6N136-520E

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Optoisolators provide a great many benefits to electrical and electronic designers. The 6N136-520E is no exception, providing reliable and cost effective electrical isolation through advanced opto-electrical circuit design. This optoisolator is part of the Transistor, Photovoltaic Output (TPO) family, a series of devices that provide electrical isolation while still providing useful electrical signals.

The 6N136-520E is a high performance, 5V logic-input optoisolator in a 8-pin DIP package. It has an excellent maximum operating wavelength of 4450nm and a wide logic voltage range between 4.5V and 18V DC. It can drive up to 20mA of collector current and emits a maximum spectral radiant of 33mW/sr. Its wide input current range and low current leakages permit the device to be used in many low power, logic and digital applications.

The 6N136-520E is designed to provide electrical isolation up to 4000Vrms and photo-coupling between inputs and output devices. It uses a 4-pin opto-coupler to enable high speed input signal transmission and also features built-in protection from optical saturation and dot intense transfer. The TPO’s output current source is based on a bipolar transistor to drive the load.

The device is widely used for a variety of applications, such as isolating signals from microprocessors, computer control systems, analog-to-digital converters (ADC), pulse generators, and relay drivers. Additionally, the 6N136-520E is also used for isolating industrial process control systems to protect against electrical noise, surges, and signal interference. This opto-coupler is popular among users due to its high reliability and performance, long life, and cost-effectiveness.

At the core of the 6N136-520E is a silicon photovoltaic cell inside of a 4-pin dual in-line optocoupler package. When this cell is illuminated (turned on) it produces a small current which is used to turn on a NPN transistor. This NPN transistor is then used to drive the output device. The device is connected in a feedback loop which helps to stabilize the output and maintain a consistent output voltage. Additionally, the 6N136-520E also features an external capacitor and CTC pin to provide necessary frequency compensation.

Overall, the 6N136-520E optoisolator is an ideal choice for applications which require electrical isolation and signal transmission with high speed and reliability. Its wide range of logic voltage, excellent wavelength and low current leakages add to the device’s impressive performance, making it a favorite among users for many applications. As such, the 6N136-520E is an excellent choice for applications which require excellent electrical isolation, signal transmission, and reliability.

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