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STMicroelectronics Power Management Evaluation Board for Bipolar Stepper Motors EVAL-L99SM81VY
Specifications
| Country of Origin | Italy |
|---|---|
| Brand | STMicroelectronics |
| Model | EVAL-L99SM81VY |
| For Use With | Bipolar Stepper Motors |
| Standards/Approvals | RoHS |
| Kit Classification | Evaluation Board |
| Featured Device | L99SM81V |
| Kit Name | Evaluation Board |
Key Features
- Drives one bipolar stepper motor in micro-stepping mode with high precision.
- Includes coil voltage measurement for stall detection to improve reliability.
- Consists of a motherboard with SPC56 microcontroller and a daughterboard with the L99SM81V device.
- Advanced power management features including a standby mode for energy efficiency.
- Comes with user-friendly GUI software to set parameters and monitor real-time device data.
- Provides monitoring of voltage measurements, fault flags, device junction temperature, and power supply voltage.
- Complies with RoHS standards, ensuring environmental safety.
- Manufactured in Italy, guaranteeing quality and compliance.
Product Description
STMicroelectronics EVAL-L99SM81VY is a highly specialized power management evaluation board designed specifically for driving bipolar stepper motors in micro-stepping mode with integrated coil voltage measurement to detect stalls. It features a motherboard based on the SPC56 microcontroller to control the logic and monitoring functions alongside a daughterboard hosting the L99SM81V device, providing versatile power supply functionalities including an energy-saving standby mode.
The evaluation board is engineered to simplify usage and configuration through dedicated, user-friendly software with a graphic user interface (GUI). This software allows users to precisely configure L99SM81V parameters and receive real-time data such as voltage levels, main power supply readings, fault flags, and device junction temperature.
It is ideal for applications in industrial automation, robotics, and precision motor control requiring reliable bipolar stepper motor driving and advanced power management capabilities. The evaluation board supports development and testing environments for embedded and electronic engineers working on motor control projects.
The board complies with RoHS standards, ensuring it meets environmental and safety regulations. Originating from Italy, it reflects high manufacturing quality and adherence to industry standards.
Drives bipolar Stepper Motors in micro-stepping mode for smooth and precise operation. Includes coil voltage measurement for quick stall detection improving system safety. Features a powerful SPC56 microcontroller-based motherboard driving the L99SM81V device.
Provides advanced power management including standby power saving mode. User-friendly GUI software enables easy configuration and real-time monitoring. Monitors voltage, temperature, and fault status for robust motor control diagnostics.
Complies with RoHS environmental standards. Manufactured in Italy for assured quality and reliability.
This evaluation board is essential for development, testing, and integration in power management and motor control fields. Explore more power management development tools and semiconductor evaluation boards at EnvMart for comprehensive solutions.
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Frequently Asked Questions
This evaluation board is designed specifically for driving bipolar stepper motors in micro-stepping mode.
It features a motherboard based on the SPC56 microcontroller, which controls the logic and monitoring functions of the board.
The board includes advanced power management features such as an energy-saving standby mode and integrated coil voltage measurement for stall detection.
It comes with user-friendly GUI software that allows users to set parameters and monitor real-time device data, including voltage levels and fault flags.
The evaluation board complies with RoHS standards, ensuring it meets environmental and safety regulations.
It is manufactured in Italy, reflecting high manufacturing quality and adherence to industry standards.
It provides monitoring of voltage measurements, fault flags, device junction temperature, and power supply voltage for robust diagnostics.
This model is ideal for applications in industrial automation, robotics, and precision motor control requiring reliable bipolar stepper motor driving.
The featured device on this evaluation board is the L99SM81V, which provides versatile power supply functionalities.
The kit is classified as an evaluation board and includes the motherboard with the SPC56 microcontroller and a daughterboard with the L99SM81V device.
It includes coil voltage measurement for stall detection, which enhances reliability and safety in motor control applications.
The primary purpose of this evaluation board is to facilitate development, testing, and integration in power management and motor control fields.
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