2EZ200D5DO41E3 Discrete Semiconductor Products

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The 2EZ200D5DO41E3 diode is a single-chip Zener diode that offers a range of reliable, versatile and cost-effective performance for various applications. Built on a snap-mount design, it features superior durability with a nominal working voltage of 35V. Its off-state maximum leakage current is 5.0 mA and on-state response time is lower than 10/- 5% of the fully on state.

2EZ200D5DO41E3 is widely used in power management, voltage regulation, voltage protection, LED drive frequency conversion, automotive circuit protection, and other areas where a reliable, adjustable regulator is needed. Its design architecture incorporates a switch node and voltage regulator to achieve superior performance, reliability and stability.

The main function of 2EZ200D5DO41E3 diode is to be used as a voltage regulator in circuits, allowing a consistent output voltage regardless of input current or temperature. When the input voltage drops, a larger current will flow through the diode and it will emit a voltage that is constant, yet adjustable. This stabilizes the voltage level and allows the circuit to operate as designed.

At its most basic, the working principle of a Zener diode involves a P-N junction. However, unlike a regular diode, a Zener diode allows a controlled amount of current flow even when the voltage across its junction exceeds the reverse voltage. This reverse breakdown voltage is determined by the P-N junction’s doping profile and the doping processes used to manufacture the diode.

When the input voltage reaches the diode’s breakdown voltage, an avalanche breakdown occurs, resulting in a large increase in the current flowing through the junction. This current is then split evenly between the two sections of the diode with one being the Zener region and the other being the normal depletion region.

The Zener current, as it is known, is controlled by the design of the diode and can be adjusted by varying the breakdown voltage, giving the designer the ability to tailor the diode’s characteristics for different applications. The avalanche breakdown feature also makes it ideal for providing overvoltage protection for regulated logic signals by providing a fast response.

The Zener voltage is typically adjusted by connecting a resistor across the diode terminals. This resistor provides a discharge path for the excess current that is released during the avalanche breakdown and thus allows the voltage to be adjusted. This same principle applies to Zener diodes with multiple breakdown voltages as well.

2EZ200D5DO41E3 diode is a versatile, cost-effective and reliable solution for the numerous applications in power management, voltage regulation, voltage protection, LED drive frequency conversion, automotive circuit protection, and much more. Its adjustable breakdown voltage, low leakage current and fast response times make it ideally suited for a wide range of applications

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