PC900V0NSZX

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Optoisolators are devices used for electrical isolation and over a wide range of applications including military-grade designs, medical device applications, industrial automation, digital control, and safety systems. The PC900V0NSZX is a type of optoisolator, specifically classified as a logic output optoisolator. It’s capabilities and working principles will be explored in detail here.

Features and Specifications

The PC900V0NSZX is a package of six digital optocouplers with a logic output transistor configuration. It has a minimum isolation voltage of 7.5kVrms. It has a maximum CTR index of 400mAmps, a maximum supply current of 25mA, and a maximum load current of 200mA. It has a minimum output voltage of 1.5V, a maximum output voltage of 10V, and a minimum propagation delay time of 1.2uS. It’s package size is 3.22mm x 6.90mm x 3mm.

Application Field

The PC900V0NSZX is ideal for applications where power supply noise immunity and signal isolation is required. It is designed for use in industrial control, instrumentation, and automation equipment. It is also suitable for use in motor control systems, motor contactors, and AC switches. Additionally, it can be used in distributed systems, thermistors, signal couplers, and remote data transmission systems.

Working Principle

The working principle of the PC900V0NSZX optoisolator is based on a GaAs infrared LED, which is embedded within the device. When powered with input voltage, the LED emits light. This light is then detected by an integrated phototransistor located at the output. The electrical signals amplified by the phototransistor is then delivered to the output, thus providing electrical signal isolation.

Conclusion

The PC900V0NSZX is an optoisolator, classified as a logic output optoisolator. It is designed for use in a wide range of applications, including those requiring power supply noise immunity and signal isolation. Its working principle is based on an infrared LED embedded within the device, which when supplied with input voltage, emits light and is detected by an integrated phototransistor located at the output. This logic output optoisolator can provide reliable performance over a wide range of applications.

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