MAPLAD18KP11CA

TVS (transient voltage suppression) diodes are used in many fields of electrical protection. The device is used in a lot of applications that require the rapid response for transient protection of sensitive electronic equipment. One device, MAPLAD18KP11CA, is a bidirectional TVS diode specifically designed to protect data and signal lines from sensitivity to ESD. This article will discuss the MAPLAD18KP11CA appl ication field, working principle and some other parameters.

The MAPLAD18KP11CA bidirectional TVS diode is ideal in efforts to protect data and signal lines from voltage transients due to ESD or lightning events. It is designed to shield the equipment from damaging electrostatic discharges that can occur when handling and inserting components. It is also suitable for applications such as personal computers, printers, telephones, and consumer electronics.

The MAPLAD18KP11CA works through its bidirectional protection. It has two separate diodes in series, one is used for ESD and lightning protection and the other is used for normal transient suppression. The diode works by providing a low impedance path for both positive and negative transients. It will absorb ESD and lightning transients on both sides and clamp any voltage peak within a certain range. Due to its double protection, the device is able to provide robust protection.

The device can be used together with other TVS diodes to provide more protection for power and signal lines in especially sensitive applications. It is important to also consider other parameters when selecting a TVS diode for a given application. Important specifications for the MAPLAD18KP11CA include a maximum peak pulse power of 20kW, a breakdown voltage of 18V +/- 5%, and a clamp voltage of 32V.

In conclusion, the MAPLAD18KP11CA is a bidirectional TVS diode that is suitable for protecting data and signal lines from sensitivity to ESD. It provides double protection against ESD and lightning transients with a low impedance to both positive and negative transients and can clamp any voltage peak within a certain range. The device also boasts some impressive electrical parameters that make it suitable for a wide range of applications; including personal computers, printers, telephones, and consumer electronics.