MTZJT-7210C Discrete Semiconductor Products

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The MTZJT-7210C is a single, zinc oxide based, high-performance voltage regulator diode. This device has been designed to offer a reliable and economical solution for powering medium to large scale systems in industrial, automotive, telecom and computing applications.

The MTZJT-7210C is capable of providing a regulated and steady output voltage of five volts. It is able to monitor and control input voltages as low as 15V and as high as 200V, making it suitable for a variety of scenarios. The MTZJT-7210C is also very efficient, with a maximum junction temperature of 125 °C, and an efficiency of 90%.

The working principle of the MTZJT-7210C is based on a standard, zinc oxide based, zener diode system. When the current is flowing through the diode, it is subjected to both voltage and temperature effects. As the voltage within the diode increases, so does the voltage across the diode. The zener diode works as a regulating element, suppressing any further increase in voltage, thereby maintaining a steady and stable output voltage.

The MTZJT-7210C is primarily used in applications where a regulated, fixed voltage source is needed, or when a large amount of current is present. Examples of applications include powering industrial controllers and consumer electronics, providing power conditioning for telecom and computing systems, regulating the current in automotive applications, and providing DC voltage stabilization for portable devices. The fact that the MTZJT-7210C is capable of sustaining high input voltages and high-efficiency make it a great choice for many demanding applications.

The MTZJT-7210C is a reliable, high-performance voltage regulator diode that is suitable for a wide range of applications. Its zinc oxide based design makes it a cost-effective and efficient solution for powering and regulating medium to large systems. With its robust construction, high efficiency and ability to regulate input voltages up to 200V, it makes for a great choice for a multitude of applications.

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