Analogue & Digital Electronics - Technical & Vocational Training

Analogue & Digital Electronics

ANALOGUE ELECTRONICS - BASIC ......................................................................................................2

ELE 102010 Lab Card 1 Resistors ...........................................................................................................4 ELE 102020 Lab Card 2 Capacitors .........................................................................................................4 ELE 102030 Lab Card 3 Diodes ...............................................................................................................4 ELE 102040 Lab Card 4 Voltage regulator ...............................................................................................4 ELE 102050 Lab Card 5 Transistors ......................................................................................................5 ELE 102000 Base Unit 2000 ...................................................................................................................5 ELE 102002 Storage Rack 1 row .............................................................................................................5 MV 1955 Rheostat .....................................................................................................................................5

ANALOGUE ELECTRONICS - ADVANCED .............................................................................................6

ELE 102401 AE1 Power Amplifi er ............................................................................................................8 ELE 102402 AE2 Connection Board .........................................................................................................8 ELE 102403 AE3 Differential Amplifi er ......................................................................................................8 ELE 102404 AE4 Pre Amplifi er .................................................................................................................8 ELE 102405 AE5 Power Amplifi er Output Stage .......................................................................................8 ELE 102406 AE6 IR Receiver ...................................................................................................................9 ELE 102407 AE7 IR Transmitter ...............................................................................................................9 ELE 102408 AE8 Wien Oscillator .............................................................................................................9 ELE 102000 Base Unit 2000 ...................................................................................................................9

DIGITAL ELECTRONICS - BASIC .........................................................................................................10

ELE 102060 Lab Card 6, House Alarm ...................................................................................................12ELE 102065 Component Set DG1 ..........................................................................................................13ELE 100090 Digital Connection Board S24 ............................................................................................13 XELE 102010 EK10A Digital Connection Board .....................................................................................13 XELE 102110 EK10B Digital Connection Board for EK10A ....................................................................13

DIGITAL ELECTRONICS - ADVANCED ..................................................................................................14

ELE 102071 DB1 RAM-ALU ..................................................................................................................15 ELE 102072 DB2 Serial Data Receiver ...................................................................................................15 ELE 102073 DB3 Serial Data Transmitter ...............................................................................................15 ELE 102075 DB5 Component Set ...........................................................................................................15

OPTO ELECTRONICS ............................................................................................................................16

ELE 102501 OE1 Receiver Card ............................................................................................................16 ELE 102502 OE2 Transmitter Card ........................................................................................................16

MICROPROCESSOR TECHNIQUES .....................................................................................................17

ELE 102100 Micro Controller MC68 ........................................................................................................17 ELE 102140 ML4 Lab Card Enclosed .....................................................................................................17 PRG 101400 Programme Software ETERM 6 ........................................................................................17

1

Analogue and Digital Electronics

Contents

Terco reserves the right to make changes in the design and modifications or improvements of the products at any time without incurring any obligations.

2


ANALOGUE ELECTRONICS - BASIC

The course in Basic Analogue Electronics is an excellent introduction to electronics.The Laboratory Package consists of the Base Unit and fi ve laboratory cards.The Base Unit serves as a card holder and as a power supply with fuses for the laboratory cards. The Laboratory Package covers the basics in electronics, with special emphasis on the system method.Laboratory card 4 is the most intricate and contains a power supply with which the student can learn the difference between component functions and to practice trouble shooting (fault fi nding), in order to get a better understanding of the system.The educational package in Basic Analogue Electronics includes a Laboratory Exercise Book. Every effort has been put into the layout and teaching methods.

The course objectives are:To understand the function of the components, identify them and connect them in simple circuits. To complete fault fi nding and to be able to use the measurement exercises using Lab Card 5. To complete a construction set which, after completing successive stages results in a DC voltage unit.

