DSPACE MicroLabBox and MicroAutoBox II Automotive Real time Simulation System

NegotiableUpdate on 05/12

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

DSPACE MicroLabBox and MicroAutoBox II automotive real-time simulation 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 and MicroAutoBox II Automotive Real time Simulation System

DSPACE has launched the second generation MicroAutobox II: a sophisticated prototyping tool suitable for independent work.

It can operate automatically like a typical car control computer or electronic control unit (ECU) without human intervention,

*Replacing the controller that originally existed in the system is a highly convenient and reliable tool for prototype development and testing.

Exquisite prototyping tools suitable for independent assignments

*Diversified standard industrial input/output interfaces

Supports CAN, LIN, K/L line, FlexRay, and other automotive input/output interfaces

Support Ethernet and communication interfaces such as LVDS/Bypass

Designed for in car use, it balances reliability, sophistication, and efficiency

Using IBM PowerPC processors with clock speeds up to 900MHz

Provide derivative models that support programmable FPGA modules

Derivative models provide higher input/output performance

Support upgrade options for Embedded PC

Expansion of AC Motor Control Solution

application fieldMicroLabBox allows you to quickly and easily set up control, testing, or measurement applications, and helps you turn new control concepts into reality. More than 100 different types of I/O channels make MicroLabBox a multifunctional system that can be used in the fields of mechatronics research and development, such as robotics, medical engineering, electric drive control, renewable energy, vehicle engineering, or aerospace.main advantagesThe combination of high computing power and extremely low I/O latency can provide excellent real-time performance. Programmable FPGA provides you with a high degree of flexibility, allowing you to run even extremely fast control circuits, such as those required for motor control or active noise and vibration cancellation applications.MicroLabBox is supported by a comprehensive dSPACE software package, including features such as Simulink ® Real time interface (RTI) for model-based I/O integration, as well as experimental software ControlDesk, which can access real-time applications at runtime through graphical tools.

Multi functionality achieved through connector panel variantsMicroLabBox offers three variants of connector panels, providing I/O connectors of different types and/or positions. The front panel variant provides a Sub-D connector at the front, which can access MicroLabBox's connectors when included in a pile of laboratory equipment or easily switched between harnesses. The top panel variant offers two different types of connectors, making it perfect for desktop use.The top panel MicroLabBox equipped with BNC and Sub-D connectors allows easy access to analog I/O channels through probes commonly used in laboratories, providing high analog signal quality. In addition, top panel variants with spring cage terminal blocks are also available, typically used for industrial automation. This means that by using the universal push and release mechanism of the fixture with a standard screwdriver, signal connections can be changed very quickly and conveniently. In order to make wiring and signal tracking as convenient as possible for users, all panel variants display pin information on the unit itself. The pin information is also displayed in the I/O block that implements the software real-time interface (RTI).