Additional information
| Brand | Bytronic |
|---|
1Mhz Touch Screen Pocket Oscilloscope
The small compact pocket touch screen 1Mhz 2 channel oscilloscope is a practical instrument for basic electronics ranging from all fields such as education, laboratory testing to electrical engineering.
Key Features
- 1Mhz Bandwidth Range
- Touch Screen
- 2 Channels
- Small compact design
- Signal Generator 10Hz ~ 1MHz square wave or 10Hz ~ 20KHz sine, square, triangle, sawtooth wave
- Waveform Storage
100% Original and quality
Extended WarrantyRelated products
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Electronics, Control System and InstrumentationModular Servo Workshop
The Modular Servo Workshop (MSW) system has been designed for the study and practical application of basic and advanced control methods. These included typical variable factors such as friction, damping and inertia and a number of position/speed control methods ranging from PID to LQ and time-optimal control. The flexible design of the MLS allows the configuration of a system to be modified to suit user requirements.
The MSW has an integrated environment for the analysis of digital servo control problems and synthesis of control algorithms. The system comprises several hardware units, and software. The DC motor module can be coupled with several other modules by timing belts. A number of linear and nonlinear mechanical modules have been designed to show the influence of backslash, damping, elasticity and friction. The units may be studied individually before completing the system. The linear damping module consists of a paramagnetic disc which runs between the poles of the permanent magnet. The inertia module contains a solid metal roll. The encoder module is used to measure the rotational angle. A steel base plate provides firm fixing to the modules, enabling imitation of block schematic diagrams, however, all electrical connections are performed inside the software.
The system can be classified as multivariable (SIMO) with two measurable states and one control variable.
The MSW operates with a PC based digital controller that communicates with the position sensor and motor by an I/O board. The I/O board is controlled by the real-time software which operates with MATLAB/Simulink. A comprehensive range of experiments may be carried out using Modular Servo and associated software.
Key Features
• Laboratory model of servo system compound with different modules
• Modules to demonstrate: inertia, backslash, damping, elasticity and friction
• Multivariable SIMO
• Rapid prototyping of real-time control algorithms
• Full integration with MATLAB Simulink. Operation in real-time(0 reviews) -
Electronics, Control System and InstrumentationMagnetic Levitation System
The Magnetic Levitation System (MLS) is a classic control problem used in many practical applications such as transportation, magnetic levitated trains, using both analogue and digital solutions to maintain a metallic ball in an electromagnetic field. The MLS is a single Degree of Freedom system for teaching of control systems; signal analysis, using real-time control applications such as MATLAB.
The MLS is a nonlinear, open-loop unstable and time varying dynamical system. The basic principle of MLS operation is to apply the voltage to an electromagnet to keep a ferromagnetic object levitated. The object position is determined through a sensor. Additionally the coil current is measured to explore identification and multi loop or nonlinear control strategies.
Key Features
- Nonlinear control
- SISO, MISO, BIBO controllers design
- Closed loop PID control
- Real-Time control
- Frequency analysis
- Intelligent/adaptive control
- System model and identification procedures
- Hardware-in-the-loop
(0 reviews)