PCI-compliant Arc/Straight Line Interpolation 4-Axis Motor Control MC8043P
MC8043P
PCI bus compatible circuit board for PC/AT compatible machines.
- It has arc/linear interpolation functionality. The MC8043P performs arc/linear interpolation calculations using hardware within the MCX314As. By setting parameters such as endpoint coordinates, arc center coordinates, and speed, and simply writing the interpolation start command, interpolation drive can be initiated immediately. There is no need for setup time for calculations. Additionally, continuous interpolation can be performed by freely combining linear and arc interpolation without stopping the interpolation drive. - High-speed drive is possible. Each axis can achieve acceleration and deceleration drives of up to 4 Mpps. In arc/linear interpolation drives, interpolation drives of up to 4 Mpps are also possible. - In addition to S-curve acceleration and deceleration drives (trapezoidal drive), parabolic S-curve acceleration and deceleration drives are possible. S-curve acceleration and deceleration drives maintain a smooth S-curve even with a low number of output pulses.
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basic information
The MC8043P is a circuit board compatible with PC/AT that features a 4-axis motor control IC with interpolation function, the MCX314As. It can independently control the positioning or speed of four servo motors or stepping motors on each axis with a single board. Additionally, among the four axes, any two or three axes can be selected for 2-axis/3-axis linear interpolation, CW/CCW arc interpolation, and 2-axis/3-axis bit pattern interpolation (interpolation based on bit data from the CPU).
Price information
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Delivery Time
P4
Applications/Examples of results
Positioning control or speed control
Company information
Our company is a manufacturer that develops and produces motion control ICs, boards, and units. We strive to provide better products to the world with the aim of further advancing the field of motion control through new (NOVA) electronic technologies, improving the lives of people in society.
