HCPL0601R1 Isolators

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Optoisolators - Logic Output

The HCPL0601R1 optoisolator is a versatile logic gate output optoisolator device that is designed for various applications. It consists of an integrated circuit, an LED, and an integrated receiver circuit. The receiver circuit provides standard logic outputs and protects against static electricity or power surges. The output waveforms are TTL & CMOS compatible.

Key Benefits

The HCPL0601R1 optoisolator easily handles high instantaneous current, for example when charging a capacitive load. It offers a low turn-on current, which is ideal for minimizing power dissipation. The device offers fast switching times and it is specified over the full operating temperature range.

Applications

The HCPL0601R1 is suitable for a wide range of applications, including industrial control systems, motor controls systems, and consumer electronic applications. It is also suitable for use in a variety of logic gate applications, such as logic controllers, digital logic systems, analog-to-digital converters, and A/D drivers.

Working Principle

The HCPL0601R1 operates on the principle of optoisolation. This involves the LED emitting light when it is triggered by a current or voltage signal. This light is then received and converted to a proportional electrical signal by the integrated receiver circuit. This electrical signal is amplified and then sent to the output logic gate.

The device\'s sensitivity is determined by the LED and the current source used to drive it. Pre-driver resistors allow a current to be selected, along with the LED voltage, to ensure maximum performance. The current required to drive the LED must be kept at a safe level to prevent the device from overloading and damaging the LED.

Conclusion

The HCPL0601R1 is a logic output optoisolator from Avago Technologies. It features an integrated circuit, an LED, and an integrated receiver circuit. The device is suitable for a wide range of applications, including industrial control systems, motor controls systems, and consumer electronic applications. It operates on the principle of optoisolation involving the LED emitting light and the integrated receiver circuit converting the light to a proportional electrical signal.

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