- Computers & electronics
- Computer components
- Interface components
- Digital & analog I/O modules
- ADLINK Technology
- PCI-8136M
- User's Guide
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4.9 Constant Velocity Motion
This mode is used to operate one axis motor at constant velocity motion. The output pulse accelerates from a starting velocity (str_vel) to the specified constant velocity (max_vel). The _8136_v_move() function is used to accelerate constantly while the _8136_sv_move() function is to accelerate according to S-curve (constant jerk). The pulse output rate will keep at maximum velocity until stop function is issued. The _8136_motion_stop() function is used to stop the velocity to zero (stop). The following graph is the trapezoidal velocity profile for v_move() function. max_vel str_vel
Time(second)
Tacc v_move()
Relative Functions:
_8136_v_move( ), _8136_motion_stop( ), _8132_sv_move(): Refer to section 5.5
46
• Operation Theorem
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Table of contents
- 11 Functionality of PCI-8136M
- 12 Features
- 13 Specifications
- 13 Applicable Motors
- 13 Motion
- 13 Motion Interface I/O Signals
- 14 General I/Os
- 15 General Specifications
- 16 Software Supporting
- 16 Programming Library
- 18 What You Have
- 19 Outline Drawing
- 20 Hardware Installation
- 20 Hardware configuration
- 20 PCI slot selection
- 20 Installation Procedures
- 20 Trouble shooting
- 21 Software Installation
- 22 CN1 PIN ASSIGNMENTS: MAIN CONNECTOR
- 23 CN2 PIN ASSIGNMENTS: EXTERNAL POWER INPUT
- 24 CN3 PIN ASSIGNMENTS: DB25 CONNECTOR
- 24 CN4 PIN ASSIGNMENTS: DB9 CONNECTOR
- 26 Pulse output signals OUT and DIR
- 28 Voltage output signals DAC
- 30 Encoder feedback signals EA, EB and EZ
- 33 Analog Input
- 35 Origin signal ORG
- 36 End-Limit signals PEL and MEL
- 37 Emergency stop signal ESTOP
- 38 Servo on signal SVON
- 39 General purpose output P-RDY
- 39 VCC Pin
- 40 Open Loop and Closed Loop Connection
- 43 AD Conversion and Preloaded Trigger
- 43 Voltage Compare
- 44 DA Conversion
- 44 DA Output by Trigger Source
- 45 Local DIO
- 45 Digital Input
- 45 Digital Output
- 46 Pulse Input and Position Compare
- 46 Pulse Input
- 47 Position Counter Value Capture (Latch)
- 48 Position Compare
- 49 Pulse Output
- 51 Remote Serial IO
- 52 Introduction to DDA
- 53 Open-loop and close-loop control
- 53 Open-loop control
- 53 Close-loop control
- 54 Constant Velocity Motion
- 55 Trapezoidal Motion
- 57 S-Curve Profile Motion
- 59 2D Interpolation
- 62 3D Interpolation
- 63 Home Return Mode
- 64 Motion Parameters Setting
- 65 The Motion IO Interface
- 65 SERVO ON
- 65 Limit Switch Signal
- 65 Emergency stop signal (ESTOP)
- 67 Interrupt Control
- 71 List of Functions
- 73 Initialization
- 75 System Parameters
- 77 Card Information
- 78 Digital I/O
- 80 Remote I/O
- 82 Analog I/O
- 85 Pulse I/O
- 89 Interrupt Control
- 92 Close Loop Initialization
- 93 Motion Parameters
- 96 Motion Status
- 98 PTP Movement
- 100 2D Interpolation
- 102 3D Interpolation
- 104 Continuous Motion
- 105 Homing
- 106 Motion Function