CD214B-T17CALF

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The CD214B-T17CALF is a part of the TVS - Diode family. This particular diode is intended to be used in high vibration and temperature applications. Specifically, this part is designed to be used for high-speed differential signal line protection.

The CD214B-T17CALF is designed as an active low voltage clamp diode to provide an easy to implement solution for applications that experience high levels of electrical noise. This diode largely works to protect single ended and differential pairs in harsh industrial applications from transient voltage spikes. The device also performs effectively at up to a 15 kV level, providing surge absorption with low capacitance. Additionally, the CD214B-T17CALF features high peak power to minimize the impact of high energy spikes.

In addition to protection from transient voltage surges, the device also functions as a temperature compensation system for power supplies in order to help maintain a reliable voltage level. This helps to reduce temperature shifts and protect any connected circuitry.

When it comes to applications, the CD214B-T17CALF is designed to be used in high vibration and temperature environments like automotive, industrial, consumer, transportation, and various other applications. Examples of applications suited for this device include automotive airbag deployment systems, wireless equipment, and optical networks.

The actual working principle of the CD214B-T17CALF is designed to react efficiently to ESD events, with a low capacitance to protect high-speed signals. The device includes a breakdown voltage, which is adjustable via the internal junction capacitance, allowing for a wide range of operation. There is also a transient suppression diode on the device’s output, further enhancing protection and reliability.

In summary, the CD214B-T17CALF is a TVS - Diode that is designed for high vibration and temperature applications. It is used to provide ESD protection to high-speed differential signals, with a low capacitance to ensure reliable protection. It also functions as a temperature compensation system to provide reliable voltage levels in power supplies. The device is used in a large range of applications, from automotive to wireless, and is designed to protect from transient voltage spikes.

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