TOPICS COVEREDBasic Electronics covers the following topics using the Lab Cards 1-5 as indicated in brackets:• Identifying and measuring resistors (1) and capacitors (2)• The diode (3)• Full and half wave rectifi cation (4)• Filtering (4)• Voltage stabilisation (4)• The light emitting diode, LED (4)• Transistor currents and voltages (5)• Current amplifi cation with transistors (4)• The transistor as a regulating component (4)• Current limitation (4)• Fault detection (5)

3


Order Details Equipment ELE 102000 Base Unit 2000 ELE 102010 Lab-card 1 Resistors ELE 102020 Lab-card 2 Capacitors ELE 102030 Lab-card 3 DiodesELE 102040 Lab-card 4 Voltage regulatorELE 102050 Lab-card 5 Transistors MV1955 RheostatELE 102002 Storage Rack (1 Row)STO 170000 Lab-fl ex Set

Technical LiteratureElectronic Basic CourseBOK 112010 Laboratory Exercise BookContents:Identifi cation & measurement of resistorsIdentifi cation & measurement of capacitorsThe diodeHalf wave rectifi ersFilteringFull wave rectifi ersVoltage stablising with a Zener diodeLight emitting diode (LED)Transistor, current and voltage amplifi cationCurrent amplifi cation with transistorTransistor as a regulater componentCurrent limitersFunction test Fault fi nding

The contents of the teaching aids are clear and concise with many diagrams and illustrations.

9.4 Connections and instruments for measuring the transistor voltage. Note: Points A and B also C and D must be shorted together with jumpers.

It can be seen that the base current IB is much smaller than the collector current IC. The current has been amplifi ed. This is known as the transistors current amplifi cation factor.• How is the transistors current amplifi cation factor written?• Write the formula for calculating the current amplifi cation factor. (c.a.f.) • Calculate the c.a.f. at the resp. currents according to table 9.1. Enter the results in the table.

Check the c.a.f. for transistor BC547B from a component catalogue to see how it looks.

Extract from the Laboratory Exercise Book

4

ELE 102020 Lab Card 2 CapacitorsOn Lab card 2 there are 20 different hole mounted capacitors, 1 trimmng capacitor and 4 surface mounted (SMD) capacitors. With this card measurement of components can be made, recognition of diffferent types of capacitor.

General Data:Dimension: 220 x140 x 20 mmWeight: 0.1 kg

ELE 102010 Lab Card 1 ResistorOn Lab-card 1 there are 16 different hole mounted resistors, 2 potentiometers and 2 surface mounted (SMD) resistors. With this card, measurement of components can be made, also recognition of values from the resistor code.

General Data:Dimension: 220 x 40 x 10 mmWeight: 0.1 kg


ELE 102030 Lab Card 3 DiodesLab card 3 is used for measurement and documentation of the characteristics of diodes. A variable resistor 100 ohm is required to complete the exercises.

General Data:Dimension: 180 x140 x 30 mmWeight: 0.1 kg

ELE 102040 Lab Card 4 Voltage RegulatorThis is a stabilised DC voltage unit having different possibilities for connection.Measurement exercises include full and halve wave rectifi ers, zener diodes, light emitting diodes (LED´s), transistors and electronic current limiters. There is also possibilty to train in fault fi nding.

General Data:Variable output voltage approx. 7-12V DC. 250 mA.

Dimension: 240 x 140 x 30 mmWeight: 0.2 kg


5


ELE 102050 Lab Card 5 Transistors

This card is used for measurement of the transistors current, voltage, power development, and function control.


ELE 102000 Base Unit 2000

The Base Unit is used throughout the SYSTEM 2000.The unit supplies different output voltages suitable for the different lab cards used in the system. The base unit is accepted by CE standards.

General Data:Supply voltage: 220 - 240V AC 50 - 60 HzDimension: 390 x 260 x 115 mmWeight: 3.6 kg

ELE 102002 Storage Rack 1 row

Storage rack for safe storage of the lab cards. It is constructed of hard plastic and very durable.


MV 1955 Rheostat

The rheostat is enclosed in a robust metal case. The back, bottom and top of the case are perforated to provide optimum cooling.2 glass fuses protect the resistor against excessive current and incorrect connection.A scale having 100 divisions indicates the resistance setting.

