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MOTIONFIRE-MOTORCONTROL-REF Texas Instruments Motionfire Motor Control Reference Design (FireDriver Module) visit Texas Instruments
MDL-BDC24 Texas Instruments IC BRUSH DC MOTOR CONTROLLER, Motion Control Electronics visit Texas Instruments
LM628N-6/NOPB Texas Instruments Precision Motion Controller 28-PDIP -40 to 85 visit Texas Instruments Buy
LM629M-6/NOPB Texas Instruments Precision Motion Controller 24-SOIC -40 to 85 visit Texas Instruments Buy
ADS7869IPZTTG4 Texas Instruments IC AC MOTOR CONTROLLER, PQFP100, PLASTIC, TQFP-100, Motion Control Electronics visit Texas Instruments
LM628N-8/NOPB Texas Instruments Precision Motion Controller 28-PDIP -40 to 85 visit Texas Instruments

motion compensator

Catalog Datasheet MFG & Type PDF Document Tags

CS6710

Abstract: sum of absolute differences Control Pixel Compression Block Motion Compensator Search Algorithm memory AMBA Host , (identified by the CBP) then the Motion Compensator can proceed. If the first block is coded then the Motion , . MOTION COMPENSATOR The Motion Compensator uses the decoded blocks from the Pixel Compression block and the Reference Memory to produce the Reconstructed Frame. The Motion Compensator shall be instructed , position in the Frame Memory, · Inter-coded block - The Motion Compensator will add the decoded
Amphion Semiconductor
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"Huffman coding"

Abstract: COST211 some way during the translation. The motion compensator takes each 88pixel block and searches the , fact, 11-1.27 videophones use a method of encoding called motion vector estimation, which is , .261 scheme uses a hybrid DPCM/ DCT technique with motion compensation. Figure 2 shows a simplified diagram , similar to the original which can be stored for subsequent use in the next frame. The motion vector compensator works on the principle that an object which moves from one frame to the next can simply be
Texas Instruments
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SPARTAN-II

Abstract: direct 2-d idct be Coded IDCT Quantizer - Motion Estimator Bitstream Coder Coded Video Bitstream Motion Compensator Anchor Frame Storage (2) WP113_02_022100 Figure 2: MPEG Encoder Block Diagram , , 1-D DCT · JPEG (still images), 2-D DCT spatial compression · MPEG1 and MPEG2, 2-D DCT plus motion , frame-to-frame information. This second step, which is called motion estimation, is not used on all the , MPEG-2 as its main means of dealing with motion video. The MPEG-2 standard delivers four times more
Xilinx
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SPARTAN-II direct 2-d idct block diagram of dsp based ecg compression C-CUBE MICROSYSTEMS IDCT xilinx MPEG 1 Audio Compression

bdv 83 d

Abstract: parameters from the L64760 Interframe Processor and the motion compensator (the parameters include the quantization stepsize, the motion vectors, the loop filter flag and the inter-intra decision flag). The data is , , indicates that motion compensation is performed LOW XMV.4:0 5-Bit two's-complementX motion vector 0 (No Motion) YMV.4:0 5-Bit two's-complementY motion vector 0 (No Motion) NST.7:0 Number of macroblock stuffing , with zeros in inter-mode with motion compensation off. This forces the L64760 to leave the data
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bdv 83 d L64750/51 L64750 L64751 L64740 L64730 C00EDDAT

MPEG 4 encoder

Abstract: indicated in Figure 2, includes an inverse DCT (IDCT), an inverse quantizer, and a Motion Compensator which , MPEG, for Motion Picture Experts Group, the committee that developed these compression and , stream that eliminates redundant frame-to-frame information. This second step, called motion estimation , whether an incoming video frame will be compressed using motion estimation, or if only block encoding will , remove redundancy, frames that incorporate motion estimation may be compared with previous frames only
C-Cube Microsystems
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MPEG 4 encoder

845 bios chip

Abstract: bdv 83 d parameters from the L64760 Interframe Processor and the motion compensator (the parameters include the quantization stepsize, the motion vectors, the loop filter flag and the inter-intra decision flag). The data is , , indicates that motion compensation is performed LOW XMV.4:0 5-bit two's-complement X motion vector 0 (No Motion) YMV.4:0 5-bit two's-complement Y motion vector 0 (No Motion) NST.7:0 Number of macroblock , macroblocks or groups of blocks with zeros in inter-mode with motion compensation off. This forces the L64760
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845 bios chip L-803

