ZGL41-200-E3/97

ZGL41-200-E3/97 is a type of diode, more precisely a Zener Single. It belongs to a group of semiconductor devices that allow the flow of current in one direction so that voltage across her anode and cathode cannot exceed a certain limit. It is extensively used in providing power supply regulation and overvoltage protection.

The main purpose of this diode is to regulate the voltage output of a power source. It does this by using the reverse breakdown voltage of the diode. The diode can function as both a normal diode and a Zener diode. This allows it to act as a protector against overvoltage. At a given value of voltage, the diode conducts current from its cathode to its anode. This reduces the voltage output of the power source to the desired level.

Aside from providing voltage regulation and overvoltage protection, the ZGL41-200-E3/97 diode can also be used in various electronic circuits including rectifiers, AC/DC converters, logic circuits, and signal-processing circuits. It is also ideal for use in DC to DC converters, power supplies, and power converters.

The working principle of this diode is quite simple. It has a reverse breakdown voltage of 200 volts. This means that if the voltage across the diode’s anode and cathode exceeds 200V, it will cause the diode to conduct current, thus preventing the voltage from increasing any further. The ZGL41-200-E3/97 diode is also designed to dissipate a relatively large amount of power which makes it suitable for use in power supply regulation and overvoltage protection applications.

The ZGL41-200-E3/97 diode is a reliable diode with a long lifespan. It is designed to be temperature stable and is capable of operating at operating temperature ranges from -55°C to +125°C. It also has a wide range of reverse voltage tolerance and a very low reverse leakage current. This makes it a great choice for use in many electronic applications.

Overall, the ZGL41-200-E3/97 diode is a great addition to any electronic circuit. It is very reliable, made of high-grade materials, and offers excellent performance. Its ability to provide both power supply regulation and overvoltage protection make it a great choice for many electronic applications.