JAN1N4968CUS

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Diodes are electronic components that allow current flow in one direction, while blocking current in the reverse direction. Zener diodes are special types of diodes that are designed to allow current flow in both directions, but one direction is more heavily resisted than the other. These are useful for maintaining a precise voltage level in a circuit. The JAN1N4968CUS is a single zener diode designed to maintain a precise voltage level. In this article, we’ll discuss the application field and working principle of the JAN1N4968CUS.

The JAN1N4968CUS is a 3.3V 90mW Zener diode from ON Semiconductor. It comes in the single leaded DO-35 package, which is a popular package for small signal diodes. The JAN1N4968CUS is designed for applications that require a precise voltage level, such as voltage regulators and voltage references. It is also suitable for precision clippers, noise spikes suppression, and surge protectors. The JAN1N4968CUS offers a breakdown voltage of 3.3V and a power dissipation capability of 90mW. It has an operating temperature range of -65°C to +175°C and a storage temperature range of -65°C to +175°C.

The working principle of the JAN1N4968CUS is based on the principle of resistance. When a reverse voltage is applied to the diode, it creates a voltage drop across it. This voltage drop is known as the “Zener voltage” and is determined by the characteristics of the diode. In the case of the JAN1N4968CUS, the Zener voltage is 3.3V. When the voltage across the diode exceeds this value, current will flow in the reverse direction to establish a new equilibrium. This is known as “Zener breakdown” and is what gives the diode its unique properties.

In summary, the JAN1N4968CUS is a single Zener diode designed to maintain a precise voltage level. It is designed for applications that require a precise voltage level and has a breakdown voltage of 3.3V and a power dissipation capability of 90mW. The JAN1N4968CUS works by creating a voltage drop across it, known as the “Zener voltage”, when a reverse voltage is applied. When the voltage across the diode exceeds this value, current will flow in the reverse direction to establish a new equilibrium, known as “Zener breakdown.”

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