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Part Manufacturer Description Datasheet BUY
SN54LS148W-10 Texas Instruments LS SERIES, 8-BIT ENCODER, CDFP16 visit Texas Instruments
SN54LS148W-00 Texas Instruments LS SERIES, 8-BIT ENCODER, CDFP16 visit Texas Instruments
SN54LS148W Texas Instruments LS SERIES, 8-BIT ENCODER, CDFP16 visit Texas Instruments
SN74LS147J-00 Texas Instruments LS SERIES, 9-BIT ENCODER, CDIP16 visit Texas Instruments
SN74LS147N-00 Texas Instruments LS SERIES, 9-BIT ENCODER, PDIP16 visit Texas Instruments
SN54LS147J Texas Instruments LS SERIES, 9-BIT ENCODER, CDIP16 visit Texas Instruments

encoder 32 pin

Catalog Datasheet MFG & Type PDF Document Tags

how to interface microcontroller with encoder

Abstract: INCREMENTAL ENCODER 1024 4-times evaluation of encoder signals TM Fast 32 bit SPI interface TM Can share SPI interface , Encoder Counter 24+4 bit SPI Interface with 32 bit Reg SDI ENC2 N M U X Control , 3.2 1.6 - Encoder Resolution [Pulses / Rotation] 512 500 256 250 200 125 6.25 , 32-bit shift register. Incoming serial data at pin SDI is shifted with the rising edge of the clock , select encoder interface 1 · The prescaler value has to set to 12800 / (1000*4) = 3.2. Therefore bits
Trinamic Microchips
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TMCM-323

Abstract: TMCM-323 manual . 5 3.2 Pin assignments , Motion Control GmbH & Co. KG TMCM-323 Manual (V1.12 / Nov 29th, 2006) 6 3.2 Pin assignments , channel 0 the following connections have to be made: · Encoder channel A to pin 22 of the TMCM-323 · Encoder channel B to pin 26 of the TMCM-323 · Encoder null channel (N) to pin 30 of the TMCM-323. · Pins , channel A to pin 34 of the TMCM-323 · Encoder channel B to pin 38 of the TMCM-323 · Encoder null channel
Trinamic Motion Control
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TMCM-323 manual ENCODER GMBH TMC-423 BB-323-02 C106 C302

TMC423

Abstract: LED-Matrix Incremental Encoder Interface 4-times evaluation of encoder signals Fast 32 bit SPITM interface Can share , - 1000 3.2 1.6 - Encoder Resolution [Pulses / Rotation] 512 500 256 250 , SPITM of the TMC423 behaves like a simple 32-bit shift register. Incoming serial data at pin SDI is , micro steps (prescaler 3.2) (813)h for 6400 micro steps (prescaler 1.6) Encoder: 512 lines (064)h for , 6400 micro steps (prescaler 3.2) (813)h for 3200 micro steps (prescaler 1.6) Encoder: 256 lines (0C8
Trinamic Motion Control
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NSCS428 TQFP-100 TMC428 LED-Matrix how to interface microcontroller with encoder SS428 TMC236 SDO428 TQFP100 MS-026

quadrature shaft rotary encoder 500 pulses

Abstract: INCREMENTAL ENCODER 1024 Incremental Encoder Interface 4-times evaluation of encoder signals Fast 32 bit SPITM interface Can share , SCK Encoder signal decoder ENC2 B Encoder Counter 24+4 bit SPI Interface with 32 bit , 1600 800 400 1024 3.125 1.5625 - 1000 3.2 1.6 - Encoder , Encoder Interface 3 detected Table 5: Interrupt Flags SPI 32-bit Datagram Specification Byte # , steps (prescaler 3.2) (813)h for 6400 micro steps (prescaler 1.6) Encoder: 512 (064)h for 12800 micro
Trinamic Motion Control
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quadrature shaft rotary encoder 500 pulses INCREMENTAL ENCODER 1024 Transistor 8c4 s 026 stepper TQ100

