S2035KTP

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Thyristors, also known as silicon control rectifiers or SCRs, are electronic devices used to control electric current, mostly in industrial applications. The S2035KTP is a special type of SCR, specifically designed for high-performance, high-reliability applications such as industrial motors and solar controllers. It is ideal for fast switching applications and can handle currents up to 20A.

The S2035KTP SCR is a four-terminal device with two anode and two cathode pins. It consists of two PN junction diodes connected in series, with two additional gate terminals for control. Unlike other SCRs, which use diodes for control, it uses a transistor for control, allowing for more precise and faster control of current and more reliable operation. This makes the S2035KTP suitable for tackling a wide range of industrial applications.

The S2035KTP is designed to handle high-current applications, such as motor control, solar controllers, and HVAC systems. It is a fast-switching SCR with a rated current of 20A, a maximum switching frequency of up to 30kHz, and a maximum pulse forward current of 100A. It also has low power consumption, low VCE voltage, and is capable of handling high temperatures (up to 175°C). It is available in both single- and dual-SCR versions, and is compatible with both TRIAC dimmers and AC-power input.

The working principle of the S2035KTP is essentially the same as other SCRs, but thanks to its transistor-based control, can provide more precise and reliable operation. Working with a TRIAC dimmer, the SCR allows for adjustable current and voltage levels and can be used to turn AC motors and lights on and off quickly and accurately. In solar energy applications, it can be used to switch current, allowing for more precise and efficient regulation of solar energy.

The S2035KTP is an ideal solution for tackling high-current, high-reliability applications, such as motor control and solar energy. It is a robust and reliable device that can handle high temperatures and large current and voltage levels. Thanks to its precise transistor control, it can switch current quickly and accurately, making it a perfect choice for high-performance industrial applications.

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