MXL5KP75CA Circuit Protection

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The TVS - Diodes, M XL5KP75CA, is an unidirectional radial leaded varistor designed to protect against transient voltage spikes. The device features 5KV surge capability and is designed specifically for the protection of sensitive electronic equipment such as computer and communication systems, as well as household appliances.

The M XL5KP75CA TVS - Diodes have a wide variety of applications, primarily in the automotive industry, medical industry, and the audio/video industry. In the automotive industry, this device is used to protect against electrostatic discharges that can come from a vehicle’s electrical system. These transients can cause damage to sensitive electronics in the vehicle including ECUs, control units, and other circuitry. In the medical industry, the M XL5KP75CA is used to protect medical devices such as life support equipment, blood pressure monitors, and imaging systems from static electrical discharges. In the audio/video industry, this device is used in speakers, amplifiers, and receivers to provide protection against electrical surges.

In addition to its application possibilities, the TVS - Diode M XL5KP75CA has a few features that make it well-suited for use in various environments. It has a low capacitance which reduces the risk of signal distortion in high speed data lines. It also provides ESD protection for both data and power line conducted transients.

The M XL5KP75CA features a two-leaded design and is rated to operate from -55°C (-67°F) to +125°C (257°F). The device has a low holding current of 10mA and a response time of approximately 5ns. The weight of this device is also quite low, weighing only 2.3g. The device is also RoHS compliant and UL certified.

The working principle of the M XL5KP75CA TVS - Diode is mainly based on avalanche breakdown (AvB) principle. If the voltage across an AvB diode increases, the generated current would become higher than the holding current of the diode. This voltage potential exceeds the breakdown voltage of the diode and thus the diode current begins to rise in a non-linear fashion. This break over voltage is typically higher than the specified breakdown voltage and is known as the clamp voltage. When the diode reaches the clamp voltage, the energy of the applied voltage is dissipated as heat within the diode, thus preventing further voltage rise.

The M XL5KP75CA TVS - Diode has a wide range of applications and features, and its design allows it to deliver protection against electrical transients. Its low capacitance prevents signal distortion and its response time of 5ns ensures high levels of protection against even the most severe transients. The device is not only suitable for automotive and medical applications but is also suitable for audio/video applications and offers a range of features that make it an ideal device for these applications.

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