TLP181(GR,T)

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Optoisolators are used to electrically isolate two systems or environments, protecting the signals passing between them. TLP181(GR,T) is a type of optoisolator, which is an isolator consisting of a photovoltaic output and a transistor.

The TLP181(GR,T) is a semiconductor isolator containing a LED, a computer-controlled amplifier and an output transistor. Its fundamental function is to isolate electric circuits to protect them and to facilitate communication. It provides a solid optical electrical isolation up to 3000Vrms for two-way communication. It is designed for use in wide range of industrial applications, including communication ports, instrumentation, AC motor controls and medical equipment.

The TLP181(GR,T) is designed with an input LED that responds to voltages of up to 5.25 V peak, providing a low-light intensity output at the transducer side. The LED output is amplified by a computer-controlled amplifier and then fed into the output transistor. The output transistor is controlled by the amplifier, which means that it can provide both high and low levels of current to the output stage.

The TLP181(GR,T)’s electrical insulation functions protect the two isolated systems against surges, line feed noise, and static discharge that may interrupt the communication between them. This type of isolation is able to control high voltages up to 3000Vrms efficiently, protecting the signal even if it is exposed to the harsh environment. Furthermore, its low power consumption allows for a longer service life and a reliable performance in a wide range of operating temperatures.

TLP181(GR,T) is widely used in communication ports, industrial networks, and isolated field applications. Automotive and medical equipment designs often use optoisolators to provide robust and reliable isolation between any two systems.

In conclusion, the TLP181(GR,T) optoisolator offers excellent electrical isolation properties up to 3000Vrms, computer-controlled output and low-power consumption. Its applications fields include communication ports, industrial networks, isolation fields and automotive and medical equipment. It is capable of providing robust and reliable isolation between two systems while protecting the signals against electrical surges, line feed noise and static discharges.

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