IXYS Corporation Optocoupler Photocell Outputs 0

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Manufacturers
    • Broadcom
    • Excelitas Technologies
    • Infineon Technologies
    • Luna Innovations
Optoelectronic Type
    • LIGHT DEPENDENT RESISTOR OUTPUT OPTOCOUPLER
    • PHOTO VOLTAIC CELL OUTPUT OPTOCOUPLER
Mounting Feature
    • RADIAL MOUNT
    • SURFACE MOUNT
    • THROUGH HOLE MOUNT
Terminal Finish
    • TIN
    • Tin/Lead (Sn/Pb)
Configuration
    • SINGLE
Control Current
    • .04 A
    • 20 A
No. of Elements
    • 1
Packing Method
    • TR
    • TUBE
No. of Input Channels
    • 1
Maximum Rise Time
    • .003 ms
    • 350 ms
Maximum Operating Temperature
    • 100 Cel
    • 125 Cel
    • 75 Cel
No. of Output Channels
    • 1
    • 2
Minimum Operating Temperature
    • -40 Cel
Minimum Collector-emitter Breakdown Voltage
    • 100 V
    • 15 V
    • 6 V
Maximum Isolation Voltage
    • 2500 V
    • 3000 V
    • 500 V
    • 5000 V
Control Voltage
    • 1.65 V
    • 1.85 V
Maximum Power Dissipation
    • .075 W
    • .1 W
    • .15 W
    • .175 W
    • 50 W
Input Type
    • LED LAMP
Additional Features
    • AEC-Q100
    • UL RECOGNIZED, LOGIC COMPATIBLE
JESD-609 Code
    • e0
    • e3
Reset All
Part RoHS Manufacturer Optoelectronic Type Mounting Feature Terminal Finish Configuration Control Current No. of Elements Packing Method No. of Input Channels Maximum Rise Time Maximum Operating Temperature No. of Output Channels Minimum Operating Temperature Minimum Collector-emitter Breakdown Voltage Maximum Isolation Voltage Control Voltage Maximum Power Dissipation Input Type Additional Features JESD-609 Code
Optocoupler Photocell Outputs

An optocoupler is an electronic device that uses an optical sensor to transfer electrical signals between two circuits. The two circuits are physically isolated from each other and are connected only by a beam of light that is emitted by an LED and detected by a photodetector.

The optocoupler photocell output is the electrical signal that is generated by the photodetector in response to the light emitted by the LED. The photocell output is used to control or communicate with the circuit that is connected to the optocoupler.

Optocouplers are commonly used in applications where electrical isolation is required, such as in power supplies, motor control, and medical equipment. The isolation provided by the optocoupler helps to protect sensitive electronic components and circuits from electrical interference and noise.

One of the advantages of using an optocoupler photocell output is that it provides a high level of electrical isolation between two circuits. The isolation helps to prevent electrical noise and interference from affecting the circuit and can improve the overall performance and reliability of the system.

Another advantage of using an optocoupler photocell output is that it is sensitive to light and can be used to detect changes in light intensity. This feature makes optocoupler photocell outputs useful in applications such as light sensors, light meters, and optical communication systems.

One of the disadvantages of using an optocoupler photocell output is that it can introduce a small amount of delay or lag into the system. This delay can be particularly important in high-speed applications where timing is critical.