DFS60B-S4PA10000

Abstract: DFS60B-S4PK10000 clear text E 10 . 32 V, TTL/RS422= C Connector M23, 12-pin, radial= A Connector M12, 8-pin , , solid shaft 10 x 19 mm, Electrical interface 10 . 32 V, HTL/push-pull, connector M12, 8-pin, radial , /RS422= C Connector M23, 12-pin, radial= A Connector M12, 8-pin, radial= C B SSi A 10 . 32 , . 32 V, HTL/push-pull, connector M12, 8-pin, radial, number of lines 1024 Point 1 Point 2 , 32 V, TTL/RS422= C Connector M23, 12-pin, radial= A Connector M12, 8-pin, radial= C Always 5
SICK Stegmann
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DFS60 DFS60B-S4PA10000 DFS60B-S4PK10000 DFS60A-S4PC65536 DFS60B-S1PK10000 DFS60B-BEPC10000 DFS60B-S1PA10000 2002/95/EC
Abstract: 4-times evaluation of encoder signals Fast 32 bit SPITM interface Can share SPITM interface with , SPI Interface with 32 bit Reg SDI ENC2 N M U X Control register ENC3 A Encoder , 3200 1600 800 400 1024 3.125 1.5625 - 1000 3.2 1.6 - Encoder , serial data at pin SDI is shifted with the rising edge of the clock signal SCK into the 32-bit register , ) Encoder: 1000 lines (831) h for 12800 micro steps (prescaler 3.2) (813)h for 6400 micro steps (prescaler Trinamic Motion Control
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TMC424 NSCS429 SDO429 TMC429

stegmann encoder AG

Abstract: DOL-2312-G05MMA2 : Absolute Encoder Singleturn ARS 60 SSI 10 . 32 V, SSI, Gray; servo flange; connector M23, 12 pin, radial , through hollow shaft with connector or cable outlet, Number of steps 2 to 32,768 Absolute Encoder , Any number of steps from 00002 up to 32,768 Connector M23, 12 pin, axial = B possible. Always , 5 m = T Order example: Absolute Encoder Singleturn ARS 60 SSI 10 . 32 V, SSI, Gray; face , characters in clear text. Order example: Absolute Encoder Singleturn ARS 60 Parallel 10 . 32 V
SICK Stegmann
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stegmann encoder AG DOL-2312-G05MMA2 encoder 7272 DOL-2312-G10MMA2 ISO 2768-mk tolerances for diameter 75 mm sub-d 37 pin

TMC429

Abstract: TMC424 -times evaluation of encoder signals Fast 32 bit SPITM interface Can share SPITM interface with TMC429 and supplies , Encoder Counter 24+4 bit SPI Interface with 32 bit Reg M U X SDI ENC2 N SDO Control , . The SPITM of the TMC424 behaves like a simple 32-bit shift register. Incoming serial data at pin SDI , (831) h for 12800 micro steps (prescaler 3.2) (813)h for 6400 micro steps (prescaler 1.6) Encoder: 512 , ) (831)h for 6400 micro steps (prescaler 3.2) (813)h for 3200 micro steps (prescaler 1.6) Encoder: 256
Trinamic Motion Control
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TMC-429 TMC26X speed and direction control of stepper motor two-channel quadrature encoder chip TQFP 100 PACKAGE tQFP100 package 100-P
Abstract: SPI Interface with 32 bit Reg SDI ENC2 N M U X Control register ENC3 A Encoder , 3200 1600 800 400 1024 3.125 1.5625 - 1000 3.2 1.6 - Encoder , serial data at pin SDI is shifted with the rising edge of the clock signal SCK into the 32-bit register , ) Encoder: 1000 lines (831) h for 12800 micro steps (prescaler 3.2) (813)h for 6400 micro steps (prescaler , SDO Serial Triple Incremental Encoder Interface 75 GND VCC ENC1_A ENC1_B ENC1_N Trinamic Motion Control
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Seed1

