LC6.5A Circuit Protection

TVS-Diodes are an essential part of any electrical system. The LC6.5A is a type of TVS-Diode, specifically designed for surge protection and lightning protection applications. In this article we will explore the application field and working principle of the LC6.5A.

TVS-Diodes are components that are used to protect other circuit components from high voltages by diverting the voltage to ground. They are used in a wide variety of applications, such as automotive, industrial, and consumer electronics. The LC6.5A is specifically designed for lightning-protection and surge-protection applications. It has an extremely high protection capability, withstanding up to 6,500A of impulse current.

The application field of the LC6.5A is broad. It is used for protecting against overvoltage caused by lightning strikes and power changes or surges. It is suitable for use in a variety of industrial equipment, as well as consumer electronics. It is also used in automotive and military applications.

The working principle of the LC6.5A can be described as follows. When an impulse of current greater than the device\'s maximum rated current passes through the device, it triggers the device into operation. The triggering process causes a spark gap, which bridges the negative and positive terminals of the device and releases an electrical arc. This arc then absorbs the charge and discharges the energy to ground.

In addition, the LC6.5A includes a series of additional features that further enhance its protection capabilities. It has a fast response time to surges, which helps to minimize the amount of damage that can be caused during a power surge. In addition, it includes an external heat-sink that helps to dissipate the heat generated during operation and provide additional protection.

In summary, the LC6.5A is an important component for protecting circuits from high voltages caused by lightning strikes or power changes. It is a versatile component, suitable for a wide variety of applications, including industrial equipment, consumer electronics, automotive, military, and more. Furthermore, its features, including fast response time, internal spark gap, and external heat-sinking provide additional protection to circuits.