0936013892

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0936013892 Application Field and Working Principle

The 0936013892 belongs to the hot-selling series of photoelectric rotary encoders developed by the well-known IoT sensor supplier, Honeywell. The 0936013892 is a high-precision rotary encoder with excellent performance and a variety of application fields.

Product overview

The 0936013892 rotary encoder is designed with high accuracy and accuracy. It uses a single chip optical encoder to obtain a valid signal even in low-speed applications. This performance ensures the accuracy of the transducer, thus meeting the requirements for a variety of applications. This product is suitable for both shaft and hollow shaft applications and is suitable for a variety of industries, including medical, packaging, measuring, laboratory, industrial, and more. The 0936013892 can also be used in a variety of unattended applications, including printer detection and positioning systems.

Design Characteristics

The design of the 0936013892 is based on Honeywell\'s long history of optical encoding principles. Its overall design is robust, with excellent thermal stability, superior shock and vibration resistance, and a wide output range. The 0936013892 has a wide effective angle range of 745°, allowing it to cover a wide variety of mechanical movements. Additionally, the 0936013892 integrates the signal conversion circuit on the chip, which simplifies the signal processing circuit in the system. By reducing the number of chips used, the 0936013892 can reduce the size and cost of the system.

Applications

The 0936013892 is suitable for a variety of fields due to its excellent performance. It can be used in applications such as motor position sensing, steering angle determination, joystick control, and many other measurements. It can also be used in medical equipment and laboratory equipment, where accuracy and reliability are particularly important. In addition, it can be used in a variety of automation fields, such as robotic arms, feeders, packaging machines, and more.

Working Principle

The 0936013892 uses a single chip optical encoder to generate a valid signal even at low speeds. This chip encoder principle is based on the relationship between the angular change of the resistive element and the two phases of the sine and cosine signals generated. These signals are generated by the LED and the phototransistor, which are placed in the appropriate angular directions relative to the disc. The signal processing circuit then converts the two-phase sine and cosine signals into a digital signal.

When the disc rotates, the LED emits light beams which are reflected by the resistive element. The phototransistor then receives this reflected light beam and generates corresponding sine and cosine signals with different phase angles. The signal processing circuit then converts the two-phase signals into a valid digital signal by performing synchronized detection of the sine and cosine signals. The digital signal can be detected directly by the microprocessor, and the corresponding position of the shaft can be obtained.

Conclusion

The 0936013892 is a reliable and high-precision rotary encoder with excellent performance. Its single-chip optical encoder makes it suitable for low-speed applications, and its wide effective angle range makes it ideal for a variety of measurements and automation applications. Additionally, its simple signal processing circuit can reduce the cost and size of the system. The 0936013892 is a versatile and reliable device for a variety of scenarios.

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