CDNBS08-T58CC

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The CDNBS08-T58CC is a TVS - diode, which provides immediate protection for devices against overpowering when exposed to transient voltages, for example lightning strikes. This diode will protect a device in a circuit from overvoltage and current transients, allowing it to function normally. By protecting devices against voltage transients, it can reduce system downtime and prevent damage to sensitive components.

The diode is composed of a zener diode and a voltage clamping device. The zener diode will provide current conduction and limits the voltage across the device when a voltage spike occurs, while the voltage clamping device will absorb any excessive current flow and will prevent further damage to the devices in the circuit. This feature is known as clamping or crowbarring.

When the diode is in a reverse biased state, it will stay shut, allowing it to remain in a low-power state. If a voltage spike occurs, the diode will turn on and activate the voltage clamping device, which will absorb the excessive energy and limit the voltage across the device. This will allow the device to stay up and running, eliminating system downtime, increasing performance and overall system reliability.

The CDNBS08-T58CC has a wide operating range and has a variety of features such as low clamping voltage, high surge current capability, low leakage current and a low internal capacitance. It supports a wide operating temperature range from -40°C to +85°C and has an operating voltage range from 6V to 24V. The device is also RoHS compliant and can be used in a variety of applications such as: handheld devices, cellular phones, automotive electronics, portable medical devices, portable gaming systems, and office equipment.

The CDNBS08-T58CC is a reliable and important device for protecting against damages caused by voltage and current transients. This diode will provide immediate protection for devices, allowing them to operate normally and provide the best possible performance and reliability. By protecting devices from voltage transients, the device can reduce system downtime and prevent damage to sensitive components, keeping your system safe and running smoothly.

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