Pulse generation module for stepper motor control — designed to work with stepper motor drivers and provide configurable pulse/PWM outputs. Key benefits - Simplifies accurate stepper motor control by providing a dedicated pulse/PWM generation interface. - Flexible output options let you drive different types of stepper drivers using the same module. - Frequency-measurement enablement improves monitoring and compatibility when using the PUL and Coyin ports. Main functions and performance - Primary function: pulse generation module paired with a stepper motor driver; intended to control stepper motors and must be matched to the drive. - Signal outputs: generates both pulse and PWM signals. - Connector support: supports and can use both PUL and Coyin connectors. - Frequency measurement: frequency measurement can enable the PUL and Coyin ports. - Frequency selection details (as provided): controller selectable frequencies include a high frequency of 5.4 kHz at 160 kHz, a low frequency of 16.6 kHz, and a total of 3 frequencies from 80 to 2.4 kHz. Compatibility and installation notes - Must be used with a compatible stepper motor driver; ensure the module is matched to the drive being used. - Use the PUL and Coyin ports/connectors according to your driver’s input requirements to deliver pulse or PWM control signals. Practical use scenarios - CNC axis control: use the module to supply stable pulse/PWM signals to a matched stepper driver for precise positioning of machine axes. - Automated inspection or stage positioning: integrate the module with a stepper driver to control repeatable movements in inspection or optical stages. - Small robotic systems or lab automation: provide configurable pulse/PWM outputs to drive stepper motors in compact automation projects. What to verify before purchase or use - Confirm the stepper driver compatibility and required input signal types (pulse or PWM). - Match connector wiring for PUL and Coyin ports to the driver’s PUL/DIR/ENA or equivalent inputs. - Validate the module’s selectable frequency settings meet the motor and driver requirements for your application. This description reflects the module’s functions, supported connectors, and frequency selection options as provided.