EL3061S1(TB)

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Optoisolators are electrical components which use a combination of light and magnetism to separate two circuits from each other. This is done by using an infrared LED (Infrared Light Emitting Diode) to create a beam of light which is passed through an optical window in the circuit. The infrared light creates a current in the secondary circuit which in turn triggers a switch. This switch, commonly referred to as a Triac, SCR (Silicon Controlled Rectifier) can be used to control or regulate the current output of the other circuit.

The EL3061S1(TB) is a type of opto-isolator which is specifically designed for Triac and SCR output applications. This component comes in an 8-pin plastic encapsulated package and features an operational temperature range from -20 to +70 degrees Celsius. It has an isolation voltage of up to 2,500 volts and is suitable for use in industrial control, Automation, and Instrumentation applications.

The EL3061S1(TB) works by using an LED inside the opto-isolator to send an infrared light beam through an optical window and into a photoreceptor. This photoreceptor is designed to absorb the incoming infrared light and convert it into a tiny current. This current is then amplified and directed to the Triac or SCR output, where it triggers the switch and opens or closes the circuit.

The EL3061S1(TB) is an especially useful component in applications where space and cost are of concern. The device is small in size and inexpensive, making it suitable for use in commercial, industrial and consumer applications. The Triac and SCR outputs also provide excellent protection from interference caused by voltage spikes or noise.

The EL3061S1(TB) opto-isolator has been designed to provide a reliable, efficient and cost-effective way of separating two circuits from each other. The component is especially useful in automated and instrumentation applications, and its use has become increasingly popular in recent years due to its small size, low cost and excellent protection against interference.

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