JAN1N3016C-1

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The JAN1N3016C-1 is a single zener diode designed for a variety of electronic applications. The diode is a semiconductor device that consists of two parts, a P-region and an N-region. As the two regions are connected together, the voltage across the P and N regions changes depending on the current flowing through the junction.

The JAN1N3016C-1 is a high performance, low-voltage diode designed to regulate voltage and protect circuits from excessively high voltages. It has an operating voltage of 6.0 to 10.0 volts, with a maximum reverse breakdown voltage of 8.2 volts, and a maximum surge current of 1 ampere. The maximum reverse current checks at 1 milliamp and the maximum capacitance is 6 picofarads. The JAN1N3016C-1 is ideally suited for a range of applications such as logic circuits, voltage regulation, low-power switching and rectification.

The working principle of the JAN1N3016C-1 is based on that of a regular diode. The P and N regions are connected together to form a single junction. When the current flowing through the junction exceeds its maximum breakdown voltage, the junction is said to be reversed-biased. This causes charges to move from the P region to the N region, and a voltage gradient is created across the P-N junction. This voltage gradient is maintained until the reverse current begins to drop, which in turn forces the P and N charges to move back in opposite directions and close the junction.

The voltage regulating characteristic of the JAN1N3016C-1 is due to its unique inherent design, which enables it to maintain a relatively constant voltage in the presence of varying current. This quality is the reason why the JAN1N3016C-1 is used in a variety of voltage regulating and voltage protection-related applications.

The JAN1N3016C-1 is a versatile and reliable diode designed for a variety of electronic applications. Its ability to maintain a constant voltage in the presence of varying current makes it ideal for applications such as logic circuits, low-power switching and rectification, and voltage regulation. With its wide operating voltage range and low capacitance, the JAN1N3016C-1 provides both performance and protection.

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