JANTXV1N4116C-1

Diodes - Zener - Single

The JANTXV1N4116C-1 is a type of single zener diode designed to offer superior clamping performance in an ultra-small SMA package. It is ideal for use in space-constrained applications and can handle high-frequency operation up to 2 GHz. The device has a low forward voltage drop and is capable of withstanding voltages in excess of 500 V.

Application Field

The JANTXV1N4116C-1 is predominantly used for clamping and low voltage protection in a wide range of scenarios. It is capable of providing a clamping voltage 8 V above the peak operating voltage and can be used to protect automotive systems, medical equipment, and consumer electronics from various causes of surge damage. Furthermore, its small size makes it suitable for use in handheld electronics where space is at a premium.

Working Principle

At the heart of the JANTXV1N4116C-1 is a zener diode. This type of device works by selectively breaking down on a reverse biased state in order to limit a circuit’s voltage. This occurs because a zener diode has a very narrow reverse breakdown region entailing just 2 or 3 volts difference between a breakdown voltage and a steady-state voltage. It also has two layers of P-type and N-type semiconductor material which allows it to “clamp” the negative voltages produced in a circuit.

In the case of the JANTXV1N4116C-1, a reverse breakdown voltage of 5 volts is achieved by applying a small forward current between the anode and cathode. This current allows the device to regulate the voltage and protect the circuit from unwanted surges. It also provides a negative temperature coefficient for increased stability over temperature, which makes it suitable for extreme operating conditions.

The JANTXV1N4116C-1 is a powerful, reliable and cost-effective example of a single zener diode. Its low forward voltage drop, coupled with its high voltage breakdown, makes it ideal for a range of applications, including clamping and low-voltage protection. Furthermore, its small size makes it perfectly suited for use in space-constrained scenarios, such as handheld electronics.