ZGL41-180A-E3/96

Diodes are widely used in a variety of circuits and applications. One of the most popular semiconductor device archetypes is the Zener diode, which is designed to withstand a certain amount of current, and allow the reverse flow of a certain voltage. The ZGL41-180A-E3/96 Zener diode is a single component designed to protect circuits against overvoltage conditions.

The ZGL41-180A-E3/96 is designed to regulate voltage in a variety of circuits, such as power supplies, switching power sources, and DC/DC converters. The diode is equipped with reverse breakdown voltage that ranges from 5.1V to 36V, depending on the model.

The ZGL41-180A-E3/96 utilizes a Zener voltage regulation principle to dissipate excess electricity. This means that once the voltage reaches a predetermined level, the component\'s internal resistance increases, and the current is allowed to flow in the reverse direction. This process helps to protect sensitive components from unexpected spikes in voltage.

Further, the ZGL41-180A-E3/96 is equipped with a power rating of 500mW. This ensures the component is capable of handling a certain amount of voltage before it will be damaged. The diode is also equipped with a Zener voltage accuracy of +/-2%, giving it a significant margin of error when it comes to regulating the current.

The ZGL41-180A-E3/96 is extremely versatile, which makes it ideal for a variety of circuit applications. It can be used in applications where long-term reliability is a priority, as the diode is designed to handle up to 500mW of power without any major loss of energy. With its reverse breakdown protection, the diode is capable of protecting circuits from unexpectedly high voltages. Finally, its Zener voltage accuracy of +/-2% makes it easy to accurately regulate voltages, eliminating the potential for damage.

The ZGL41-180A-E3/96 Zener diode is a reliable, versatile component designed to protect circuits against unexpected spikes in voltage. Its ability to dissipate excess electricity, its power rating, and its accuracy make it an ideal choice for a variety of applications, including power supplies, switching power sources, and DC/DC converters.