encoder

NegotiableUpdate on 05/20

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Nature of the Manufacturer: Producers

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Overview

An encoder is a device or software used to convert input information into a specific format. Its main function is to convert human language or digital signals into a form that computers can understand and operate on. The $r $n encoder originated from the use of binary digits. From the primitive telegraph era to today's digital media field, encoders have played a very important role in communication, computing, storage, and other fields. In the field of digital communication, encoders mainly compress and transmit digital speech, data, images, etc. in a recoverable manner. The most common encoding methods in this process are Huffman coding, iterative cancellation coding, and entropy coding

Product Details

encoderIt is a device that converts electrical pulse signals into digital signals. Its working principle is to use photoelectric elements to detect the conductivity of photosensitive semiconductor materials after being illuminated, and convert the pulse into an analog signal proportional to the input quantity.encoderIt can be divided into three categories: absolute type, incremental type, and mixed type.

absolute typeencoderCapable of accurately measuring input quantities and recording and memorizing their positions. They have high resolution and multi turn (multi turn refers to...)encoderThe advantages of using multi-level sensors internally to jointly detect the motion axis for accumulation are very suitable for industrial measurement, mechanical control and other fields.

incrementalencoderIt is suitable for scenarios that require conversion of relative positions, such as measuring the distance passed or the angle of rotation. this typeencoderIt usually includes two types: grating type and Burgundy code type, both of which can achieve relative position conversion while having relatively high speed and accuracy.

hybridencoderIt's an absolute typeencoderAnd incremental typeencoderThe combination. It has a relatively high resolution and measurement range, and can also record relative positions. They are widely used in the field of industrial automation, such as CNC machine tools, robots, and automated production lines.

In addition to the three main types mentioned above, there are also some special onesencoderFor example, magnetismencoderUsing sensors to detect changes in the magnetic field of magnetic materials and convert physical quantities into electrical signals. opticsencoderIt is to use photoelectric components to detect the light radiation emitted by the light source, and convert the pulse into an analog electrical signal proportional to the input quantity.

In short,encoderAs an important transducer, it is widely used in various fields such as mechanical manufacturing, industrial automation, robots, medical equipment, etc., and has become one of the core equipment of modern industry.

AVM58 multi turn absolute valueencoder

Industrial standard shell ∅ 58 mm

30 positions, multiple turns

hardwareencoder

Data transfer speed up to 2 MBaud

RS 422 interface with optical isolation

Servo or clamping flange

Up to 4096 pulses on incremental trajectory