D24125PG

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Solid State Relays (SSR) are the most commonly used electronic device for controlling and managing electrical power in many different applications such as manufacturing, industry, electronics and more. A SSR consists of two parts wherein the first part is a semiconductor (usually a transistor, diode, etc.) and the second part is a coil that holds the device in its open or closed state.

D24125PG is one type of Solid State Relay, which is used in many applications including motor speed control, voltage regulation, remote control, home automation, lighting, process monitoring and more. It is a high precision, high voltage, high current, and long life SSR that can be used in a wide range of applications. These SSRs can operate with a wide input voltage range from 12V to 1000V AC/DC, and with input currents up to 10A.

The working principle of D24125PG is based on controlling the gate voltage of a thyristor by using two external resistors. The two resistors work together to control the gate voltage of the thyristor, and thus controlling its on/off state. When a voltage is applied to the two control terminals, the thyristor is turned on and a current is allowed to flow through the load. The thyristor can be turned off by removing the voltage from the control terminals.

D24125PG is capable of switching very high voltage AC or DC loads with low power consumption, and is suitable for a wide range of applications where high power, reliability and safety are important. It can be used in motor speed control, current limiting, voltage regulation, remote control, home automation, lighting, process monitoring and more. This SSR also offers great mechanical and thermal stability, along with very low EMI (electromagnetic interference).

D24125PG has a wide range of applications where high power, reliability, and safety are important. It is ideal for use in various industrial and electronic control applications, such as motor speed control, current limiting, voltage regulation, remote control, home automation, lighting, process monitoring and more. These SSRs offer great electrical and thermal stability, along with very low EMI, and can be used in a wide range of applications with very high voltages and currents. They are also suitable for use in a variety of environments where durability and stability are important.

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