polarity protection devices, automotive electronics, AC/DC power supplies, and signal transmission networks. Additionally, the PLZ36A-G3/H is compatible with a wide variety of semiconductor technologies and offers a wide range of compatibility for custom applications.

The Zener breakdown phenomenon is the working principle of the PLZ36A-G3/H diode. Under reverse bias operation a non-conducting depletion region is formed between the junction of the P and N type materials. With increasing reverse bias the depletion region will increase in size, allowing for more charge carriers to be depleted within the junction. As a result, the voltage threshold will eventually reach the Zener breakdown point where the junction will abruptly become conductive. This allows for an accurate and consistent voltage limiting which can be used to regulate power in a circuit.

The PLZ36A-G3/H is a powerful and efficient power management solution that is suitable for high power operations. It is designed to provide high current with low voltage drop, while still being capable of operating reliably in cold temperatures. Its Zener breakdown architecture allows for the accurate and reliable voltage regulation that can be used in a variety of applications. This makes it an ideal choice for those who need high-performance power management in extreme temperatures or high-power environments.

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