MXLSMCJLCE14A Circuit Protection

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A transient voltage suppression (TVS) diode is a device used to protect semiconductor circuits from voltage spikes or transients. It is also referred to as a surge-protection diode, surge suppressor, voltage-clamping diode, or transient voltage suppressor diode. The MXLSMCJLCE14A is a TVS diode specifically designed for automotive applications, such as power steering pumps, motors, and alternators. It is also suitable for industrial, telecom, and consumer applications.

The MXLSMCJLCE14A is comprised of a flip-chip chip that is connected to a metal oxide resistant substrate using solder. The flip-chip is designed to handle both transient and catch-up current during its operation. This allows for a fast response time and accurate protection. The diode is also designed to have a low output capacitance, which reduces noise and maintains a low input voltage during operation.

The MXLSMCJLCE14A works through a process known as “clamping”. Clamping is the process by which the diode stops a voltage spike from propagating by absorbing the transient energy and dissipating it as heat. When the voltage spike passes, the diode will remain in the low impedance state until the voltage return to normal. This prevents the voltage from overshooting or undershooting the desired state.

The MXLSMCJLCE14A has a peak pulse current of 400A and a working voltage of 12V. It has a breakdown voltage of 13.5V and a maximum clamping voltage of 14.3V. The clamping voltage is the maximum voltages that the diode will absorb before activating and dissipating the energy.

The MXLSMCJLCE14A offers automotive, industrial, telecom, and consumer applications protection from transients. It is designed for fast response times and accurate protection and is well suited for applications where speed and accuracy are required. The low output capacitance also reduces noise and maintains a low input voltage during operation. Additionally, its 400A peak pulse current is ideal for applications where high currents are in play. This diode is an excellent choice for applications that require reliable and efficient protection from transient voltage.

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