2EZ13D5DO41E3 Discrete Semiconductor Products

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Diodes, such as Zener diodes, are electrical components that regulate adjustments in electrical signals. The 2EZ13D5DO41E3 is a single, general-purpose Zener diode that is often used for signal conditioning and current regulation. This diode has the ability to delay and invert some signals, and offers different voltage capacitance characteristics and a wide range of working voltages.

The 2EZ13D5DO41E3 Zener diode is a three-terminal device that is made up of an anode, cathode, and gate. The diode has two regions of operation: forward bias, where the anode is connected to the positive power supply, and reverse bias, where the anode is connected to the negative supply. When used in reverse bias, the diode regulates the flow of current, while the gate voltage regulates the intensity of the current by acting as a control element. This regulation is often done to reduce excess noise or prevent unwanted frequency shifts in alternating current.

The 2EZ13D5DO41E3\'s field of application includes signal conditioning, current regulation, noise reduction, impedance matching, and AC/DC power regulation. It can be used as a shunt regulator, in an anti-aliasing filter network, or to protect other components from excessive voltages. Additionally, its high capacitance per area and higher available voltage makes it suitable for insertion between dissimilar components of a circuit. Its lightweight and device flexibility also makes it ideal for applications that require a large number of the same device to be connected in series, such as relays, LED switching elements, and line drivers.

In terms of performance, the 2EZ13D5DO41E3 is rated for voltage between 5 and 24 volts and can handle currents of up to 0.3 amperes. It has a reverse leakage rate of 5 microamperes with a reverse breakdown voltage of 16 volts. The diode also has a temperature coefficient of +7 millivolts per degree Kelvin, making it well-suited for temperature-sensitive applications.

When using the 2EZ13D5DO41E3 Zener diode, it is important to consider the device’s properties and its impact on the circuit before connecting it. For example, overvoltage protection may be impaired due to the diode’s reverse current characteristics, and the diode’s temperature coefficient may need to be considered when designing the circuit. Additionally, due to its low working voltage, it is usually better to use two of the 2EZ13D5DO41E3s in series to ensure adequate protection.

In short, the 2EZ13D5DO41E3 single, general-purpose Zener diode is a versatile component used for a wide range of applications, such as current regulation and noise reduction. When used correctly, it can help provide reliable and efficient performance for a circuit.

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