TLP718(F)

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Optoisolators are a type of electrical circuit or component that allows electrical current to flow between two circuits while still providing a significant level of isolation between them. The TLP718(F) optoisolator is a logic output type which is designed to provide noiseless, high-sensitivity currents at low cost. It specifically designed for applications such as logic control, address decoding, and frequency divider circuits for microcomputers.

TLP718(F) optoisolator consists of a phototransistor optically coupled with a gallium arsenide infrared emitting diode. This diode will emit infra-red light when an electrical current travels through it. The infra-red light is then detected by a phototransistor, which in turn amplifies the current and generates an output signal. The amount of amplification and the voltage level of the signal it generates depends on the current in the diode and size of the phototransistor. This makes the TLP718(F) a very versatile optoisolator for use in applications where a higher output is needed for certain applications.

The TLP718(F) optoisolator can provide high isolation voltage applications and operate at high speed in air or even vacuum. It is ideal for use in circuits demanding high current or low power circuits. The low on resistance of this optoisolator allows a higher voltage solution than a typical discrete optoisolator, while also providing better performance. This lower on resistance also minimizes interference with other components in the circuit. This allows the optoisolator to provide excellent noise immunity capability, as well as a low distortion of the input signal.

The TLP718(F) optoisolator is mainly used in applications that require a high speed, low power and low voltage output. This includes address decoding, logic control, frequency detection and computation. It can be used to detect a wide range of signals, from very low to very high frequencies, and converts them into a logic level output which can then be used in logic gates and other digital circuits. The high isolation voltage of the optoisolator makes it useful for communications and networks, as it provides an effective barrier between two circuits to prevent interference and crosstalk.

The TLP718(F) optoisolator is an ideal choice for applications that require a fast response time, high accuracy and low power consumption. It provides excellent noise immunity, low distortion of the input signal as well as a high-level of isolation between two circuits. This makes it suitable for address decoding, logic control, frequency detection and computation. With its low on resistance, it can be used in a variety of applications and is cost-effective for both low power and higher voltage solutions.

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