JANTX1N4130UR-1

The JANTX1N4130UR-1 is a single Zener diode from the family of special purpose diodes. Specifically, Zener diodes are recommended for use in applications that require voltage regulation, voltage clamping, and switching, making them suitable for various applications in industries such as automobile, super-computing and aerospace engineering. The key applications and working principle of the JANTX1N4130UR-1 will be discussed in this article.

Applications of the JANTX1N4130UR-1 are wide-ranging, with particular use in voltage regulation, voltage clamping, and switching. Voltage regulation is the process of maintaining a steady voltage across a device, regardless of changes in the input signal. This makes the device suitable for use in electrostatic sensitive circuits. Voltage clamping is the process of limiting the amplitude of a signal in order to prevent damage to the circuit, commonly used in power supplies. Switching is a process that enables the device to be activated or deactivated, thereby allowing more efficient energy usage. Other applications include: dampening transients and stabilizing output voltage, resistive line loading, emitter follower protection, and LED driver protection.

The JANTX1N4130UR-1 utilizes a reverse biased Zener diode to provide voltage regulation, voltage clamping, and switching. When a voltage is applied to this diode, the device will begin to conduct electricity. As the voltage increases, the diode reaches its breakdown voltage. When this happens, the diode will begin to conduct more current, resulting in a reduced voltage across the device. This is often referred to as the Zener effect, and is what allows for voltage regulation, voltage clamping, and switching. The JANTX1N4130UR-1 has a reverse bias resistance of typically 75 ohms and is able to regulate voltages from 7.5V to 14V.

The JANTX1N4130UR-1 is a high quality, reliable, and robust single Zener diode suitable for various applications. It is able to provide voltage regulation, voltage clamping, and switching capability, allowing it to be utilized in a variety of applications in many industries like automobile, super-computing, and aerospace engineering. The Zener diode operating principle ensures that the device is able to provide high quality and reliable results while consuming a small amount of power.