1.5KE100CA

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1.5KE100CA is an electronic component in the TVS - Diodes series. It is the enhancement mode silicon avalanche breakdown diode with power dissipation of 500Watts.

The device is available in discrete form with axial leads and isolated package. This device is also available in the 13 inch tape and reel packaging for high-speed pick and place mounting technology. It features four leads with reverse voltage and pulse current capacity.

It operates in the breakdown voltage power range from 6.2V- 66V. 1.5KE100CA has a low-clamping voltage rating of 8.2V- 72V. The peak pulse current capacity is 100Amps. It has a high-temperature operating range of +85°C to +150°C.

1.5KE100CA is widely used in the telecommunication and computer industries. Its applications include protecting the computer power supply systems, protecting the data lines and interface circuits, and protecting the high voltage transistor and diodes. It can also be used in power supplies and audio/video equipment. It is ideal for the protection of DC power lines and equipment.

1.5KE100CA works by reducing the local electric fields, created by the overvoltage or ESD on the protected line, to manageable levels. This is done by connecting the device across the protected line. The device reduces the voltage by conducting the excessive current away from the source and by clamping the voltage down to a safe value. When the excessive current is reduced, the voltage reduces to a safe level.

To prevent the device from being damaged by the over-current or ESD, there should be a properly configured resettable fuse in the protection path. The device will automatically reset itself after the over-current or ESD is cleared. This way the device can provide consistent and reliable protection to the connected line.

1.5KE100CA is an important member of the TVS – Diodes family. Its wide range of applications and reliable working make it the preferred device for high-power operations, telecommunication, and computer industries. It can provide a high level of protection and safety to the connected line and equipment.

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