H11N13S

The H11N13S optoisolator is an Application Specific Integrated Circuit (ASIC) component used in the transmission and reception of differential digital signals over a single-turn or multi-turn interface. Isolators are commonly used in industrial/automotive applications for protection against EMI/RFI and for signal reliability in digital circuits. The H11N13S optoisolator is considered part of the Logic Output group.

One of the main benefits of the H11N13S optoisolator is its wide drop-in compatibility with a wide variety of standard logic operations. It is able to support across-the-board applications, including digital logic, microprocessor logic, and open-collector logic, in either 3-state or 5-state logic output. In addition, the use of an integrated-circuit (IC) substrate ensures that this device is both small in size and yet able to maintain relatively high logic performance.

The H11N13S optoisolator works by using an integrated circuit (IC) to produce an output signal through the emission of infrared (IR) beams. The IC receiver is then able to detect the IR beams and transfer these signals into digital signals. In doing so, the IC disables the output signal while the IC receiver remains isolated from the output signal. This isolation provides protection against electrical interference due to electrostatic discharges or other similar disruptions.

The H11N13S optoisolator offers reliable performance and signal isolation in addition to its wide compatibility. Due to its size, the device is especially suited for use in applications that require a smaller form factor such as automotive applications. This is because it does not require as much space compared to larger components that are typically found in circuit boards. Additionally, the H11N13S optoisolator is also relatively inexpensive compared to other types of optoisolator components.

The H11N13S optoisolator is pulse-paired and is based on a principle of biphase-mark clock encoding. This encoding technique is designed to ensure that the signals are correctly received, even in noisy RF environments. In addition, the component is also designed to provide a wide range of selectable beam shapes in order to achieve optimized performance. in various system configurations.

The combination of wide compatibility and pulse-pair encoding makes the H11N13S optoisolator an ideal choice for digital signal transmission in many industrial and automotive applications. Its logic output and EMI/RFI protection make it a reliable choice in digital circuits that require maximum signal integrity. In addition, the small form factor of the H11N13S optoisolator makes it suitable for use in applications where space is at a premium. For these reasons, the H11N13S optoisolator is a popular choice when dealing with differential digital transmission.