Microprocessor-based stepper motor control system. MPSU-ShD-MN
105 230 RUB
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MPSU-ShD-MN
Commisioning is not necessary
Microprocessor-based stepper motor control system. Monoblock design with laptop
Delivery time is 8 weeksCommisioning is not necessary
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Description
The laboratory bench is intended for conducting laboratory and practical classes in the courses "Microprocessor systems of control", "Control systems of electric drives", "Applied programming" and allows you to study the characteristics and produce step-by-step synthesis of a microprocessor control system for a stepper motor. Also allows programming training for the Microcontroller Atmega 8535.
Microprocessor control systems
- Study of the stepper electric drive.
- Implementation of a stepper motor control system.
- Study of positional and speed capabilities of a stepper electric drive.
- Determining the degree of throttle response of a stepper motor.
- Programming Microcontroller AVR in C Language.
- Control of seven segment indicator with microcontroller.
- External interruptions of microcontroller.
- Study of 8-bit timers T0 and T2.
- Programming of 16-bit timer T1
- Operation of analog-digital converter of microcontroller.
- Features of programming Microcontroller in assembler.
- I/O ports and seven segment indicator.
- Implementation of dynamic display on the microcontroller.
- External interrupts.
- Study of timers/meters of microcontroller.
- Study of ADC.
- Monoblock, consist of:
- stepper motor;
- полупроводниковый converter with control system;
- control microcontroller;
- seven-segment indicator;
- elements of analog and digital reference;
- speed indicator / angular position indicator.
- Laptop.
- Software (CD).
- Set of power cables and connection cables.
- Technical description.
- Methodology instructions on how to perform the laboratory works.
Specifications
Design style | desktop case |
Type of control | with laptop |
Dimensions, mm | 400х160х250 |
Weight, kg | 10 |
Voltage, V | 220 |
Power consumption, VA | 50 |
Documents
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