2EZ160D5/TR12

A 2EZ160D5/TR12 is a single zener diode. It is used in various applications where a stable voltage reference for a wide range of current levels is required. This diode can be used as a series regulator and maintains a fixed voltage when the current flowing through the diode is varied. It also provides reverse polarity protection from applied electrical currents.

The 2EZ160D5/TR12 diode has a wide range of uses in applications such as industrial, automotive, medical, and aerospace. It is primarily used as a voltage reference providing a stable output voltage in circuits. It can also be used as a switch or as a current limiter.

The 2EZ160D5/TR12 diode has a nominal operating voltage of 5V and a maximum voltage of 6V. It has a peak current rating of 0.5A and an average forward current of 0.3A. The diode has a low junction capacitance which ensures a low dissipation and a fast switching speed.

The 2EZ160D5/TR12 diode operates using a Principle of Reverse Biassed. This principle works by applying a reverse voltage to the diode, which causes a depletion in the diode and reduces the flow of electrons from the anode side of the diode to the cathode side of the diode, thus limiting the current flow from the supply to the load.

The 2EZ160D5/TR12 diode is hermetically sealed and can operate in temperatures ranging from -65 degrees C to +150 degrees C. It is primarily composed of silicon and conforms to the Schottky barrier structure. It is suitable for a wide range of applications due to its low capacitance and noise, high reliability and fast switching characteristics.

The 2EZ160D5/TR12 diode has a wide range of circuit applications. It is often used to provide low impedance and high frequency steering, protection from hot plugging, and to provide noise suppression. It can also be used as a voltage regulator and be used to limit and detect reverse polarity in circuits.

In summary, the 2EZ160D5/TR12 diode is a single zenor diode used for voltage references and reverse polarity protection. It has a wide range of applications due to its low junction capacitance and noise, high reliability and fast switching characteristics. It operates using the Principle of Reverse Biassed and can operate in a wide range of temperatures.