SZSMS24T1G

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TVS – Diodes, also known as Transient Voltage Suppression Diodes, are electrical components that protect circuit components from damage due to high voltage spikes. A TVS – Diode, such as the SZSMS24T1G, is designed to absorb voltage and divert it away from sensitive circuit components, thereby protecting them from potentially catastrophic damage. This article will discuss the application field and working principle of the SZSMS24T1G.

The SZSMS24T1G is a surface mount TVS – Diode that is designed to provide protection to electronic equipment against transient overvoltages. Its specified operating temperature range is – 65°C to + 175°C and it has an average clamping voltage of 24V. It can also operate up to 1500 Watts of peak pulse power. It is typically used in medical devices, industrial automation, power supplies and computers.

The working principle of the SZSMS24T1G is simple and effective. When the voltage dissipated by the diode exceeds its breakdown voltage, it enters a conductive state and begins to act like a short circuit. When this state is reached, the diode will start to absorb the energy of the voltage spike, reducing its amplitude. This process continues until the spike dissipates and the voltage returns to its normal level, at which point the diode returns to its non-conductive state.

The SZSMS24T1G is designed to protect circuits from damage caused by surges up to 24V. However, it is important to note that the application of this device will ultimately depend on the voltage and current ratings of the equipment it is connected to. As such, the device should be properly evaluated for compatibility with the specific application before it is used.

In summary, the SZSMS24T1G TVS – Diode is an effective electrical component used to protect electric equipment from potentially catastrophic damage caused by high voltage spikes. It does this by absorbing the energy of the voltage spike, reducing its amplitude. The device is suitable for use in medical devices, industrial automation, power supplies and computers and can operate up to 1500 Watts of peak pulse power. However, it is important to evaluate the device for compatibility with the specific application before use.

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