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MikroElektronika Evaluation Board Silent Step 3 Click with TMC 2660 Driver MIKROE-3676
Specifications
| Country of Origin | India |
|---|---|
| Brand | MikroElektronika |
| Model | MIKROE-3676 |
| For Use With | TMC2660 |
| Kit Classification | Development Kit |
| Featured Device | TMC 2660 |
| Kit Name | Silent Step 3 Click |
| Drive current | 2.4 A RMS |
Key Features
- High-resolution microstepping increases motor smoothness and precision.
- Sensorless mechanical load measurement enables adaptive motor control.
- Load adaptive power optimization minimizes power consumption.
- Low resonance chopper operation reduces noise during motor operation.
- Development kit designed for use with TMC2660 stepper motor drivers.
- USB interface allows communication with TMCL-IDE control software on PC.
- Supports two phase stepper motors drive.
- Ideal for power, motor, and robotics development applications.
Product Description
The MikroElektronika MIKROE-3676 Silent Step 3 Click is an advanced evaluation board designed specifically for stepper motor control using the TMC 2660 driver IC. Built for power, motor, and robotics development tasks, this board supports two-phase stepper motors with drive currents up to 2.4A RMS and operating voltages up to 29 volts, enabling high performance and precise control.
Featuring a USB interface, the board communicates seamlessly with the TMCL-IDE control software running on a PC, facilitating easy programming and parameter adjustments. High-resolution microstepping improves motor smoothness and positioning accuracy, while sensorless mechanical load measurement allows the system to dynamically adapt to mechanical loads without additional sensors.
Its load adaptive power optimization intelligently reduces power consumption according to the load, improving energy efficiency during operation. Low resonance chopper operation is employed to minimize motor noise and vibrations, enhancing the overall performance of stepper motors in sensitive setups.
This evaluation kit is ideal for developers and engineers working on robotics, automation, and motor control projects requiring precise, quiet, and efficient stepper motor management. The board complies with no specific standards or approvals but delivers reliable operation in industrial and laboratory environments.
High-resolution microstepping for smooth motor operation. Sensorless mechanical load measurement for adaptive response. Load adaptive power optimization for energy efficiency. Low resonance chopper operation to reduce noise and vibration.
USB interface enables direct connection to PC software. Supports drive currents up to 2.4A RMS at 29V voltage. Development kit designed for TMC 2660 driver IC. Suitable for robotics and power electronics applications. Explore the comprehensive range of power, motor, and robotics development tools on EnvMart to complement your project requirements and enhance your industrial applications.
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Frequently Asked Questions
This evaluation board supports drive currents up to 2.4 A RMS.
The operating voltage for this model can go up to 29 volts.
It is designed specifically for use with the TMC2660 driver IC.
This board supports two-phase stepper motors.
It features load adaptive power optimization, which intelligently reduces power consumption based on the load.
Sensorless mechanical load measurement allows the system to adapt dynamically to mechanical loads without the need for additional sensors.
It utilizes a USB interface for communication with TMCL-IDE control software on a PC.
Key features include high-resolution microstepping, low resonance chopper operation, and sensorless mechanical load measurement.
The Silent Step 3 Click is manufactured in India.
It is suitable for robotics and power electronics applications, particularly in motor control and automation projects.
This product is classified as a development kit.
It employs low resonance chopper operation to minimize motor noise and vibrations during operation.
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