E-1048-8C5-C3A4V0-4U3-10A

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Solid state relays, or SSR, are primarily electronic switching components that can be used to turn components on or off in a circuit, in the same way as a mechanical relay, with the added benefit of being able to switch elements without an arc being formed. SSRs are used in a variety of applications including industrial automation, temperature control, process control, light dimming and siren control. The E-1048-8C5-C3A4V0-4U3-10A is one such SSR which has been designed to switch current loads above 10 milliamps.

The E-1048-8C5-C3A4V0-4U3-10A SSR features a direct mounting to a printed circuit board, as well as a separate connection for an external switching voltage. The SSR has a voltage rating of 250VAC, with a maximum input voltage of 24 VAC/DC. The maximum output current of the E-1048-8C5-C3A4V0-4U3-10A is 10mA. The SSR features high off-state insulation resistance, low input capacitance, fast switching, high input impedance, and an improved solderability of the contact.

The E-1048-8C5-C3A4V0-4U3-10A SSR utilizes a solid state technology known as optoisolation. This type of technology involves isolating the input from the output with an LED and an optically coupled phototransistor. The LED is connected to the input circuit and when an input signal is present it turns on the LED. This causes the phototransistor in the output circuit to switch on, which then switches on the output load. The phototransistor therefore acts as an electronic switch that controls the output current. This isolated switch can be configured to switch on or off based on the input signal, allowing the SSR to be used as a switch for various circuits.

The E-1048-8C5-C3A4V0-4U3-10A SSR is designed as an on-off switch designed for use in temperature control circuits, lighting applications, and other general-purpose control circuits. Its small size and high switching speed allows it to be used in a number of applications where space or speed is of critical importance. The SSR’s solid state operation eliminates the heat losses and sparks associated with electromechanical switches, making it ideal for use in harsh environments, such as those found in industrial applications. Its high isolation voltage ensures that low levels of voltage are not conducted between the input and output, preventing damage to sensitive components in the circuit. The SSR also features a high input impedance, low input capacitance, and fast switching times, making it a reliable and efficient choice for many industrial and commercial applications.

The E-1048-8C5-C3A4V0-4U3-10A SSR is just one example of a solid state relay which is gaining more and more traction in the automation and process control markets. SSRs offer many advantages over mechanical relays and are becoming increasingly popular as more applications make increasing use of solid state electronic switching technology.

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