HEDS-5120#I13

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HEDS-5120#I13 application field and working principle

HEDS-5120#I13 is an advanced optical encoder module with high accuracy, stability and wide temperature range. It is widely used in applications such as communication field, industrial control, precision measurement, medical equipment and military system which require high performance and reliability. This article will discuss the application field and working principle of HEDS-5120#I13.

Application Field

HEDS-5120#I13 has become the ideal choice for a variety of applications that require excellent performance and reliability. Its application fields include:

• Automotive field: HEDS-5120#I13 can be used for automobile speed measurement, speed control, tachometer and anti-lock braking systems.
• Communication field: HEDS-5120#I13 can be used in optical fiber communications, radio frequency communications, wireless communications, etc.
• Industrial control: HEDS-5120#I13 is suitable for controlling the speed and accuracy of the motors used in a variety of industrial equipment.
• Precision measurement: HEDS-5120#I13 is suitable for angle measurement, etc., in precision machining equipment.
• Medical equipment: HEDS-5120#I13 can be used in medical imaging equipment and endoscopes, etc.
• Military system: HEDS-5120#I13 can be used in the various military equipment such as tracking and aiming system and terrain navigation system.

Working Principle

HEDS-5120#I13 uses the principles of the optically encoded incremental system. An optical encoder is a device that measures motion or position by using the light. The mechanism builds up a series of patterns of light and darkness that form a signal channel. When a hand-held circuit board or a spoke moves, the patterns of light form the signal channels. The optical encoder then uses the patterns to determine the position of the movement.

HEDS-5120#I13 also utilizes a kind of gesture recognition called self-synchronous encoding that allows it to detect the phase difference to synchronize its operation with the driven device. This self-synchronizing encoding scheme can achieve a resolution up to 1000 lines/rev.

Additionally, HEDS-5120#I13 also uses a very precise judging logic when the circuit board moves. The judging logic can achieve a stable accuracy of ±0.25mm regardless of the temperature fluctuation. This can meet the positioning accuracy requirements of the application.

In sum, the HEDS-5120#I13 uses a very precise optically encoded system and self-synchronizing encoder scheme. Its features and functions allow it to serve a variety of applications such as automotive field, communication field, industrial control, precision measurement, medical equipment and military system.

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