Abstract: HCS370 Counter Overflow Bits SER_1 10: 32 bits E Encoder Serial Number SDBT_1 14: 7654- E , bits E OVR_2 0E:-10 E Encoder Counter Overflow Bits SER_2 26: 32 bits E , 1-1: PROGRAMMING PIN DESCRIPTION Pin Name Function HCS370 Pin Type S0 DATA 1 I/O Pin Description Data Input Output S1 CLOCK 2 I LED VPP 13 P , memory areas: the encoder memory area and the configuration memory area. The encoder memory consists of
Microchip Technology
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Seed1 DS41157C- 11F-3 DK-2750 D-81739

HCS365

Abstract: pic encoder code : 16 bits E Encoder Synchronization Counter (CNTSEL=1) SER_1 10: 32 bits E Encoder , _2 08: 20 bits E Encoder Synchronization Counter (CNTSEL=1) SER_2 26: 32 bits E , STEN_2 32: 7- E QUEN_2 32: -6- XSER_2 32: -5- Encoder Seed Value , 1-1: PROGRAMMING PIN DESCRIPTION Pin Name Function HCS365 Pin Type S0 DATA 1 I/O S1 CLOCK 2 I LED VPP 7 P(*) Pin Description Data Input Output Clock
Microchip Technology
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pic encoder code DS41156D-

Car remote keyless entry block diagram

Abstract: HCS365 programmable 32-bit serial numbers Two programmable 64-bit encoder keys Two programmable 60-bit seed values Each transmission is unique 67/69-bit transmission code length 32-bit hopping code Encoder keys are , LED driver EEPROM Encoder DATA 32-bit shift register Other VSS · · · · · · , 32-bit serial number which is meant to be unique for every encoder · An encoder key · A 16/20 , encoder key in the encryption algorithm and the output is 32 bits of encrypted information. This data
Microchip Technology
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Car remote keyless entry block diagram MS-001 TB003 HOPPING ENCODER REMOTE CONTROL key encoder QS-9000 DS41109B-

HF52A

Abstract: Aeroflex reed solomon 21401 April 8, 2003 Features: · Implements (N ,N -32) Reed Solomon encoder · Code specified by CCSDS standards (CCSDS-101.0-B-4) · TBD Mbits/sec sustained data rate · Pin selectable interleaving , : Pin Configuration (top view) CULPRiT Reed Solomon Encoder: Preliminary Specification 7 , CULPRiT Reed Solomon Encoder: Preliminary Specification 1 CULPRiT Reed Solomon t=16 Encoder , Pin PRE-JLDCC Package (Ceramic Version PLCC Footprint) 1 General Description This data sheet
PicoDyne
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HF52A Aeroflex reed solomon CK1036 UTMC Gate Array PicoDyne RS16ESLS

23D thermistor

Abstract: : -4-1C: -32-Class E E E E E E E E E Description (Note 1) Encoder Synchronization Counter (CNTSEL , 3C: -13C: -32- E E E E E E Encoder Discrimination value (2 MSB) Encoder Discrimination , _2 HSEL_2 MSEL_2 SECOND ENCODER CONFIGURATION OPTIONS Address Bits 08: 20 bits 26: 32 bits 2A , resolution of 0.25V. TABLE 1-1: Pin Name S0 S1 LED VSS VDD PROGRAMMING PIN DESCRIPTION Function DATA CLOCK VPP VSS VDD HCS370 1 2 13 11 14 Pin Type I/O I P(*) P P Data Input Output Clock Input Program mode
Microchip Technology
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23D thermistor DS41157D-

stegmann encoder AG

Abstract: PGT-05-S . 4.5 . 5.5 V, TTL / RS 422 = A 10 . 32 V, TTL / RS 422 = C Connector M23, 12 pin, axial , button located under a cap on the rear of the encoder · Excellent price/performance ratio · Long , and the width of the Incremental Encoder tailor-made solutions for every plication profile , freely programmable D N EW Incremental Encoder DRS60/DRS61, face mount flange Number of lines 1 up to 8,192 Dimensional drawing face mount flange radial Incremental Encoder Connector or
SICK Stegmann
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DRS61 DRS60 PGT-05-S incremental encoders htl Female connector M23, 12-pin DOL-2312-G1M5MA3 DOS-2312-G 6027538 LTG-2512-MW DRS60/61

