What is the PG in the encoder Take Yaskawa encoder as an example PG is the abbreviation of Pulse Generator (Pulse Generator) The function of PG is to generate a pulse signal, the signal mainly contains two aspects of information

What is a shaft encoder？？ A shaft encoder is a device used to measure the rotation angle of an object. From the measurement principle, there are: photoelectric type, grating type, magnetoelectric type, self-aligning machine/resolver type.

Why choose FB9x series self-aligning machineresolver-absolute shaft angle encoder Self-aligning machine/resolver, known for its high precision and high reliability, is mainly used in places requiring high accuracy and reliability, such as aviation, aerospace, ships, weapons, radar, fire control, missile control , Communications, etc. Compared with other types of shaft angle encoders, the self-aligning machine/resolver type has obvious advantages:

What is the composition of FB9x series self-aligning machineresolver-absolute shaft encoder In the past, the use of a self-aligning machine or resolver was a transmitter connected to one or more receivers. Now when it is used as a shaft angle encoder, the receiver is no longer needed. Just connect the transmitter and FB9x Connect the series angle transmitter to get the angle data output.

FB9x series self-aligning machineresolver-the application field of absolute shaft angle encoder The self-aligning machine/resolver was mainly used in places requiring high precision and high reliability, such as aviation, aerospace, ships, weapons, radar, communications and other fields.

Yaskawa SGDH-50DE Yaskawa encoder

Installation method of Yaskawa encoder and common alarm codes of driver 1. Remove the three screws at 1, 2, and 3 　　二. Screw in with an M6 screw 　　(2) Push out the encoder at the middle screw hole 　　 (can't pry out)

About the instructions for the use of Yaskawa encoder UTSIH-B17CK Keywords: encoder motor angular displacement linear displacement Abstract: The Yaskawa encoder UTSIH-B17CK is a rotary sensor that converts the rotation displacement into a series of digital pulse signals. These pulses can be used to control the angular displacement. If the encoder is combined with a gear pin or a spiral screw, it can also be used For measuring linear displacement.

Schematic diagram of FM stereo encoder with discrete components Schematic diagram of FM stereo encoder with discrete components Xiaoxiao recently discovered a previous experiment from old data. At that time, Xiaoxiao didn't have a 38KHZ crystal. Later, I found this picture from a friend. If you are interested, you may wish to try it.

Principle structure diagram of photoelectric encoder Principle structure diagram of photoelectric encoder Incremental photoelectric rotary encoder 　 The so-called encoder is a device that converts a certain physical quantity into a digital format. The function of the encoder in the motion control system is to convert parameters such as position and angle into digital quantities. Various types of encoders can be formed using mechanisms such as electrical contact, magnetic effect, capacitance effect, and photoelectric conversion. The most common encoder in motion control systems is the photoelectric encoder.