2EZ120D5/TR12

The 2EZ120D5/TR12 is a popular diode in the Zener Single category. It is a low power, dual series-pass Schottky diode that can be used in voltage regulation, audio switching, and other applications. This diode has a unique design that allows it to handle higher reverse voltages and currents than other Zener Single diodes.

The 2EZ120D5/TR12 is a standard zinc oxide Schottky diode with a high breakdown voltage. This diode has a reverse breakdown voltage of 15.0V and a total dynamic impedance of 4.5 ohms. Its high-current capability makes it ideal for applications such as voltage regulation and audio switching.

The 2EZ120D5/TR12 is a low power dual series-pass Schottky diode, meaning that it is able to withstand high reverse voltages and currents. This makes it suitable for use in applications where reverse voltages and currents must be managed. The main application of the 2EZ120D5/TR12 is to regulate voltages in order to maintain a stable output, especially in audio applications. The low power requirement of the 2EZ120D5/TR12 also makes it ideal for use in low power, interconnected electronic systems.

The basic operating principle of the 2EZ120D5/TR12 is the same as most low power, dual series-pass Schottky diodes. The essential component is the two series-connected Schottky diodes connected in parallel with each other. The two diodes are connected such that the positive terminal of one diode is connected to the negative terminal of the other. This configuration enables the two diodes to regulate the voltage levels of the circuit, with the forward diode managing the forward current and the reverse diode managing the reverse current.

The 2EZ120D5/TR12 is a popular diode suitable for use in many applications such as voltage regulation, audio switching, and other similar applications. This diode has a unique design that enables it to handle higher reverse voltages and currents than other Zener Single diodes. This makes it an ideal choice for regulating voltage levels in low power, interconnected electronic systems. The basic operating principle of the device is based on the two series-connected Schottky diodes that are connected in parallel with each other, with the forward diode managing the forward current and the reverse diode managing the reverse current.