BZT52C3V6-G3-18

Diodes - Zener - Single

A Zener diode is a silicon-based semiconductor device. It\'s the reverse breakdown variety of diode that operates in the breakdown region, and it’s designed for lower current applications than a normal diode. The BZT52C3V6-G3-18, a single zener diode, is among the most important of zener diodes due to its design and low cost efficiency. This device is manufactured by Vishay Intertechnology.

Application Field

The BZT52C3V6-G3-18 diode is capable of a wide range of applications. It is most commonly used in voltage regulation, voltage reference, reverse bias protection, EMI filters and so on. In particular, it is useful in power network regulation, power filters, waveform generators and also alternative energy sources.

It’s used in voltage regulation to set a maximum or minimum voltage on the output side of a power supply, or to make sure that the output voltage will be within a set range. This type of diode can also be used in reverse bias protection, as it is designed to block the reverse current. This is a very common use in power networks, such as those commonly seen in optical and medical equipment.

In wave form generators, zeners can be used to manipulate output waveforms. They also help to maintain the quality of the waveform. Zener diodes are used as EMI filters to limit electromagnetic interference in various types of equipment. For example, mobile phones require frequency-specific EMI filters to block out signals from radios and other devices.

Because of its small size and low cost, the BZT52C3V6-G3-18 is an attractive alternative to larger and more complex components. Its unique characteristics make it suitable for a wide range of alternative energy sources, such as solar, wind, fuel cells and so on.

Working Principle

The BZT52C3V6-G3-18 is a single zener diode. Under normal circumstances, a normal diode passes current in one direction only. They are able to do this because of the voltage barrier that exists between the anode and cathode. Under a certain voltage, current cannot pass through the diode.

A zener diode on the other hand operates differently, and is designed to pass current in both directions. This is because, unlike a normal diode, it is designed to have a lower voltage barrier between the anode and cathode. This allows for current to flow freely when the voltage across the diode is above the Zener voltage.

The voltage across a zener diode can vary depending on the current that is passing through it. The BZT52C3V6-G3-18 has a Zener voltage of 3.6V, and a maximum current of 18mA. As such, it will pass current when the voltage across the diode is higher than 3.6V.

The behaviour of the BZT52C3V6-G3-18 can be used in a range of applications, such as voltage reference and waveform generators. It can also be used in power networks, EMI filters and alternative energy sources.