EL817(S)(C)(TB)-V

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Optoisolators are devices which use electrical signals to activate a light source, such as an LED, and in turn activate a transistor or another type of solid state switch. They are commonly used to protect sensitive electronic components from electrical noise, spikes, and surges in a variety of different industrial and commercial applications. The EL817(S)(C)(TB)-V is an optoisolator produced by Panasonic Electric Works, and is designed to provide isolation between two circuits by utilizing a photovoltaic output.

The EL817(S)(C)(TB)-V is a transistor output type optoisolator, which means that it contains both optical and electrical components. The optical component consists of an LED emitter and a photodiode sensor, which convert a current input signal into light pulses. The electrical component, in this case a transistor, consists of two terminals called a base and a collector. When the LED emits light, it is picked up by the photodiode sensor, and a current is created which drives the transistor in the optoisolator. This in turn passes a current through the base of the transistor, allowing the collector to be activated, which in turn allows current to flow between the two circuits it is connecting.

The EL817(S)(C)(TB)-V’s primary function is to provide electrical isolation between two circuits. This is done by converting a current input signal into light pulses, which are then picked up by a photodiode sensor and turned into a current which drives the transistor, allowing the current to be passed through the base of the transistor. The current then activates the collector circuit, which in turn allows current to flow between the two circuits.

The EL817(S)(C)(TB)-V has a wide range of applications including automotive electronics, medical equipment, power supplies, industrial control systems, and communications systems. Its primary function of providing isolation between two circuits allows for a reliable connection between two previously isolated circuits without the risk of sparking or any other electrical hazard. Additionally, the optoisolator can address high frequency signal issues, due to its capability of switching high input frequencies with minimal energy loss.

The EL817(S)(C)(TB)-V optoisolator is a reliable and versatile device, which offers excellent protection for sensitive electronic components in a variety of applications. It is capable of providing electrical isolation between two circuits, as well as addressing high frequency signal issues. It is also able to activate a transistor or other type of solid state switch, allowing for a reliable connection between two previously isolated circuits.

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