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4 Axes Low-Cost Motion Control Chip: MCX304 |
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Page 3 of 3 Specifications - 4 Axes of control
- Data Bus 16/8 bits selectable
Common Specifications of Each Axis- Drive Pulses Output (When CLK = 16 MHz)
- Pulse Output Speed Range: 1 PPS ~ 4 MPPS
- Pulse Output Accuracy within: ±0.1% (according to the setting speed)
- S-curve Jerk: 954 ~ 62.5 x 106 PPS/S² (Multiple = 1)
477 x 10³ ~ 31.25 x 109 PPS/S² (Multiple =500) - Accelerating / Decelerating Speed: 125 ~ 1 x 106 PPS/S (Multiple = 1)
62.5 × 10³ ~ 500 x 106 PPS/S (Multiple = 500) - Initial Speed: 1 ~ 8,000 PPS (Multiple = 1)
500 PPS ~ 4×106 PPS (Multiple = 500) - Drive Speed: 1 ~ 8,000 PPS (Multiple = 1)
500 PPS ~ 4×106 PPS (Multiple = 500) - Output-pulse Number: 0 ~ 268,435,455 (fixed drive)
- Output-pulse numbers and drive speeds changeable during the driving
- Independent 2-pulse system or 1-pulse 1-direction system selectable
- Logical levels of drive pulse selectable, output pin switchable
Encoder Input
- A/B quadrature pulse style or Up/Down pulse style selectable
- Pulse of 1, 2 and 4 divisions selectable (A/B quadrature pulse style)
Position Counter
- Logic Position Counter (for output pulse t) range: -2,147,483,648 ~ +2,147,483,647
- Real Position Counter (for feedback pulse) range: -2,147,483,648 ~ +2,147,483,647
Comparison Register
- COMP + Register Position comparison range: -2,147,483,648 ~ +2,147,483,647
- COMP - Register Position comparison range: -2,147,483,648 ~ +2,147,483,647
- Status and signal outputs for the comparisons of position counters
- Software limit functioned
Automatic home search
- Automatic execution of
- Step 1 (high-speed near home search)
- Step 2 (low-speed home search)
- Step 3 (low-speed encoder Z-phase search)
- Step 4 (high-speed offset drive). Enable/Disable of each step and search direction selectable
- Deviation counter clear output : Clear pulse width within the range of 10µ ~ 20msec and logical level selectable
Interrupt (Interpolations Excluded)
- The factors of occurring interrupt:
- the start / finish of a constant-speed drive during the acceleration / deceleration driving
- the end of the driving
- the volume of position counter >= the volume of COMP-
- the volume of position counter < the volume of COMP-
- the volume of position counter >= the volume of COMP+
- the volume of position counter < the volume of COMP+
- terminating of automatic home search, synchronous action
Enable / disable for these factors selectable External Signal for Driving
- EXPP and EXPM signals for fixed pulse / continuous drive
- Driving in manual pulsar mode (encoder input)
External Deceleration / Sudden Stop Signal - IN0 ~ 2: 3 points for each axis
Enable / disable and logical levels selectable Servo Motor Input Signal
- ALARM (Alarm), INPOS (In Position Check), DCC (Deviation counter clear output)
Enable / disable and logical levels selectable General Input/Output Signal
- Input signal: 7 points for each axis (any input signal can only be used when the function is not used assigned to that input)
- Output signal: 4 points for each axis (any output signal shares the other function output pins, and can only be used when the function assigned to that pin is unused.)
Limit Signals Input
- 1 point, for each + and - side
Logical levels and decelerating / sudden stop selectable Emergency Stop Signal Input
Contents of integral type filters
- Equipped with integral filters in the input column of each input signal. One time constant can be selected from eight types.
Electrical Characters- Temperature Range for Driving: 0° ~ +83°C (32°F ~ 181°F)
- Power Voltage for Driving: +5V ± 5 %
- Input / Output Signal Level: CMOS, TTL connectable
- Input Clock Pulse: 16 MHz (Standard)
Package- 100-pin plastic QFP, pitch = 0.65mm
- Dimension : 23.8 × 217.8 x 3.05 mm
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Newsflash
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Motion Control Cards with Special PIEZO (Ceramic) Motor Functions Motion Control Chips with special functions to compensate PIEZO Motor behaviour Products Names: - POSYS® 1800-PIEZO Series
- POSYS® 1900-PIEZO Series
Description: The POSYS® 1800-PIEZO and POSYS® 1900-PIEZO are motion control cards (PC-104, PCI-bus) for servo and stepper motors and provide one to four axes of motion. The functionality of these series has been significantly improved by using a special motion control chip with enhanced PIEZO (Ceramic) control functions. It is now possible to compensate the special behaviour of PIEZO (Ceramic) motors like for example stiction. |
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