Chip Level Controllers
Reduces the computational burden on the system’s microprocessor
Nippon Pulse’s programmable pulse generators are motion control chips that are designed to control stepper motors and servomotors. These chips reduce the computational burden on the system’s microprocessor while allowing for a wide array of advanced motion control features.
Specification Overview
- PCD series chips for stepper motor control
- PCL series models for advanced stepper and servo control
- Number of Axes: 1, 2 and 4
- Maximum Output Frequency: 2.4M pps, 5M pps, 6.5M pps, or 9.8M pps
- Package Type: 48-pin QFP, 64-pin QFP, 80-pin QFP, 100-pin QFP, 128-pin QFP, 176-pin QFP, 208-pin QFP
- Interpolation Operation: Some models offer combinations of Linear, Circular, Continuous, Spiral/Helical
Chip Level Controller Advantages
- A number of models with max output frequencies ranging from 400Kpps up to 15 Mpps
- The easily programmable registers allow design engineers to create sophisticated motion profiles
- Reduces the computational burden on the system’s microprocessor
- Allows for a wide array of advanced motion control features
Precision Solutions for Industries
- Packaging
- Life Sciences
- Semiconductor
- Optics & Photonics
- Robotics
- Toolless Cutting
- Lab Automation
- Pharmaceuticals
Select the Chip Level Controller for Your Application
- PCD series chips for stepper motor control
- PCL series models for advanced stepper and servo control