General Data: Power 100W Resistance 100 Ohms Max Current 1 ADimension: 140 x 130 x 145 mmWeight: 1 kg

6


ANALOGUE ELECTRONICS - ADVANCED

In this section, advanced analogue electronic circuits are studied. This includes how analogue signals can be amplifi ed and controlled, how oscillating circuits and signal transfers are handled.To complete the measurement exercises there are 8 lab-cards where AE1, which when inserted in the Base Unit 2000, is the main card into which the other cards are connected.

TOPICS COVEREDAdvanced Electronics covers the following topics using the Lab Cards as indicated in brackets:• The transistor as a voltage amplifi er (1,2)• CE the step with serial compensation (1,2)• dB - the conception (1,2)• The amplifi er - amplitude and board width (1,2)• LP - and HP fi lter (1,2)• CE the step I/O resistance (1,2)• CB the step (1,2) and CC the step (1,2)• RC coupled amplifi er (1,2)• JFET - and MOSFET transistors (1,2)• Differential steps (1,3)• Constant current generator (1,2,3)• Differential steps with emitter loads (1,3)• Operational amplifi er (1,2)• OP as a non-inverted amplifi er (1,2)• OP as voltage tracker (1,2)• OP as differential amplifi er (1,3)• OP as a comparator (1,2)• Active fi lter (1,2)• OP as a mixer (1,2)• The amplifi er - the volume control (1,4)• The tone control (1,2)• Trouble shooting (1,4)• Power amplifi er (1,5)• Working point adjustment (1,5)• Integrated power amplifi er (1,4)• Oscillator with Vienna bridge (1,4)• Serial- and parallel resonant circuits (1,2)• Selective amplifi ers (1,8)• VCO and PLL (1,6)

7


Order DetailsEquipment

ELE 102000 Base Unit 2000ELE 102401 AE1 Power Amplifi er, VU-Meter etcELE 102402 AE2 Connection Board with Comp.setELE 102403 AE3 Differential Amp. Current Refl ectionELE 102404 AE4 Pre-Amp.(variable 3-channel input)ELE 102405 AE5 Power Amp.(end stage connection)ELE 102406 AE6 IR Receiver with Decoder (PLL)ELE 102407 AE7 IR Transmitter (FM)ELE 102408 AE8 RC-Oscillator, Tuned Amplifi er

The contents of the teaching aids are clear and concise with many diagrams and illustrations

Technical LiteratureAnalogue Electronics Advanced

BOK 112093 Laboratory Exercise BookContents:Transistor as a voltage amplifi er Common emitter with series compensationThe dB conceptionAmplifi er frequency range, band widthLow pass and high pass fi ltersCommon emitter stage in- and output resistanceCommon baseCommon collector RC Amplifi ersJFET and MOSFETDifferential stageConstant voltage generator and current mirrorDifferential stage with emitter loadOperational amplifi er Operational amplifi er and non-inverting amplifi erOperational amplifi er as voltage followerOperational amplifi er as comparater-comparison followerOperational amplifi er as differential amplifi erActive fi ltersOperational amplifi er as a mixer (adder)Amplifi er - volume controlTone controlFault fi ndingPower amplifi erWorking point settingMeasurement and fault fi ndingIntegrated power amplifi ersOscillator with RC-bridgeSeries and parallel circuitsSelective amplifi ersVCO and PLL

Abstract from Laboratory Exercise BookExtend the circuit by connecting an electrolytic capacitor CE 10 µF in parallel with RE , see diagram 2.7


2.7 By-pass common emitter stage.

8


ELE 102401 AE1 Power Amplifi er Lab card AE1 is the main card for analogue circuits. To this card AE2-AE8 are connected depending on which exercise is to be carried out. The card is inserted into the Base Unit. AE1 contains a complementary power stage that can be used for different measurements concerning LF signals. There is also a sinus generator having variable frequency and amplitude, fault switches, a display in the form of LED´s, variable 0-12 V DC and a separate potentiometer of 1 kohm to be used for different measuring exercises.