C-CUBE CL450

Abstract: CL450 Figure 1. Functional Block Diagram 8 MUTE CPU Pixel Filter and Motion Compensator HSYNC
Texas Instruments
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TMS320AV220 TMS320AV120 TMS320AV420 C-CUBE CL450 CL450 2088 rgb matrix LC8950 SCSS016A CL450TM

C-CUBE CL450

Abstract: C-CUBE MICROSYSTEMS Figure 1. Functional Block Diagram 8 MUTE CPU Pixel Filter and Motion Compensator HSYNC
Texas Instruments
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Video-Decoder CL450 MPEG Video Decoder 2088 RGB-5 video to rgb

Scorpion

Abstract: PID 2145 Motion Compensator (MO) as illustrated in Figure 1-3. Figure 1-3. Video Decoder Block Diagram Memory , . 148 Motion Compensation. 149 , . 159 Chronograms of Some Motion Comp. Resized Reads . 160 Chronograms of Some Motion Comp. Non-Resized Reads . 161 Chronogram with Page-Crossing Motion Comp. Client Reads and Refresh . 162 x
Motorola
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MCT4000 Scorpion PID 2145 9H103 MC92100 stc TUBE c04f MCT4000RM/D 4000RM

w9925

Abstract: SAA7210 function blocks such as VLD, dequantizer, IDCT processor and motion compensator are included in the , forward, slow motion, scan, etc. · Minimum 4M-bit DRAM required even for high resolution still pictures · , and their following pictures due to motion compensation. W9925PF checks if run level pair matches VLC , propagate to the following pictures due to motion compensation. W9925PF first checks validity o f a slice , bits wide each. Typically, a 4Mbits DRAM is used for performing decoding on SIF resolution motion
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w9925 SAA7210 stc 8051 DA RH winbond mpeg decoder register 9925PF-
Abstract: Pulse Train Motion PCI-8158 / PCI-8154 Advanced 8/4-axis Servo & Stepper Motion Controllers , -pin) 8-axis motion controller Pulse output rate: up to 6.55 MHz Pulse output options: OUT/DIR, CW/CCW , , simultaneous start/stop Programmable interrupt sources Hardware backlash compensator Manual pulser input , source codes Software Recommendations â'¢ MotionCreatorPro2 Pulse Type Motion Control Max , Counter Resolution Positioning Range Counters Comparators Motion Interface I/O Signals Position Latch Adlink Technology
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DB-8150 DB-8151 DB-8153 ACL-102100-1 AMP-787082-9 DIN-814P-A40

140kPa

Abstract: ABB "pressure Switch" integrally mounted. This transmission unit is based on the motion balance principle and it converts the , greater than 50 m, a line compensator device may be fitted. Each model of the JC series is different , VERSION FUNCTION OUTPUT SIGNALS TRANSMITTER LINE DELAY COMPENSATOR ALARMS TYPE ALARMS abc d , 1 2 5 6 7 TRANSMITTER LINE DELAY COMPENSATOR 0 3 Without With hijk 0000 Use code
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140kPa ABB "pressure Switch" flow indicator instrument abb temperature Transmitter abb differential pressure transmitters Fluorescent Indicator Tube

FS2TM

Abstract: ac motor winding -bit microcontroller (8051 MCU), a 16-bit Motion Control Engine (MCETM) and an Analog Signal Engine (ASE). This IC , Motion Control Engine simultaneously controls the compressor motor, the fan motor and the input PFC , vector transformations and proportional plus integral feedback compensators. The motion control , of these block such as the PI compensator or the vector rotation (ej) are common motor control , needed to generate this torque. The proportional plus integral (PI) velocity loop compensator acts on
International Rectifier
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IRMCS3012 FS2TM ac motor winding 3 phase sine wave pwm c source code for 8051 power factor calculation by 8051 microcontroller 8051 microcontroller interface with ir sensors IRMCx300 UG08091 IRMCF312

servo train

Abstract: Pulse Train Motion PCI-8164 / PXI-8164 Advanced 4-axis Servo & Stepper Motion Controllers with High-Speed Triggering Specifications Pulse Type Motion Control Number of Axes Pulse Output Rate Max , backlash compensator Softwares limit function Easy interface to any stepping motors, AC or DC servo , x 5 for each axis Motion Interface I/O Signals Position Latch Input Pin Position Compare Output , stepper motion controller with high-speed triggering PXI-8164 Advanced PXI 4-axis servo & stepper
Adlink Technology
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servo train DIN-814Y0 PCI-8164/PXI-8164

