ADT-8940A1 Four-Axis Motion Control Card Based on the PCI Bus
- Product Description
- Specification Parameters
- Download Materials
-
- Commodity name: ADT-8940A1 Four-Axis Motion Control Card Based on the PCI Bus
The ADT-8940A1 is an economical PCI‑bus‑based motion control card, suitable for controlling both servo systems and stepper motors. It supports high‑speed point‑to‑point positioning, hardware‑accelerated linear interpolation, software‑accelerated circular interpolation, and other motion modes. Users can freely configure speed parameters such as acceleration/deceleration profiles and S‑curve smoothing. This product is widely used in industries including inspection, advertising, printing, dispensing, and PCB manufacturing.
Product Overview
The ADT-8940A1 is an economical PCI‑bus‑based motion control card, suitable for controlling both servo systems and stepper motors. It supports high‑speed point‑to‑point positioning, hardware‑accelerated linear interpolation, software‑accelerated circular interpolation, and other motion modes. Users can freely configure speed parameters such as acceleration/deceleration profiles and S‑curve smoothing. This product is widely used in industries including inspection, advertising, printing, dispensing, and PCB manufacturing. It comes with the ADTMotionPro debugging software and development kits for multiple environments—including VC++, C#, VB.NET, Delphi, LabVIEW, VB6.0, and BCB—along with open‑source example programs, enhancing usability, lowering the barrier to entry, and enabling you to focus on equipment‑specific process and workflow development.
Functional Features
32-bit PCI bus;
Controllable axis count: four axes;
Each axis outputs differential pulses with a maximum frequency of 2 MHz.
Each axis features an encoder feedback channel with A/B-phase differential pulse inputs, a 32-bit counter, and a maximum frequency of 2 MHz. Pulse output modes include pulse-plus-direction (PUL+DIR) or dual-pulse (CW+CCW).
Hardware cache functionality.
T-shaped and S-shaped curve acceleration and deceleration;
Hardware linear interpolation for any 2 to 4 axes;
Supports high-speed positioning and two-axis circular interpolation.
Dynamically adjust speed and target position during motion;
4-way high-speed position latching
Handwheel
40 digital inputs, 16 digital outputs
Terminal Board: ADT-9162A, ADT-9137
Connection cables: ADT-D62GG, DB37, ADT-D37GG
Key words:- 运动控制卡
- 多轴运动控制卡
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File size: 4.0MB
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File size: 50.0MB
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File size: 383.1KB
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File size: 451.7KB
ADT-8940A1 Four-Axis Motion Control Card Based on the PCI Bus
Product Category
ADT-8940A1 Four-Axis Motion Control Card Based on the PCI Bus
Product Category
- Product Description
- Specification Parameters
- Download Materials
-
- Commodity name: ADT-8940A1 Four-Axis Motion Control Card Based on the PCI Bus
The ADT-8940A1 is an economical PCI‑bus‑based motion control card, suitable for controlling both servo systems and stepper motors. It supports high‑speed point‑to‑point positioning, hardware‑accelerated linear interpolation, software‑accelerated circular interpolation, and other motion modes. Users can freely configure speed parameters such as acceleration/deceleration profiles and S‑curve smoothing. This product is widely used in industries including inspection, advertising, printing, dispensing, and PCB manufacturing.
Product Overview
The ADT-8940A1 is an economical PCI‑bus‑based motion control card, suitable for controlling both servo systems and stepper motors. It supports high‑speed point‑to‑point positioning, hardware‑accelerated linear interpolation, software‑accelerated circular interpolation, and other motion modes. Users can freely configure speed parameters such as acceleration/deceleration profiles and S‑curve smoothing. This product is widely used in industries including inspection, advertising, printing, dispensing, and PCB manufacturing. It comes with the ADTMotionPro debugging software and development kits for multiple environments—including VC++, C#, VB.NET, Delphi, LabVIEW, VB6.0, and BCB—along with open‑source example programs, enhancing usability, lowering the barrier to entry, and enabling you to focus on equipment‑specific process and workflow development.
Functional Features
32-bit PCI bus;
Controllable axis count: four axes;
Each axis outputs differential pulses with a maximum frequency of 2 MHz.
Each axis features an encoder feedback channel with A/B-phase differential pulse inputs, a 32-bit counter, and a maximum frequency of 2 MHz. Pulse output modes include pulse-plus-direction (PUL+DIR) or dual-pulse (CW+CCW).
Hardware cache functionality.
T-shaped and S-shaped curve acceleration and deceleration;
Hardware linear interpolation for any 2 to 4 axes;
Supports high-speed positioning and two-axis circular interpolation.
Dynamically adjust speed and target position during motion;
4-way high-speed position latching
Handwheel
40 digital inputs, 16 digital outputs
Terminal Board: ADT-9162A, ADT-9137
Connection cables: ADT-D62GG, DB37, ADT-D37GG
Key words:- 运动控制卡
- 多轴运动控制卡
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