2EZ110D2E3/TR8

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Application Field and Working Principle of 2EZ110D2E3/TR8

The 2EZ110D2E3/TR8 belongs to a family of single Zener diodes, which are widely used in various kinds of applications. This device is typically used as voltage references, voltage regulators, and also frequency limiters or detectors.

A Zener diode is a type of diode that allows current to flow in the reverse direction, when it is subjected to reverse voltage greater than a specific set point. This VZ, or "Zener voltage," is set by the manufacturer and is marked on the diode\'s case. Zener diodes are designed to have a large, low-noise reverse breakdown voltage, and low dynamic resistance whenforwardbias.This makes them useful in voltage regulation and voltage references.

The 2EZ110D2E3/TR8 features an operating temperature range of -65°C to +150°C and provides a maximum reverse voltage of 11 volts. This device has low capacitance, low leakage current, and low current noise. The on-state resistance is also low, which enables it to work as an efficient voltage regulator.

When the reverse voltage of the diode is greater than its Zener voltage, a Zener breakdown occurs. This results in current flow in the reverse direction, and thus a regulated voltage across the diode. The reverse current that passes through the diode is proportional to the voltage drop across the device, and provides exact voltage regulation of the output voltage. This is the main principle behind the use of Zener diodes for voltage regulation.

In addition to voltage regulation, Zener diodes can also be used as frequency limiters and detectors in electronic circuits. By setting a specific frequency as the boundary, it is possible to limit the frequency of an input signal, such that only signals below the boundary will pass through. This makes the diodes useful in frequency detection and filtering applications.

The 2EZ110D2E3/TR8 has many applications in various industries, and can be used as voltage references, voltage regulators, frequency limiters, and detectors. Its low reverse current capability, low capacitance, and low temperature coefficient make it ideal for these kinds of applications.

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