H11L3FR2M

Optoisolators are devices that use electrical signals to control electrical equipment, and they offer a variety of advantages when used to control sensitive electronic equipment. The H11L3FR2M is an optoisolator that is designed for logic output applications. It allows for the transfer of data over electrical circuits without compromising the integrity of the signals.

The H11L3FR2M optoisolator is physically composed of a Light Emitting Diode (LED) connected to a separate optical receiver. The LED and the receiver are placed physically so that they are shielded from each other. An electrical pulse is provided to the LED, and it produces a corresponding light pulse that is sent to the receiver. The receiver converts this light pulse into the corresponding electrical signal.

In applications where isolation between the input and output lines is a concern, the H11L3FR2M optoisolator can provide a secure isolation system. This type of optoisolator has the capability to block interference from outside sources and regulate the flow of data while providing a secure communication link between different circuits. The device also offers protection against accidental shorts or incorrect connections on the input and output lines, which can lead to system malfunctions or circuit damage.

The H11L3FR2M is an off-the-shelf optoisolator that is widely available at reasonable prices. The optoisolator has a wide range of input voltages ranging from two to twenty-one volts. The output voltage range from one to ten volts. The device also has a high immunity to false triggering and is generally very reliable and easy to use. Additionally, the optoisolator has built-in self-diagnostics, which provide feedback that allows the user to quickly detect faults and other problems.

In summary, the H11L3FR2M is a versatile optoisolator that is designed for logic output applications. It provides the user with a secure connection between sensitive electronic equipment and allows for the transfer of data without compromising signal integrity. The optoisolator has a wide range of input and output voltages, a high level of immunity to false triggering, and offers protection against short circuits and incorrect electrical connections. It is also easy to install and use and is available at low prices, making it a cost-effective solution for applications that require secure isolation.