General data:Dimension: 300 x 140 x 55 mmWeight: 0.3 kg

ELE 102402 AE2 Connection BoardAE2 consists of a connection plinth to which the different components can be connected. e.g. resistors, capacitors, diodes and transistors. These components are included with AE2.

General data: Dimension: 175 x 70 x 25 mm Weight: 0.2 kg

ELE 102403 AE3 Differential Amplifi erAE3 is a PC board on which many exercises can be completed. On this board are current generator, transistor connections, also a circuit which is used as a light meter.A differential amplifi er giving current refl ection.


ELE 102404 AE4 Pre-amplifi erThe mixer and pre-amplifi er are on AE 4. This PC board is used to study LF amplifi ers. The mixer has 3 channels with inputs from three different signal sources. Faults can be introduced in this PC board to practice fault fi nding.


ELE 102405 AE5 Power Amplifi erOn PC board AE5 it is possible to study the different connec-tions of a LF end stage, and a power stage for sound amplifi cation. Integrated power end stage with associated components. AE5 has also fault fi nding facilities.


9


ELE 102406 AE6 IR ReceiverThe receiver PC board for IR, infra-red light. AE 6 is used together with PC board AE 7, transmitter PC board for IR transfer of sound. On AE 6 there are more amplifi er stages and a voltage controlled oscillator, known as a VCO. Included on AE 6 is also a PLL, phase locked loop. Together they form a circuit for sending and receiving sound signals.


ELE 102407 AE7 IR TransmitterAn IR transmitter with FM waveband.PC board for sending sound signals with an infra-red diode. This board is used together with AE6. On this board there is a VCO which creates a carrier wave on which the sound signals are transferred via frequency modulation, FM.


ELE 102408 AE8 RC OscillatorThis oscillator is a tuning amplifi er.AE 8 contains an oscillator in the form of a RC bridge the function of which will be studied. There is also a selective amplifi er which is used in the radio receiver etc.




General Data:Supply voltage: 220 - 240V AC 50 - 60 HzDimension: 390 x 260 x 115 mmWeight: 3.6 kg


10


Digital Electronics - Basic deals with the basic logical elements, number system,combination circuits and switches. The practical exercises are carried out on the connection board and on a completed printed circuit board connected as a house alarm. Fault fi nding is also possible with the house alarm.

DIGITAL ELECTRONICS - BASIC

TOPICS COVEREDDigital Electronics-Basic covers the following topics using S24 and Lab Card (6) as indicated in brackets:

• The transistor as a switch (S24)• The AND, OR, NOT, NAND, and NOR gates (S24)• Logic families (S24), different types of outputs (S24)• NAND synthesis (S24)• Combinatory circuits (S24) + (6)• XOR AND XNOR (S24)• The comparator (6)• Decoder (S24)• BCD Decoder (S24) and BCD to 7 segment decoder (6)• The demultiplexer (S24)• Encoder (S24)• The multiplexer (S24)• The Schmitt trigger (S24)• Astable multivibrator (6) and monostable multivibrator (S24)• The 555 (S24) + (6)• Bistable multivibrator (S24) + (6)• D-multivibrator (S24) + (6)• JK and T-multivibrator (S24)• Registers (S24) + (6)• Counters (S24) + (6)• Fault detection (6)


11


Order DetailsEquipmentELE 102000 Base Unit 2000ELE 102060 Lab Card 6 House AlarmELE 102065 Component set DG1ELE 100090 S24 Digital Connection BoardELE 102002 Storage Rack for Lab Cards 1-row.

Alternative to S24 (ELE100090):XELE 102010 EK10A Digital PCB for connection to Base Unit 2000XELE 102110 EK 10B Digital Connection Plinth for EK10A

8.27 In the diagram below G1 is used as a data input where G2A=G2B=L. How should A,B and C be set if the data at G1 shall be sent out on the lead connected toY5?

