3EZ200D/TR12

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Diodes - Zener - Single often play an important role in providing an illuminated path to a regulated voltage. The 3EZ200D/TR12 is a very helpful diode, used extensively in the control and active regulatory equipment, as well as in precision instrumentation and measurement applications. In particular, it is useful when a regulated voltage is required, and a stabilizing device with nominal 30-volt and low 20-volt operating voltage is needed.

The 3EZ200D/TR12 operates by forming a rectifying element with two diode junctions connected back-to-back, forming a forward biased diode. The junction has an anode on one side, and an anode on the opposite side. When a voltage is applied to the diode, electrons travel from the anode, across the junction to the anode. The electrons are generated by the current that passes through the junction, and an electric field is formed that moves the electrons from the anode to the cathode.

The 3EZ200D/TR12 is also differentiated from other zener diodes as it is able to withstand a reverse voltage of up to 5 volts. Its range of application fields is further extended, because it is also a temperature-controlled diode, and can be used in temperature sensitive applications. It has an operating temperature range of -40°C to +85°C, allowing a wide range of applications.

The power-handling capacity of the 3EZ200D/TR12 is much greater than many other zener diodes, and its power-handling capabilities range from 250 mW to 2000 mW. As such, it can be used in areas subject to extreme temperatures, including switching and power supplies.

The physical size of the 3EZ200D/TR12 is much smaller than other zener diodes. This allows it to be used in many applications which cannot accommodate larger diodes. It is suitable for use in high reliability and rugged electronic designs, and its small physical size means it is not susceptible to mounting stresses.

When it comes to the working principle of the 3EZ200D/TR12, it is a transistor-like device. When a current flows through it, the semiconductor material that forms its junction converts the current into a small voltage across the junction. This voltage is used to block the current and thus regulate the voltage that emanates from the other end of the diode.

In conclusion, the 3EZ200D/TR12 can be used in many applications, and its features make it a very versatile diode. It can operate at low voltage, has a wide operational temperature range, and offers excellent power-handling capabilities. It is therefore is used in many control and active regulatory equipment, as well as in precision instrumentation and measurement applications.

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