K2400EH70RP2

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Thyristors - DIACs, SIDACs are types of semi-conductor devices which are used to control and switch power in devices and applications. The K2400EH70RP2 is a semi-conductor device developed for this purpose. The K2400EH70RP2 utilizes a thyristor circuit to control and switch high power levels in many applications.The main components of the K2400EH70RP2 include two symmetrical difference rectifiers (DRs), two symmetrical gate turn-off thyristors (GFTs) and two reverse conducting SIDACs. These components are aligned in a symmetrical layout to efficiently control power. The DRs provide the base control of the primary circuit, while the GFTs switch power between the gate and the controlled gate. The two reverse-conducting SIDACs complete the whole circuit for reliable power protection.

The working principle of the K2400EH70RP2 starts with the DRs initiating the gate drive signal which is then sent to the two GFTs. The two GFTs then control the flow of power from the gate to the controlled gate. When the current drops below the threshold voltage of the SIDACs, the SIDACs will be triggered, preventing any further current flow. Once the SIDACs are triggered, the power is safely discharged. The K2400EH70RP2 is designed to protect the circuit from over-current and over-voltage.The K2400EH70RP2 is used in a wide range of applications. It is ideal for rectification, inversion, uninterruptible power supplies, motor drives, over-voltage protection, high-frequency switching and power distribution. Additionally, it can also be used in automotive control, mobile communications and industrial systems.The K2400EH70RP2 is designed to provide reliable protection and switching capabilities for a wide variety of applications. Its components are designed to operate in extreme conditions, making it an ideal choice for high-power applications. Its symmetrical layout provides efficient control and switching of power, ensuring that the system runs at its peak efficiency. Additionally, the two reverse-conducting SIDACs provide reliable power protection and prevent further current flow in the event of overloading.

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