MA15KP58CAE3

MA15KP58CAE3 is a transient voltage suppressor (TVS) diode, designed to protect sensitive electronic components from high voltage damage. The component is designed to absorb electrostatic discharges without fail and thus prevent any harm to connected devices. It is typically used in automotive and ITE applications, including mobile phones, personal computers, servers, and audio-visual equipment.

The MA15KP58CAE3 operates with the following main principles:

• It has a special protection structure that can absorb overvoltage transients safely.
• The structure uses surge clamping technology to provide overvoltage protection by simply clamping the input signal at the acceptable voltage level.
• It features low residual capacitance and high surge capability, offering great protection to the connected electronics.
• It features a very quick response time, which means it can react to transient events even before they can damage connected devices.
• The diode can also help to maintain safety during the operation of the connected devices.

The MA15KP58CAE3 component has a wide range of application points, and it is suitable for automotive, ITE, telecommunications, consumer electronics, medical systems, office automation and other applications. It is specifically designed to protect sensitive electronic components in both commercial and industrial environments. It is suitable for high reliability operating conditions, such as those found in safety critical systems.

This component has also been designed with various additional features, such as a low residual capacitance for high speed signal transmission, a high surge capability for repeated transient involvement and a low breakdown voltage. With all these features combined, the MA15KP58CAE3 offers an exceptional level of protection for sensitive electronics, helping keep connected components safe from any transient events.

The MA15KP58CAE3 is a reliable solution for protecting sensitive electronic components against overvoltage damage. It is well-suited for a variety of industrial and commercial applications, and its low residual capacitance, high surge capability and low breakdown voltage make it an ideal choice for protecting against transient events.