CD214B-T16CALF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Transient Voltage Suppressors, or TVS, are a special type of diode which is designed to protect electronic circuits from damage in case of over-voltage. The CD214B-T16CALF is one such TVS diode and it is designed for use in switching applications. The CD214B-T16CALF is an ultra low-capacitance monolithic TVS array. It is packaged in an industry standard SOD-123 package allowing for easy integration into a wide variety of designs. The CD214B-T16CALF is designed to protect against high-frequency transients such as coupling, rounding, and other switch modes from various sources. Its ultra-low capacitance provides maximum EMI/RFI suppression and reduces interference while maintaining signal integrity.

The CD214B-T16CALF is ideal for high-speed digital applications such as CPUs in mobile phones and other portable devices as well as various consumer electronics. It provides superior protection against electrical hazards without affecting signal characterics.

Working Principle

The CD214B-T16CALF is a two-terminal Zener diode array. It is composed of a number of low-voltage Zener diodes connected in series. The device has two terminals: an anode and a cathode. When subjected to a transient over-voltage, the Zener diodes break down, forming a short circuit between the anode and cathode. This clamp the voltage, limiting the current flowing through the circuit. The result is that the circuit is protected from damage.

Applications

The CD214B-T16CALF is suitable for high frequency DC/DC converters, low-frequency switching power supplies, CPUs in mobile phones, portable electronic devices, and consumer electronics. It provides superior protection against electrical hazards while reducing EMI/RFI interference and maintaining signal integrity. It is also well suited for portable and consumer electronics that require cost-effective, small form-factor, and low-profile solutions.

The specific data is subject to PDF, and the above content is for reference