CD214B-T48ALF

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CD214B-T48ALF is a member of the TVS - Diodes category of products. The device is designed and manufactured by ITT Corporation, and it is a surface mount device that features a dual-channel diode array with a value of 5.0V DC breakdown voltage rating. The device is suitable for use in a wide variety of applications.

CD214B-T48ALF’s primary application field is in ESD and EMI protection. The device is used to protect sensitive circuits and systems from damage caused by electrostatic discharge (ESD) and electromagnetic interference (EMI). The device is capable of handling up to 4500W of input surge current, providing reliable protection against damage from high-energy ESD events.

In addition to ESD and EMI protection, CD214B-T48ALF can be used in a wide variety of other applications. The device is suitable for use in automotive and power systems, as well as in medical and military systems. The device can also be used in power conditioning and surge protection applications.

The working principle of the CD214B-T48ALF is based on the principle of reverse polarity protection. When the device is exposed to an input voltage greater than its rated breakdown voltage, the diode array will be activated, causing the voltage to be reduced. This is achieved by causing the current to flow in the opposite direction.

The device has a peak pulse power derating of 8.3%, which allows for a balanced flow of current when subject to higher surge currents. This ensures that the device is capable of handling a wide range of input surge currents without overloading or failing.

Overall, the CD214B-T48ALF is a versatile device that can be used in a variety of different applications, including ESD and EMI protection, automotive and power systems, medical and military systems, and power conditioning and surge protection applications. The device is reliable and capable of handling up to 4500W of input surge current. The device is also designed to operate using the principle of reverse polarity protection, ensuring that the voltage is reduced when exposed to higher input voltages.

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