MXLSMCJ36A

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Transient Voltage Suppressors (TVS) Diodes are a vital component in power electronics circuits, employed to protect valuable electrical equipment from surges, spikes and other transients. The MXLSMCJ36A is a relatively new and highly advanced TVS diode, designed to provide surge protection for a wide range of electrical devices, such as communications and industrial motor drives, and secures signals and data lines in addition to offering Low-Clamping Voltage (LCV).

The MXLSMCJ36A’s robust design features a 3-line to 4-line surface mount package composed of Notchless Terminals (NLT), which helps minimize damage and improve signal integrity. This offers improved robustness over other TVS diodes which have visible or large notches. Additionally, its Z10 Surface Mount Working Voltage makes contact with surrounding mounting surfaces which helps eliminate heat spots.

In order to understand the MXLSMCJ36A’s application fields properly, it is important to understand the device’s working principle. When the power line connected to the device is subject to a voltage surge or overvoltage, a low voltage signal is generated that is processed by the spike protection circuit. This generates a reverse conducting current that eliminates any short term additional charges in the power line. This ensures that voltage in the power line does not exceed the ‘clamping voltage’, which is significantly lower than the voltage typically encountered in power surges.

The application fields of the MXLSMCJ36A include industrial motor drive circuits, transducers and motor control systems. In fact, the MXLSMCJ36A is designed to protect motor control systems from a wide range of transients, including surge voltages, EMI, lightning strikes and Line Imbalance. It is also suitable for protecting cables and mining installations.

The device is also suitable for consumer electronic applications, such as audio systems and LCD TV sets, and is typically employed to protect sensitive signal lines. This is achieved by connecting it across the line, in order to clamp any transient voltages.

The MXLSMCJ36A has a relatively low capacitance, which makes it suitable for high frequency applications, such as high speed Ethernet networks and digital communications systems. The device also has a relatively high maximum clamping voltage (Vmax) which makes it suitable for protecting delicate electronic components from extremely high transient voltages.

In conclusion, the MXLSMCJ36A is an advanced Transient Voltage Suppressors (TVS) diode designed to provide surge protection for a wide range of electrical equipment. Its robust design features a 3-line to 4-line surface mount package composed of Notchless Terminals (NLT). The device’s working principle is simple: when a power line connected to the device is subject to a voltage surge, a low voltage signal is generated in order to eliminate any short term additional charges. Its application fields include industrial motor drive circuits, transducers, consumer electronic applications and more. Additionally, its low capacitance and high Vmax makes it suitable for protecting sensitive components from transient voltages.

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