2M13ZHA0G

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

A 2M13ZHA0G diode is a special diode designed to operate in a reverse bias, with a specific breakdown voltage designed to handle higher power than a regular diode. The 2M13ZHA0G diode is part of the Zener diode family, or voltage regulator diodes, and is part of the single diode category.

Zener diodes are diodes with a reverse breakdown voltage lower than that of a standard diode. The Zener voltage helps regulate and control various circuits, and can be found in various applications. Just like any other diode, a Zener diode has an anode and cathode, with current flowing from the anode to the cathode when it is forward biased, and vice versa when reversed biased. The single diode is essentially a basic diode, and a 2M13ZHA0G single diode is essentially a Zener diode and a regular diode in one compact package.

The 2M13ZHA0G diode has a specific breakdown voltage rating of 13 volts and can handle a current up to 20mA. The maximum leakage current at 13 volts of reverse bias is 0.4µA. The maximum power dissipation rating at 25°C is 500 mW, with a minimum operating temperature of -65°C and a maximum operating temperature of +175°C. The diode has a capacitance rating of 1000pF at 1 MHz and 20 volts, with a reverse recovery time of 8ns.

The 2M13ZHA0G can be used in various applications, including AC-DC converters and free-wheeling circuits. The diode can also be used in surge-limiting circuits and voltage clamping. The diode is also used in adjustable voltage regulators, such as voltage stabilizers and DC-DC converters.

The working principle of the 2M13ZHA0G diode is mainly based on the reverse breakdown voltage of the diode, or the Zener voltage. When an external voltage source is connected, the diodes cathode will become more positive than the anode and the diodes reverse breakdown voltage will be reached. When the reverse breakdown voltage is reached, the diode will start to conduct in reverse and the current will flow from the cathode to the anode. The Zener voltage of the 2M13ZHA0G allows it to regulate the voltage and protect other components from overvoltage.

The single diode circuit is the most reliable of all the diode circuits, due to its simplicity. This is because a single diode has a polarity that must be observed, and no special configuration is needed. All that is required is to attach the anode of the diode to the positive terminal of the voltage source, and the cathode to the negative terminal.

By taking advantage of the 2M13ZHA0G’s Zener voltage value, the diode can be used to create a reliable voltage regulator. This can be achieved by connecting the diode in parallel with a load and a current source, with the anode of the diode connected to the load, and the cathode to the current source. When the current increases and the voltage across the load increases, the diode’s Zener voltage will be reached and the diode will start to conduct in reverse, limiting the voltage to its Zener voltage, and regulating the current and voltage.

In conclusion, the 2M13ZHA0G diode is part of the Zener diode category and is a single diode, combining a regular diode and a Zener diode in one package. The diode has a reverse breakdown voltage of 13 volts and can handle up to 20mA. The diode is typically used in applications including AC-DC converters, free-wheeling circuits, surge-limiting circuits, voltage clamping, adjustable voltage regulators, and as a voltage regulator. The working principle of the 2M13ZHA0G diode is based on its Zener voltage and it can be used to regulate current and voltage. The single diode circuit is the most reliable of all the diode circuits, making the 2M13ZHA0G diode a reliable and efficient option for various applications.

The specific data is subject to PDF, and the above content is for reference