MCTC2425JHA

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SavantIC Semiconductor manufactures the MCTC2425JHA Solid State Relay (SSR). This SSR is designed to allow a low voltage circuit to control a higher voltage circuit. The MCTC2425JHA Solid State Relay consists of a photodarlington coupled with a PN junction (TRIAC). The low voltage circuit provides signaux to the base of the photodarlington, and the alternating current provided to the TRIAC is connected or re-connected. When appropriate signals are provided to the low voltage circuit, current is routed to the photodarlington base and the TRIAC is energized, connecting or reconnecting the higher voltage circuit.

The MCTC2425JHA SSR is designed for a variety of applications. One such application is the switching of AC motors in three phase power systems. The SSR has two types of control inputs: solid-state inputs and voltage control inputs. The solid-state inputs provide the signal to energize the photodarlington, while the voltage control input can be used to vary the control signal by varying the voltage received from a power source. The device also has protection features, such as overvoltage protection, to prevent damage to the SSR due to voltage spikes.

The MCTC2425JHA Solid State Relay is also suitable for use in control systems, where the use of relays would be difficult or impractical. The SSR can be used to switch loads in response to various signals, such as temperature, pressure, or time. It is also suitable for interrupting the supply of high current loads, such as motors, lights, and pumps.

The MCTC2425JHA Solid State Relay is a low-cost, low-power device that is suitable for numerous applications. With its low on-state resistance and low drive current requirements, it is ideally suited for controlling AC motors in three-phase power systems and a variety of other uses. In addition, its protection features make it exceptionally reliable and able to withstand voltage spikes and other stresses.

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