MXSMBJ2K5.0

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TVS (Transient Voltage Surge Suppressor) diode is a type of solid state semiconductor device used for protection against electrical transients. As its name suggests, it is essentially a diode that is designed to clamp the voltage above a certain level and limit the peak voltage. This is done by allowing current to flow only in the forward direction.

MXSMBJ2K5.0 is one such TVS – diode. It is a ultra-low capacitance surface mount diode that is designed to protect sensitive electronic components from transients. It is capable of suppressing high voltage transients of up to 20 kilovolts, while allowing only 400mA of current to flow, limiting the overall power dissipation and protecting the device from damage. The MXSMBJ2K5.0’s capacitance is very low, at 0.15pF, which increases signal integrity and reduces crosstalk. It also features an ultra-fast response time, with a rise time of only 150ps.

The MXSMBJ2K5.0 is a bi-directional diode, meaning it can pass current in both directions, allowing it to be used in either line-to-ground or line-to-line configurations. It is highly recommended for use in applications such as automotive, telecom, computers, servers, portable electronics, and LCDs.

In terms of its working principle, MXSMBJ2K5.0 works by acting as a shunt between the power supply and the protected device. When a voltage transient occurs, the diode will conduct much more current than it normally would, allowing the excessive voltage to be diverted away and protecting the device from damage. The high capacitance of the diode is designed to provide a low impedance path for the transient current, thus allowing the device to be protected.

In summary, the MXSMBJ2K5.0 is a very effective and reliable TVS – diode that is designed to protect sensitive electronic components from high voltage transients. It has an ultra-fast response time and its low capacitance helps to improve signal integrity and reduce crosstalk. It is also bi-directional, making it suitable for use in both line-to-ground and line-to-line applications.

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