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Traffic
light system as one of the simplest sequential circuits
Components that affect the traffic light operation can be presented
and studied, such as pedestrian button and sensor of vehicles. Task is
to draw the state diagram of the traffic lights and the student can follow,
step by step, the faulty operation. Faults might be generated.
Car alarm system as an introduction to the
state machine
The operation of the parts of a car alarm system such as remote-control functions, alarm functions, interrogations, errors and consequences may be understood and tested.
The
universal state machine
This application supports the demonstration and teaching of individual and general systems. The solution of measuring problems but first of all project work is supported by the inputs and outputs through the project socket.
Gate-Array Logic IC
This application supports the demonstration and teaching of individual and general systems. The solution of measuring problems but first of all project work is supported by the inputs and outputs through the project socket.
Application Specific IC
The most important common properties (input/output block, wire-matrix, configurable logic block) of different kinds of programmable devices may be measured. Students can exercise the features, differences, advantages and disadvantages of each PLD (Programmable Logic Device) and FPGA (Field Programmable Gate Array) according to the rule "the right explanation to the right problem".
Digital
integrated circuits
During the measurement any of the 16 widespread TTL circuits can be "paged" onto the socket of the mask.- The small scale ICs (SSI) as gates from 4x2 input NAND to 4x2 input EQU (XNOR) - The medium scale ICs (MSI) as BCD / 7 segment converter, 4+1 bit priority register, 9 bit parity generator, etc. If needed, the basic circuits can be interconnected or clocked by the cables supplied.
Boundary Scanning IPlease click
here for a detailed introduction
to the boundary scanning test method.
Boundary
Scanning II.
Programmable
D/A converter
Students can define the converter's transfer function by typing or with a graphic editor. They can define the input signal form for transmitting through the pre-defined path. It's possible to generate standard and/or graphical edited input signals.
MISS
Nanoprocessor
Introduction to the simple and complex special purpose processors. This application emulating a MISS (Minimal Instruction Set and Structure) processor gives the possibility of analyzing its function from a general point of view. The MISS-like processors are similar to RISC-processors in many aspects, e.g. in reduced instruction set etc. Students can get acquainted with processor architectures, advantages and disadvantages.
Incremental
transducer as an equipment for measuring displacement and rotation angle
The aim is to present the incremental signals and the electronics that evaluate these signals. The incremental signal is the 90 degree phase difference signal of two channels designed to measure displacement or turn.
Digital measurement equipment
It enables the presentation of the functional units of the digital measurement equipment for measuring voltage, frequency and time. It can demonstrate the measurement errors forthcoming from incorrect settings, as well as the possibilities and the limits of sampling analogous signals. With the help of the accompanying computer program, the application can be used as a digital oscilloscope. The external connectable unit allows for easy connection of external signals.
Digital Signal Processor
This application demonstrates the architecture and operation of digital filters by enabling us to prototype such filters in a straightforward way. It helps us understand the measurement of both analogous and digital filters. This application is also a good example of demonstrating the advantages and disadvantages of both digital and analogous worlds, as well as their differences. Using the external connectable equipment allows us to make the advantages of using digital filters even more plausible.
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Last modified by the Mikrovolt webmaster on Tue May 4 12:03:28 2004