JAN1N4966CUS

The JAN1N4966CUS Zener diode is a single diode that is used for a variety of applications. This diode is designed to provide and maintain a constant voltage drop between the two terminals of the diode and is primarily used for voltage regulation and to prevent overvoltage in circuits. This diode is designed with a built-in non-linearity that allows it to operate as a Zener diode when the voltage applied exceeds a predetermined voltage level. The reliability and performance of the Zener diode make it an ideal choice for applications such as in industrial applications, automotive industry and consumer electronics.

The JAN1N4966CUS diode is a member of the N-type family of Zener diodes. It is constructed with an N-type doping layer and a P-type substrate. The Zener region is formed near the junction to provide the desired breakdown voltage. The breakdown voltage of the JAN1N4966CUS diode is 4.7V which is maintained when the voltage applied is greater than the breakdown voltage. It can be operated at high voltages and it is highly resistant to temperature changes.

The JAN1N4966CUS diode is a popular choice for many applications because of its high breakdown voltage, low reverse leakage current, low forward voltage drop and excellent noise suppression characteristics. It is constructed with a wide diffusion layer that helps to reduce reverse leakage current. The low voltage drop across the diode also helps to reduce power dissipation and improves efficiency. It is well suited for use in applications with high power requirements such as AC to DC converters, power circuits for automotive applications, power supplies for industrial and consumer applications, and various circuit protection devices.

The JAN1N4966CUS diode is a reliable, robust and efficient Zener diode that can be used in a variety of applications. Its wide diffusion layer helps to reduce reverse leakage current and its low voltage drop helps to reduce power dissipation and improves efficiency. It is also well suited for applications with high power requirements and can be used in many circuit protection devices.