3EZ9.1D2E3/TR8

The Diodes - Zener - Single category includes the 3EZ9.1D2E3/TR8 which is an electronic component. Zener diodes are designed to regulate the voltage in a circuit and limit the amount of current flowing through it.

The 3EZ9.1D2E3/TR8 is a type of Zener diode that can operate at a steady voltage over a wide range of currents. It has a breakdown voltage of 9.1 volts and a maximum power dissipation of 130 mW at an ambient temperature of 25°C. The voltage is set by the manufacturer and will vary when exposed to high temperatures.

The 3EZ9.1D2E3/TR8 is a single diode, meaning that only one device is used in a circuit. This diode is commonly used in power supplies and other applications where a reliable voltage regulator is needed. It can be used to adjust the voltage of an input signal, or to create a reference voltage for other components such as transistors or resistors. In some cases, the device can be used as part of an AC line filter to protect other components from transient voltages.

The 3EZ9.1D2E3/TR8 works by allowing current to flow in a single direction. When the voltage across the diode exceeds the breakdown voltage, then a large amount of current will be drawn, creating a voltage drop that will keep the voltage in the circuit relatively constant. The diode will also prevent the current from exceeding a certain level, depending on the device\'s construction.

When using the 3EZ9.1D2E3/TR8, the circuit must be designed to account for the voltage drop that will occur when the device is connected. Additionally, the device must not be exposed to temperatures above 130°C, as this may cause permanent damage to the device. Finally, it is also important to consider the power rating when selecting the 3EZ9.1D2E3/TR8, as exceeding the maximum power dissipation can lead to catastrophic failure.

In conclusion, the Diodes - Zener - Single category includes the 3EZ9.1D2E3/TR8 which is an electronic component used to regulate the voltage in a circuit. This device is a single diode and has a breakdown voltage of 9.1 volts and a maximum power dissipation of 130 mW. It can be used to adjust the voltage of an input signal or as a voltage reference for other components, and must not be exposed to temperatures above 130°C. Care must be taken to calculate the voltage drop that occurs when the device is connected and to not exceed the power dissipation of the device.