CT136HT

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The solid state relay is an electronic component. Its design and structure are different from those of mechanical relays, and its working principle and performance are also very different. The working principle of the solid state relay is based on the conduction of electricity and its control of electromagnetic waves. In this article, we will focus on discussing the application field and working principle of CT136HT.

CT136HT is a type of solid state relays, usually in the form of a single-in-line package or surface-mount device. It has two inputs – one DC control input and one AC power input – and one AC power output. CT136HT is designed for a wide variety of industrial and commercial applications. It is mainly used for motor controls, lighting controls, temperature controls, electrical appliance switching and industrial automation.

The working principle of CT136HT is fairly simple. It uses a semiconductor switch, usually an insulated gate bipolar transistor (IGBT), to control the output of an AC voltage. When the control input, which is a DC voltage, is turned on, the IGBT switch is activated and the AC power output is connected to the input source. This action allows current to flow and the output is switched on and off. When the control input is turned off, the IGBT switch is deactivated and the output is disconnected from the input source. This disconnects the output and turns it off.

The advantage of CT136HT is its low cost, smaller size compared to mechanical relays, and lower voltage and current operating requirements require less power. Other advantages include high load switching capacity, fast response time, and low input sensitivity to electrical noise such as dip and surge. The main disadvantage of CT136HT is that the output voltage and current can only be switched between two values: on and off.

In summary, the CT136HT solid state relay is a cost-effective, compact, and reliable electronic component for a variety of switching applications. It uses an IGBT switch to control the output, and its advantages include low cost, smaller size, fast response time, and low electrical noise sensitivity. Its main drawback is that it can only switch between two states.

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