TLP716(TP,F) Isolators

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Optoisolators are components that utilize electrical signals that are amplified by light related mechanisms. Many signal transfer applications in the field of electronics engineering are based on optoisolation due to its inherent isolation and immunity to noise. The TLP716(TP,F) optoisolator is no exception and has proved to be a very effective resource for many applications.

The TLP716(TP,F)it is a 2-channel photocoupler that incorporates an infrared emitter LED and two NPN open-collector phototransistor output devices. It is insulation-resistant and the insulation voltage is 5.6 kVrms, making it suitable for use in circuits with high voltage levels. The package size is very small, measuring only 4.6 x 7.9 mm. Furthermore, its connector is on the top side; the device fits SMT assembly, allowing for automatic machine placement.

TP716(TP,F) optoisolator shows a very short propagation time, with a maximum of a 450 ns typical figure. Additionally, the rise and fall time are quite fast at only 10μs and 40μs, respectively. The power supply voltage is +3 to +32 V, and the supply current is 25 mA maximum. Operational temperature is rated between -40 and +85 °C. The output type of the device is provided in current sinking logic outputs. Since the device works via optoelectronic components, the device has a high input/output isolation voltage, a ratio of 5.6 kVrms, offering excellent protection when insulation is needed between two circuits.

TLP716(TP,F)optosolator is applicable in various types of signal transfer applications where a required isolation voltage is required. These apply to fields and applications such as consumer electronics, audio output, data lines, automotive systems, and medical devices. The devices offer short propagation times, high voltage insulation, and immunity to noise, making it a vital component in many signal transfer applications.

The working principle behind this optoisolator is twofold. First, the LED output signal is used to register the input from the unit, which is then transmitted in the form of light to the second part of the circuit: the phototransistor. As the light from the LED strikes the phototransistor, it is converted into electrical energy, and the output of the phototransistor shows the input of the LED as registered. This same signal is then used to trigger the open collector to be completed. This is an important feature in circuits that require certain switches to be set in order for the entire circuit to be completed.

The TLP716(TP,F) optoisolator is a great resource of signal transfer applications due to its isolation voltage, fast transfer speed, and power supply capabilities. It is particularly useful in noise-sensitive circuits, as it offers efficient protection from potential sources of interference. Additionally, its compact nature allows for easy placement, while its high output voltage options are especially suitable for high voltage applications.

The specific data is subject to PDF, and the above content is for reference