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According to the working principle, encoders can be divided into incremental and absolute types. Incremental encoder converts displacement into periodic electrical signal, and then converts this electrical signal into counting pulse, and the displacement is expressed by the number of pulses. Each position of the absolute encoder corresponds to a certain digital code, so its indication value is only related to the starting and ending positions of measurement, and has nothing to do with the...
The encoder corrects the reference position into the memory position of the counting device every time it passes the reference point. Before the reference point, the accuracy of the position cannot be guaranteed. For this reason, in industrial control, there are methods such as finding the reference point first, turning on the machine and changing it.
Flexible coupling for encoder The absolute encoder has strong structure and long service life. However, due to the frequent use of absolute value encoder and its mechanical movement, the absolute value encoder will be damaged in front of the adjustable resistance in the same machine; the adjustable resistance structure is simple, improper adjustment is easy to damage, and the life is short, but because of the low frequency of use, it does not show the bad place of its short service life.
An encoder is a device that compiles signals (such as bit streams) or data and converts them into signal forms that can be used for communication, transmission and storage.Encoder converts angular displacement or linear displacement into electrical signals, the former is called code wheel and the latter is called code scale.
The absolute encoder outputs multi-bit digital code (gray code or pure binary code), and the parallel output means that there are many high and low level outputs on the interface to represent digital 1 or 0. For the absolute encoder with low number of bits, the digital code is generally output directly in this form, which can directly enter the I/O interface of PLC or upper computer, with immediate output and simple connection.
High quality Optical encoders linear Incremental encoder is commonly used, and absolute encoder is used if there are strict requirements on position and zero position. Servo system should be analyzed in detail, depending on the application situation. Commonly used incremental encoder for speed measurement, which can be used for infinite accumulation measurement; Absolute encoder is used for position measurement, and the position is unique (single or multiple turns). Finally, it depends on the...
Each position of the absolute encoder corresponds to a certain digital code, so its indication value is only related to the starting and ending positions of measurement, and has nothing to do with the intermediate process of measurement.
Encoders can be divided into contact type and non-contact type according to the reading mode. According to the working principle, encoders can be divided into incremental and absolute types. Incremental encoder converts displacement into periodic electrical signal, and then converts this electrical signal into counting pulse, and the displacement is expressed by the number of pulses.
Semiconductor pumped Lasers experiment device 1、Observing the transverse mode 2、Measurement of laser output power 3、power source of collimated light：Semiconductor laser source 650nm 4、Light source of pumped light: Semiconductor laser source 808nm 5、Working particle: Nd3+：YVO4 6、Power: 220V±10%； 7、Pumped current: 0-400mA 8、power meter: 0~40mW 532、650、1064nm
Electric lighting crystal: LiNbO3 (Lithium niobate) Light source ：semiconductor laser Wavelength 650nm； Power≥2.5mW； Guide：1000mm Polarizerφ：20mm Quarter-wave plate Crystal bias voltage：0~400V（Digital display ）, alternating internal modulation signal voltage ：0-40VPP Frequency 1KHZ （Continuously adjustable）
This experimental system is divided into sets of transmit and receive two parts, launched in part by the 650 nm semiconductor lasers, semiconductor white light-emitting diodes and LD, LED measurement of composition; Receiving part by the photosensitive resistors, transistors and optoelectronic devices and power-measuring instrument composed of This set of experimental system divides into launches and receives two parts, the launch partially by semiconductor laser 650nm, miconductor white light...
Custom Precise grating monochromator focal length =500mm，wavelength range：190~600nm； resolution ratio：0.02nm, ；wavelength precision：±0.03nm；Positioning accuracy：±0.008nm；emergent and entrance slit width:0~4mm
Optical waveguide detecting instrument 1、 collimating and splitting device ： beam aperture ： 1.2~1.5mm（ after expanding the parallel light） Focus of auxiliary lens ：100mm 2、 Goniometric rotating-disk： Goniometric range:360° Minimum scale:6" Goniometric precision: ≤±15" 3、 photoelectric detecting system: Alignment accuracy of zero angle: ≤±10" Alignment accuracy of m-line synchronous angle:±20"
Measurement the relationship between photosensitive resistance’s voltage and photocurrent 。 Measurement the relationship between photosensitive resistance’s illumination and photocurrent。 Guide length: 980mm; Condenser lens caliber：φ20mm；Photosensitive resistance：GL7516
focal ：F=329mm，Wavelength range ：400~706.5nm； Resolution ratio：0.6nm(With precision slit）, Wavelength accuracy：1nm；
Demonstrating and observing Optical interference ，Determine the monochromatic light wavelength； Minimum readings：0.0001mm， movable reflector range: 100mm Including Fabry - Perot multi-beam interference, it can do multi-beam interference experiment .
The use of white light interference interferometer principle, the precise determination of transparent thin thickness and refractive index. Light Source20W can be adjusted continuously. Thin flake:φ30, Thickness: D=0.4—0.7mm.
One Wavelength：632.8 nm； Output power: >10 mW; Fiber length: 4 m;
Telescope Magnification:30x Effective aperture of objective:42mm Viewing angle:1°26' Apparent distance constant:X100 Minimum apparent distance:1m
Optical Switching Experiment Linear expansion coefficient of metal Adjustable power: ≤80W power：220V±10% Temperature Control：100℃±3℃
Dongguan sanken OEM Speacker waterproof,dustproof,buffer gasket for optical devices
Waterproof,dustproof,cushioning gasket for optical devices
OEM Speacker waterproof,dustproof,buffer gasket for optical devices
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Dongguan sanken OEM Speacker waterproof,dustproof,buffer gasket for optical devices
Waterproof,dustproof,cushioning gasket for optical devices
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Ms. carol Dong
Tel:86-431-85543703
Fax:86-431---88634119
Mobile Phone:+8613894866263
Email:sales@encoders.com.cn
Address:333Feiyue Donglu, Changchun City, Jilin Province. China, Changchun, Jilin
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