DSPACE MicroLabBox Intelligent Measurement and Control System

NegotiableUpdate on 05/12

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The dSPACE MicroLabBox intelligent measurement and control system is an integrated rapid prototyping development system for laboratories, which has the advantages of compact size, low system cost, high performance, and versatility. Enable you to quickly and easily set up control, testing, or measurement applications, and help you turn new control concepts into reality.

Product Details

DSPACE MicroLabBox Intelligent Measurement and Control System

I. Overview
MicroLabBox is an integrated rapid prototyping system used in laboratories, with advantages such as compact size, low system cost, high performance, and versatility. Enable you to quickly and easily set up control, testing, or measurement applications, and help you turn new control concepts into reality. Due to having over 100 different types of I/O channels, MicroLabBox has become a widely used multifunctional system, suitable for electromechanical research and development fields such as robotics, medical engineering, electrical transmission control, renewable energy, vehicle engineering, and aerospace.

2、 Advantages

*The combination of computing power and extremely low I/O latency provides excellent real-time performance. Programmable FPGA gives you a high degree of flexibility while allowing you to operate control circuits at high speeds according to the needs of various applications, such as motor control or active noise reduction and vibration reduction.
MicroLabBox is supported by the comprehensive dSPACE software package, which includes Simulink for I/O integration (model-based) ® Real Time Interface (RTI) and experimental software ControlDesk ® , allowing real-time application access through graphical instruments during runtime.

DSPACE MicroLabBox Intelligent Measurement and Control System

DSPACE, a German company, has long been a brand of real-time control and simulation systems, especially widely used in industrial control, aerospace, and automotive industries. This online seminar will introduce two user-friendly research and development testing tools for dSPACE, MicroAutoBox III and MicroLabBox.

MicroAutoBox III is an integrated product that combines high computing power, * input/output interface support, and sophisticated and reliable mechanism design. It can operate automatically like a typical car control computer or electronic controller in unmanned situations, * replacing the controllers that originally existed in the system. It is a very convenient and reliable prototype development and testing tool. Given that on-board experiments often operate in harsh environments, reliable and efficient tools such as MicroAutoBox III are needed to assist you in completing the work.

MicroLabBox is a sophisticated all-in-one development platform that is perfect for laboratory use, allowing you to quickly and easily set up control, testing, or measurement applications, helping you realize new control concepts. Due to its multiple input and output channels of different types, MicroLabBox has become a widely used multifunctional system for electromechanical research in robotics, medical engineering, power systems, transmission control, vehicle engineering, and aerospace.

Two different IO connection panel styles

MicroLabBox has two different models to choose from, each providing different I/O channel connection panel positions. The MicroLabBox, commonly known as the T-type, places various I/O channel interfaces at the top of the body and provides D-shaped heads and circular BNC connectors for easy connection, making it suitable for use in environments with open desktop workspaces. The front interface MicroLabBox, commonly known as the F-type, places the I/O interface connection on the front of the body and provides multiple D-shaped heads for users to connect necessary instruments and equipment. It is suitable for stacking other laboratory equipment or instruments, or placing them in a cabinet environment.