ZGL41-200-E3/96

Diodes

Zener - Single

ZGL41-200-E3/96 is an innovative type of single zener diode. It is used for voltage regulation and works based on the zener effect. This zener diode is made to be able to handle smaller reverse voltages, as small as 4.3V, which is perfect for a range of applications such as controlling voltage in low-power equipment.

The ZGL41-200-E3/96 is made from sintered silicon, which is a high-frequency, heat-stabilized, low-loss material that makes it more heat-resistor and capable of functioning for longer periods of time. It has an insulation level of 1000 Volts (V) and a maximum leakage current at up to 25 microamperes (μA). The maximum working current for the ZGL41-200-E3/96 is 200 milliamperes (mA).

The ZGL41-200-E3/96 is typically used in applications such as electrodynamic generators, motor starters, rectifiers, voltage converters, and circuit protection. This diode can be used to protect a circuit from unintended changes in voltage and to regulate the amount of current or voltage in relatively fragile electronic components.

The working principle of the ZGL41-200-E3/96 is the zener effect. This is an electrical process in which the diode is switched on at a specific voltage, allowing the current to flow. The zener breakdown voltage is the voltage at which the current can begin to flow and is determined by its design. In the case of the ZGL41-200-E3/96, the zener breakdown voltage is 4.3V, which makes it suitable for low-power applications.

The reverse breakdown voltage of the ZGL41-200-E3/96 is also its maximum reverse voltage. This means that if the reverse voltage exceeds its maximum, the component can be damaged. To prevent this from occurring, a proper voltage clamp circuit should be implemented.

In conclusion, the ZGL41-200-E3/96 is a single zener diode designed to handle small reverse voltages. It is used for voltage regulation and protecting circuits from unexpected changes in voltage. It has a zener breakdown voltage of 4.3V and is perfect for low-power applications. If a higher reverse voltage is necessary, a voltage clamp circuit should be used to protect the diode.