MXP6KE160CAE3 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

MXP6KE160CAE3 (Transient Voltage Suppressor Diode, TVS Diode) is a ultra-low-power, ultra-fast, high-voltage transient voltage suppressor diode that provides superior protection against electrical transients. Developed by Nexperia, the MXP6KE160CAE3 delivers superior quality, performance and reliability. It is ideal for use in various automotive, consumer, lighting and computer applications where electrical transients pose a serious threat.

The MXP6KE160CAE3 is a general-purpose TVS diode with low capacitance and fast response time. It has a wide operating voltage range of -25 V to +40 V and a high breakdown voltage of 160 V. It also features a low maximum clamped voltage of 1.5 V and low dynamic resistance of 0.12 Ohm. The MXP6KE160CAE3 is capable of handling up to 3 Amps of surge current.

The working principle of the MXP6KE160CAE3 is simple. It acts like a diode, where one terminal is connected to the line and another is connected to ground. When a surge exceeds the diode\'s breakdown voltage, it creates a lower resistance path to ground and captures the surge current, thus clamping the voltage. This prevents the system\'s voltage from rising above the breakdown voltage level.

The MXP6KE160CAE3 is most often used in applications requiring electrical transient protection such as automotive powertrain and control systems, consumer and industrial equipment, computer systems, lighting systems and medical instrumentation. Its low thermal resistance ensures long life and reliable protection in harsh environments. It can also be used in series with other components to provide additional protection against catastrophic failure.

The MXP6KE160CAE3 is an ultra-low-power, ultra-fast high-voltage transient voltage suppressor diode that provides superior protection against electrical transients. Its wide operating voltage range, high breakdown voltage, and low maximum clamped voltage make it ideal for use in many automotive, consumer, lighting and computer applications. It can also be used in series with other components to provide additional protection against catastrophic failure.

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