2M13ZHR0G

Diodes, Zener and single are three important terms in electronics. While they are related, they are distinct enough to warrant examining them separately. In this article, we will examine the application field and working principle of 2M13ZHR0G.

2M13ZHR0G refers to a Zener diode that, as its name implies, has the international rectifier part number 2M13ZHR0G. Internationally rectifier diodes are used in a variety of applications because of their positive characteristics, including low drive voltage and zener temperature coefficient. This diode is a 2W axial type with a power dissipation of 250mW to 1W, with a zener voltage range of 2.4V to 39V and a nominal zener voltage of 13V. It is housed in a DO-41 package for use in axial installations.

The primary application of the 2M13ZHR0G is regulating voltage and stabilizing current, which is what Zener diodes are typically used for. Zener diodes are used as voltage regulators, over-voltage protection devices, and transient suppression devices. When an input voltage reaches the diode\'s breakdown voltage, the current is diverted through the diode, regulating and stabilizing the voltage in the circuit. The 2M13ZHR0G can be used in a variety of other applications, including alternating current (AC), direct current (DC) circuits, and so on.

In terms of its working principle, the 2M13ZHR0G is a Zener diode with two types of current flow. Under normal circumstances, current passing through the diode is in direct accordance with Ohm\'s law, meaning that the current passing through it is proportional to the voltage. However, if the voltage passing through the diode exceeds the zener voltage, the I-V curve of the diode changes from a linear to an exponential shape. This means that although the voltage has increased, the current remains relatively low and stable. This is known as "breakdown," and it is the principle on which Zener diodes operate.

In conclusion, the 2M13ZHR0G is a Zener diode with a power dissipation range of 250mW to 1W, housed in a DO-41 package. Its primary application is in regulating voltage and stabilizing current, and it achieves this through its exponential I-V curve. It can be used in both AC and DC circuits, and is particularly well suited for protection circuits, voltage regulators, and other applications in which reliable voltage control is required.