5962-0824202KXA

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Optoisolators - Logic Output is a type of device that enables the electrical isolation of the input and output currents of a device, enabling devices with different operating protocols to be connected without risk of damage or death. The 5962-0824202KXA (KXA) is a logic output optoisolator, one of the many optoisolator devices produced by Hewlett Packard for a variety of applications.

The KXA is a discrete optoisolator, made up of five pieces; the LED, the opto-diode, the mounting frame, the base board, and the complementary output driver. The KXA can take one input, either a TTL or CMOS compatible signal, and produce a single output compatible with a range of logic circuits, such as 4- to 16-digit binary code, or BCD logic. The output voltage is the inverse of the input, with a 0.4V differential between the two.

The KXA is an isolation amplifier, designed to transfer signals across a barrier of insulation without losing fidelity. It does this by using two different currents, one to transfer data, and one to isolate and protect the circuitry on either side of the barrier. The LED is used to transfer the data signal, while the opto-diode detects the LED signal and converts it into another form of current that passes through the insulation and is then converted back into a usable signal on the other side.

The main advantages of the KXA are the high voltage isolation, low power consumption, high speed, superior optical noise immunity and fast rise time. The KXA is well suited for use in digital logic, in RF communication systems, as an interface between hard-wired and software systems, in industrial automation systems and a variety of other embedded control and interface applications. The KXA can also provide an isolation barrier for non-critical noise-sensitive circuits.

The KXA is an invaluable device for a variety of applications, providing effective electrical isolation between input and output signals, without compromising accuracy, or reliability. The low power consumption, fast rise time, and high speed make the KXA a superior optoisolator device, and when combined with its high voltage isolation, makes it an ideal choice for a variety of applications where electrical isolation is necessary.

The specific data is subject to PDF, and the above content is for reference