Rotary Sensor quadrature .5 inch shaft 500 pulses per revolution

Abstract: push-button rotary switches I2C High-active (same pin assignment) Absolute value rotary position encoder x4-x04 Data output is continuous , output. The keying function is independent of the incremental encoder function. Pin assignment Pin , encoder x2-x12: The maximum counter value of 255 (Offh) is reached by means of eight revolutions with 32 , encoder function. For pin assignment and timing diagram see x2-x11. Pin 2 4 6 8 10 12 14 Assignment , Optical Encoder Absolute Encoder Type E93 / Incremental Encoder Type E94 Block diagram OPTICAL
Elma Electronic
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Rotary Sensor quadrature .5 inch shaft 500 pulses per revolution push-button rotary switches I2C Rotary encoder quadrature .5 inch shaft rotary encoder 500 pulses 0.5" shaft diameter quadrature DIN 41652 rotary encoder, 500 pulses, 0.5" shaft diameter, quadrature outputs

source code encoder dsPIC 33f

Abstract: _1 FIRST ENCODER CONFIGURATION OPTIONS Address Bits 00: 16 bits 10: 32 bits 14: 7654-14: 60 bits 1C , : 8 bits 1E: 64 bits 3C: -0 3C: -13C: -32- E E E E E E Encoder Discrimination , : -32- E E E E E E Encoder Discrimination value (2 MSB) Encoder Discrimination value (8 LSB , . Both supplies should have a minimum resolution of 0.25V. TABLE 1-1: Pin Name S0 S1 LED Vss VDD Note: PROGRAMMING PIN DESCRIPTION Function DATA CLOCK VPP Vss VDD HCS365 1 2 7 5 8 Pin Type I/O I P(*) P P Data
Microchip Technology
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source code encoder dsPIC 33f DS41156E-

M23 radial cable connector

Abstract: DRS61 Incremental Encoder DRS61 4.5 . 5.5 Volt, TTL /RS 422; face mount flange; connector M23, 12 pin, radial , . 4.5 . 5.5 V, TTL / RS 422 = A 10 . 32 V, TTL / RS 422 = C Connector M23, 12 pin, axial , Incremental Encoder DRS60/DRS61, face mount flange Number of lines 1 up to 8,192 Dimensional drawing face mount flange radial Incremental Encoder Connector or cable outlet Protection class up , axial 1 1 R = bending radius min. 40 mm General tolerances according to DIN ISO 2768-mk PIN
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M23 radial cable connector encoder stegman M23 radial cable X10-5 422 encoder

HCS370

Abstract: ) SYNC_1 00: 16 bits E Encoder Synchronization Counter (CNTSEL=1) SER_1 10: 32 bits E , : -1- E Seed Mode SDTM_1 3C: -32- E Time Before Seed Code Word PPM Encoder , Counter (CNTSEL=1) Encoder Serial Number Description (Note 1) 26: 32 bits E SDBT_2 2A: 7654- E Seed Button Code SEED_2 2A: 60 bits E Encoder Seed Value STEN_2 32 , Production = 1 Value Time (s) 00b 0.0 01b 0.8 DISC_2h 32: -10 E Encoder
Microchip Technology
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M23 radial cable connector

Abstract: 12 pin m23 connector 15 m Absolute Encoder Singleturn ARS 60 SSI and Parallel, servo flange Number of steps 2 to 32,768 , shaft 6 mm = 1 Connector M23, 12 pin, radial = A Any number of steps from 00002 up to 32,768 Connector M23, 12 pin, axial = B possible. Always 5 characters in clear text. 10 . 32 V, SSI, Gray , core, axial 5 m = T Order example: Absolute Encoder Singleturn ARS 60 SSI 10 . 32 V, SSI, Gray , 10 . 32 V, parallel, Gray Exc. = G Connector M23, 21 pin, axial = B 10 . 32 V, parallel
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12 pin m23 connector 15 m ISO 2768-mk tolerances
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