MP4KE10CA

TVS (transient voltage suppressor) diodes are electronic components used to protect sensitive electronic equipment from high voltage transients, which can cause malfunctions or destruction and make the device inoperable. The MP40KE10CA is a two-terminal bidirectional TVS diode array specifically designed for television sets, computers, and automotive controllers.

The MP40KE10CA is a leadless surface mount device which is designed to protect against transient voltage surges. It is a low capacitance device (20pF @ pulse) which offers superior performance and fast response time. The device is able to withstand up to 400V rms (250V dc) surge voltage and up to 11A peak current. The device also has an ESD protection rating of at least 8kV human body model (HBM) per IEC 61000-4-2.

The MP40KE10CA is mainly used in electronics circuit applications such as: Television sets, Computers, Vehicle Controllers. Its designed to protect circuits against lightning discharge and other voltage transients, electromagnetic interferences (EMI), and electrostatic discharges (ESD). The device also has good ESD performance and offers an additional layer of protection for electronic circuits.

The working principle of the MP40KE10CA is based on the principle of avalanche breakdown. When a high enough voltage is applied to the device, it will start to conduct current and limit the voltage to a safe level. This device has a reverse breakdown voltage of 5V with a 5.6V zener voltage.

The device also has excellent transient performance, high surge current handling capability, and high peak pulse power with a low leakage current. The low capacitance per line and low distoring capacitance make the device ideal for use in high-speed data signal lines. The device can be used in both DC and AC environments and is RoHS compliant.

In summary, the MP40KE10CA is a two-terminal, bidirectional TVS diode array specifically designed for television sets, computers, and automotive controllers. The device offers excellent transient performance, high surge current handling capability, and a low capacitance per line which makes the device ideal for protecting circuits against lightning discharge and other voltage transients.