JANTXV1N6461 Circuit Protection

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TVS diodes are devices that are designed for AC and DC voltage protection. JANTXV1N6461 is an example of a Transient Voltage Suppression diode (TVS) that is specifically designed for unidirectional high surge and high clamping voltage applications. It is a High ESD protection diode with a fully characterized ESD protection level of 20 kV (for Human Body Model).

This diode is available in a small disc package, allowing easy integration on printed circuit boards. Its low capacitance enables fast response time, so the device can effectively protect against voltage transients from multiple sources such as lightning, AC signals, and high-speed computer data lines.

The JANTXV1N6461 is engineered to be used as an integrated or discrete component in a wide array of systems. It offers superior protection in automotive electronics, medical equipment, solar inverters, general electronic systems, and a variety of other AC and DC circuits.

The working principle of JANTXV1N6461 is fairly straightforward. When a transient surge occurs, the diode swiftly responds by drawing the majority of the surge current, and its nonlinear breakdown behavior limits the voltage across the protected device. This in turn eliminates the risk of damage from overvoltage, as the diode is designed to handle large voltage transients without sustaining damage.

JANTXV1N6461\'s small footprint and extremely low capacitance of 0.25 pF enable it to provide superior response to transients. It is rated for a maximum transient surge current of 25 A, and has a working voltage range of 6 V to 23 V. The device can survive multiple surges without damage to its protective properties, and also offers a high level of ESD protection, helping to minimize component damage or failure due to electrostatic discharge.

In conclusion, the JANTXV1N6461 is a high-reliability TVS diode designed for effective protection against transient surges. Its small size, fast response time, and high clamping voltage help this diode provide superior protection in a wide array of applications. Its multi-surge capability and ESD protection make it an effective choice for both integrated and discrete protection solutions.

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