SDP1100Q38B

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The SDP1100Q38B is a type of solid-state transient voltage suppressor (TVS) structure. Its application field and working principle can be found primarily in Mixed Technology, making it particularly applicable to fields like industrial and military electronics, computers and telecom equipment, household electrical appliances and automotive electronics. This device is capable of combating surges, as well as other electrical faults, which could adversely affect an electrical system.

The SDP1100Q38B is designed to be an ultra-low capacitance transient voltage suppressor. It has a superior clamping voltage that is three times lower than regular transient voltage suppressors, which is beneficial for increasing the total power throughput of the system. In addition, its low clamping voltage allows it to detect electrical transients rapidly, and even when the system is operating at its highest data transfer rate.

The SDP1100Q38B uses a multi-plated structure at its core, which helps to increase its transition speed and reduce the amount of energy that needs to be dissipated for surge protection of the system. Furthermore, it has a symmetrical dual in-line structure that helps provide some additional benefit by offering additional support during electrical transients, such as with overvoltage conditions.

In order to further increase its surge protection capability, the SDP1100Q38B also utilizes a nonlinear ferrite core, which helps to reduce the energy of the current. This non-linear ferrite core also helps to absorb electrical transients faster than traditional TVS devices, as it is able to quickly react to conditions like reversed polarity and overvoltage conditions. Furthermore, the non-linear ferrite core also helps to prevent the system from being damaged due to voltage spikes.

The SDP1100Q38B also has an integrated thermal protection mechanism, which helps to protect the system from overheating caused by large transients. Furthermore, this device also features a special short circuit protected zener diode, which helps to further reduce the energy of the transient. This both helps to protect the system from short circuit conditions, as well as reduce the amount of energy that is dissipated during transients.

To further improve its effectiveness, the SDP1100Q38B also features two hard-wired pins, which helps to decrease the structure’s lightning magnetic field and further reduce the energy of electrical transients. This also helps to prevent the system from being damaged due to strong electromagnetic fields. Furthermore, these hard-wired pins also provide an additional short-circuit saving stress energy buffer, which helps to absorb the energy of a surge before it damages the system.

Overall, the SDP1100Q38B is a highly reliable and robust TVS structure primarily used in Mixed Technology applications. It is suitable for combating electrical transients in a variety of industrial and military electronic products, computers and telecom equipment, household appliances and automotive electronics. Its combination of a unique multi-layered structure, non-linear ferrite core, short circuit protected zener diode and hard-wired pins all help to provide an extra layer of surge protection, as well as reduce the energy of transients before they cause any type of damage to the system.

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