DDA 014

Abstract: PCI-8504 PCI-8504/ 8504L 4-Axis Motion Control Board Feature Four , configurable, axes position control , PCI-bused, four-axis motion control board. It's designed to control both servo and stepper motor. The PCI , -bit Absolute position recorder: 24-bit Compensator: P, PI mode Local system I/O channels: 18 Local I/O type , the level of CPU in your system, normally the "Block Processing Time" of a RTX motion application in , comparison with interrupt Optional subcount for low speed feedback 49 PCI-8504/ 8504L 4-Axis Motion
Hurco Automation
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PCI-8504 CB-89200-2 DDA 014 PCI-8504L d2353 98/NT/2000/XP 100-P CB-89200-5 CB-89009-2

sigma stepper

Abstract: Pulse Train Motion PCI-8102 Advanced 2-axis Servo & Stepper Motion Controller Specifications Pulse Type Motion Control Number of Axes Pulse Output Rate Max. Acceleration Rate Speed Resolution , backlash compensator Softwares limit function On-board GPIO: 16IN/16OUT (P2 connector) Card index switch , -bit) x 4 for each axis x 5 for each axis Motion Interface I/O Signals Position Latch Input Pin , stepper motion controller Accessories For more information on terminal boards & cables, please refer
Adlink Technology
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sigma stepper DIN-68Y-SGII0 DIN-68P-A40 DIN-37D-01 ACL-10568-1 AMP-787082-7 ACL-10137-1MM

feed-forward encoder

Abstract: servo motor driver analog DASP-52504/52504L/52504S 4-axis Servo / Stepping Motion Card Four, configurable, axes position , recorder Compensator Local I/O channels Local I/O type Remote I/O type Interval Timer Channel Timer , Pulse generation Time-delay generation The DASP-52504 is a PCI-bus, four axis motion control card , Ordering Information DASP-52504 4-axis servo / stepping motion card DASP-52504L DASP-52504 w/o analog output card DASP-52504S DASP-52504 with pulse width counting Daughter Board DB-87040 4-axis motion
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feed-forward encoder servo motor driver analog 52504 compare encoder servo motors stepper motor controls

SERVO MOTOR 50 PIN CONNECTOR

Abstract: DELPHI Connectors DASP-52506/52506L/52506S 6-axis Servo / Stepping Motion Card Features Six ,configurable, axes , recorder Compensator Local I/O channels Local I/O type Remote I/O type Interval Timer Channel Timer , -89200-2 CB-89200-5 IA 0-25 6-axis servo / stepping motion card DASP-52506 w/o analog output card DASP-52506 with pulse width counting 6-axis motion daughter board Cable SCSI-II 100P pin type cable 2M SCSI-II , notice. The DASP-52506 is a PCI-bus, six axis motion control card. It's designed to control both
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SERVO MOTOR 50 PIN CONNECTOR DELPHI Connectors servo motor analog

CL9100 MPEG

Abstract: CL9100 * 18 VID_0SDFIF0 OSD FIFO * 19 MC_DATA Motion compensator (MC) data 1a MC_CNTL , 2.4.1 Picture Types 2.4.2 Video Stream Composition 2.4.3 Motion Compensation Intra-Picture (Transform , , dequantization, in­ verse DCT, and motion compensation. Decompressed pictures are stored in frame buffers in , : motion compensation, discrete cosine transform (DCT), quantization, and run-length encoding. When the , future P pictures. P pictures use motion compensation to provide more compression than is possible with
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CL9100 CL9100 MPEG cl9100 c-cube 00Q17

PIC16F877 APPLICATIONS PID CONTROL DC MOTOR

Abstract: PID control dsPIC servo motor position control Measurement of motor position Computation of motion profile Computation of error signal and PID compensation , switches are optional for the design and are used by the software to activate motion profiles when no , and control motion profiles. Servo Calculations The entire servomotor function is implemented in , produce smooth motion, we need a motion profile algorithm that controls the speed and acceleration of , position, based on the current motion profile parameters. For this application, a movement distance
Microchip Technology
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AN696 PIC16F877 APPLICATIONS PID CONTROL DC MOTOR PID control dsPIC servo motor position control PIC16F877 mplab CODE DC MOTOR 16F877 pic18f877 PIC16F877 interrupt PICC compiler adc programming for PIC 16f877 PIC18CXXX/PIC16CXXX PIC16CXXX PIC18CXXX PIC18C452 PIC16F877
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