medoreo.blogg.se

Photo transistor cross reference
Photo transistor cross reference













Then Pull high the collector pin of the transistor using a resistor (here I have used 1K) and connect the collector pin to the output of your desired logic circuit. In the Photo-transistor mode we will not be using the base pin (pin 6) of the transistor we just have to connect the anode pin of the IR LED (pin 1) to the logic input which has to be isolated and the cathode (pin 2) of the IR led to the ground. Out of which the Phototransistor mode is mostly used, so let us look at that mode first. The MCT2E can be used in two modes, the Phototransistor mode and the photodiode mode. This comes in very handy when you are trying to isolate a noisy signal from your digital electronics, so if you are looking for an IC to provide optical isolation in your circuit design, then this IC might be the right choice for you. The digital signal given to the IR LED will be reflected on the transistor but there will be no hard electrical connection between the two. This IC is used to provide electrical isolation between two circuits, one part of the circuit is connected to the IR LED and the other to Photo-transistor. The arrangement and pin-outs of the IR LED and the photo-transistor is shown below. When the IR led is powered the light from it falls on the transistor and it conducts. So this IC basically has an IR (infrared) LED and a photo-transistor inside it. MCT2E is a phototransistor Optocoupler, as the name “phototransistor” suggests it has a transistor which is controlled based on light (photon). Where to use MCT2E Phototransistor Optocoupler MOC3021 (Zero Cross TRIAC), MOC3041 (Non-Zero Cross TRIAC), FOD3180 (High-Speed MOSFET),

#PHOTO TRANSISTOR CROSS REFERENCE DOWNLOAD#

Note: More details can be found at the MCT2E datasheet which is available for download at the end of this page.

  • Available as 6-pin PDIP with and without M-suffix.
  • It is normally not used for transistor mode, but will be used in diode mode This is the logic output pinīase pin of the Transistor. Connected to isolated ground.Ĭollector pin of the Transistor. Connected to logic inputĮmitter pin of the Transistor. *This information is for general informational purposes only, we will not be liable for any loss or damage caused by the above information.Anode pin of the IR LED. The company's legacy continues through its subsidiaries and its technology and products continue to be used around the world. Motorola was one of the pioneers of the mobile phone industry and has a rich history of innovation and technological advancements.

    photo transistor cross reference

    The company provides a wide range of products including two-way radios, mobile computing devices, and network infrastructure equipment. Motorola Solutions focuses on public safety and commercial and industrial communication solutions.

    photo transistor cross reference

    Motorola Mobility was later acquired by Google in 2012, and is now a subsidiary of Lenovo. In 2011, Motorola split into two separate companies: Motorola Mobility and Motorola Solutions.

    photo transistor cross reference

    Throughout its history, Motorola was known for its innovation in the field of telecommunications, including the development of the world's first commercially available cellular telephone, the DynaTAC, and the world's first two-way pager, the Pageboy. It was headquartered in Schaumburg, Illinois and was one of the largest providers of mobile phones, telecommunication equipment, and semiconductors. was an American multinational telecommunications company that was founded in 1928.













    Photo transistor cross reference