JAN1N6463US Circuit Protection

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The JAN1N6463US is a Transient Voltage Suppressor (TVS) Diode with an uni-directional low capacitance which comes with a power dissipation of 400W. It is typically used in data and communication equipment in order to protect the circuit from voltage spikes. The diode acts like a capacitor until a potential is applied to it, which causes a reverse current in the diode. The reverse current in the diode will be limited by the resistance of the diode, which prevents the voltage in the circuit from passing certain levels.

The JAN1N6463US is available in three voltage classes - the 5V, 6.5V and 10V. The 5V version has a peak clamp voltage of 8.2V, the 6.5V version has a peak clamp voltage of 11.1V and the 10V version has a peak clamp voltage of 16V. The diode has a breakover voltage of 10V and a capacitance of 1pF. It is rated for a power dissipation of 400W and can handle a surge power of 1W. It can handle a surge current up to 25A.

The JAN1N6463US is ideal for circuit protection in data communications and computer systems. It can be used in a variety of applications including Ethernet, USB, serial ports, ATA ports, peripheral ports and high-speed transmission lines. It is also used in embedded systems and video equipment to prevent over-voltage damage. The diode is designed to protect against unwanted transients by clamping them to safe levels.

To provide maximum protection, the JAN1N6463US is designed with a bi-directional diode architecture. This reduces the forward voltage drop and allows the diode to handle higher currents. The ultra-fast switching capability of the diode makes it suitable for protecting circuits against transient surges. The diode also has a high surge energy capability, which ensures reliable protection.

The JAN1N6463US is designed to protect circuits from dangerous over-voltage transients. It is typically used in signal and data lines in order to protect the circuit and ensure proper operation. The diode is available in three voltage classes in order to suit various applications. It has a low capacitance and a high surge energy capability, and is ideal for high-speed signal line protection. The diode is also designed with a bi-directional architecture, which allows it to handle higher current levels and provides maximum protection.

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