MXP6KE170CA Circuit Protection

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

The MXP6KE170CA is a type of Transient Voltage Suppressor (TVS) diode. It is specifically designed to provide overvoltage protection in electronic systems and circuits. This device is often used in AC to DC power supplies, automotive circuits, personal computers, data communication equipment, consumer electronics, and industrial applications, just to name a few.

The overvoltage protection feature of the MXP6KE170CA makes it a must-have for protecting sensitive electronic components from potential damage due to overvoltage surges. By performing the function of a voltage clamp, the TVS diode prevents surges from exceeding their maximum threshold, thus preventing damage to the device or circuit. The device is also designed to divert any excess energy to ground.

The MXP6KE170CA is designed to work within the range of 6.0V - 170V. It is manufactured in a SOD-323 package, with the diode type being a conventional PNP. The device is guaranteed to work in temperatures ranging from - 55°C to + 150°C, and its power dissipation rating of 500mW ensures adequate protection. It has an average on-state resistance of less than 0.11Ω and a maximum reverse current of 150µA at 1A.

As for its operating principle, the MXP6KE170CA diode relies on the components of a voltage-dependent resistor and a solid-state switch. When there is a steady current, the resistance of the voltage-dependent resistor is low. However, if the current increases, the resistance of the voltage-dependent resistor increases, causing the voltage on the device to drop. This in turn causes the solid-state switch to open, diverting the current away from the device and effectively clamping the voltage.

The MXP6KE170CA is a versatile device, and is often used where overvoltage protection is needed. Its wide range of applications and operating principles make it an invaluable tool for protecting sensitive devices from damage caused by surges and other electrical events. Consequently, it has become a staple component in many electronic designs.

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