6N135S

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Optoisolators are electronic components used to transfer electric signals across an electrically insulated barrier. These components prevent interference by providing electrical isolation to the input circuits from the output circuits. They are sometimes referred to as Optocouplers or Optical Isolators. The 6N135S series is a type of optoisolator which contains a photovoltaic output transistor.

The 6N135S consists of an infra-red light emitting diode (LED) connected to a transistor. The transistor is usually a Darlington type to provide higher voltage gain and turn-on times. The 6N135S is sometimes called a “Dual Inline Package” (DIP) optoisolator because it contains two chips on a single DIP package.

When the LED is turned on, the transistor is activated. This in turn turns on the external load. The optoisolator acts as a bridge between the controlling system and its output. The 6N135S can be used in a variety of applications. Examples include:

• Light sensor interface
• Controlling the power of an AC motor
• Telephone ringers
• Switching loads in an automotive circuit

The main advantage of using the 6N135S optoisolator is that it provides electrical isolation between the drive and output. This eliminates interference, reduces the likelihood of damage, and helps ensure safety. The 6N135S also has low current requirements, making it well suited for slow speed operations. Furthermore, this series can provide high voltage isolation, up to 600 volts.

The 6N135S should be operated within the absolute maximum ratings. The maximum peak voltage and current levels must not be exceeded. This series must also be operated within the specified temperature range of -40°C to 85°C. It is important to keep the optoisolator away from moisture and other types of liquid, as it can be damaged. It should also be kept away from arcing, heavy voltage transients, and dust.

The 6N135S optoisolator has a variety of applications and is an ideal choice for transferring electric signals across an insulated barrier. With its low current requirements and high voltage insulation capability, it is well suited for use in systems where safety and reliability are important.

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