TT104N12KOFKHPSA1 Discrete Semiconductor Products

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The TT104N12KOFKHPSA1 module is a type of thyristor that has been designed with versatile and reliable performance characteristics. It is used in many applications and provides a robust and long-lasting solution for these needs. Some typical uses of the TT104N12KOFKHPSA1 module include: motor control, electronic torque control, switch-mode power supplies, and also in power line and lighting control systems.

Thyristors are part of a larger group, known as solid-state switches, which act as reliable and efficient switches with controllable on/off states.

SCRs (silicon controlled rectifiers) are the most common type of thyristor, and their operation is quite simple. SCR is one of the most reliable and efficient semiconductor switches available. It doesn’t require any power to maintain its on and off state, as it is capable of efficiently controlling the power flow in a circuit using a gate signal. When an external trigger signal applies to the SCR gate, a current path is formed between the anode and the cathode, allowing for the flow of electricity. This on-state is maintained until the gate voltage or current falls below the threshold.

The TT104N12KOFKHPSA1 module is a dual-in-line package (DIP) SCR and utilizes a stud mount construction. It has a blocking voltage of 1000V and a current rating of 10A, making it suitable for most applications. The module is designed to meet various industrial and utility standards, such as UL and IEC, making it a reliable and safe choice. The low-noise characteristics of the module ensure minimal interference and distortion to the circuit it is controlling.

The TT104N12KOFKHPSA1 module is a versatile and reliable switching solution for general-purpose applications, such as motor control, lighting control, and power line switching, among others. It allows for efficient control of power flow using an external control signal, and is capable of maintaining its on and off states without the need for power. The module meets UL and IEC standards for reliability and safety, and its low-noise operation ensures minimal interference with the circuit.

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