If the Base Unit is used, the lab-card shall be inserted into the contact plinth where it will receive the correct voltage supply.• On the lab-card, measurements will be made on an alarm system constructed from digital circuits. First an easy alarm function and then additional functions as each circuit has been understood.• Start by inserting the circuit 74HCT08 in the socket marked IC2 on lab card 6. If another card is already there, remove it temporarily. • Remove the jumpers between sockets 1 and 2 at J3, with IC1 and IC2 as shown in 9.15. All connections are made on the card.

Extract from the Laboratory Exercise Book

Contents:Transistor as switchAND-gateOR-gateNOT-gateNAND-gateNOR-gateLogic familiesDifferent types of outputsNAND-synthesisCombination circuitsXOR and XNORComparatorDecoderBCD-decodeBCD to 7-digit decoderDemultiplexerEncoderFault fi nding protocolMultiplexerSchmitt-triggerUnstable switchMono stable switch555Bi-stable switch0-switchJK-switch, T-switchRegisterCounterFault fi nding

As can be seen in the diagram 9.15, an extra function has been added, LED that will indicate when the alarm is active. The LED has a self blinking action built into the circuit.

9.15 Four alarm inputs and one input for On and Off, of the alarm.

Technical Literature Digital Techniques Basic BOK 112030 Laboratory Exercise Book

12


ELE 102065 Component Set DG1The component set is delivered in a hard plastic box with ESD protection

General data: Digital IC 25Diodes 2Transistors 2Trim potentiometers 2Resistors 13Capacitors 4


ELE 100090 S24 Digital Connection BoardConnection board S24 consists of a connecting plinth, a voltage supply unit and number of help functions for signal generating and evaluation of signal status.,General data: • 8 output sockets for +5 V, 8 outputs for 0 V.• Pulse generator with 7 fi xed frequencies 0.1 Hz - 100 Hz, 5V pulse amplitude,• 8 LED´s. Displays 2 with hexa decimal decoding. Number height 12mm.Trim potentiometers• 8 bounce free change-over switches +5 V / 0 V• Connection board IC circuits are mounted i holders on top of the board and can be easily exchanged.Supply voltage: 220 - 240 V 50 - 60 Hz


ELE 102060 Lab Card 6 House AlarmContains all the functions of a house alarm. The functions of an alarm system are learned step by step so making fault fi nding more easy to understand. Altogether 8 faults can be simulated. The alarm connections are built around normal digital components, e.g. logic gates, comparators, shift registers, counters, different types of switches and decoders. The lab card is connected to the Base Unit 2000.



13


XELE 102010 EK 10A Digital PCBEK10A is a printed circuit board with similar functions as the S24 above. The lab card is connected to the Base Unit 2000 and is ordered separately.


XELE 102110 EK10B Digital Plinth for EK10AThis breadboard is easily connected to EK10A by means of 2 contact plugs. The board is suitable for projects where the student connects up circuits on EK10B and then connects this unit to EK10A for testing. This is a very fl exible and economical method of study.

General data:Connection leads 4mm sockets: 4Connection lead BNC contact: 1Voltage outputs (+5V, +12V, and -12V)Dimension: 220 x 100 x 30 mmWeight: 0.3 kg

AlternativeIt is possible to use XELE 102010 EK 10A and XELE 102110 EK 10B with Base Unit 2000 instead of S24(ELE 100090).

EK10B Digital Plinth mounted on EK10A



General Data:Supply voltage: 220 - 240 V AC 50 - 60 HzDimension: 390 x 260 x 115 mmWeight: 3.6 kg

14


This is a suitable introduction to learning about the microprocessor. The experiment package consists of three Lab Cards and a Component Set. The aims of the Digital Electronics-Advanced course, are to give increased and deeper knowledge in digital techniques. Many components which are included in the micro processor based system, will ne studied. e.g. different types of memory, ALU and UART.As most of the digital circuits transfer signals via a bus-system, measurement exercises shall be completed mostly on three laboraty cards DB1, DB2 and DB3.On card DB1 there is an ALU, Arithmetic Logic Unit, and a RAM, Random Access Memory.These two integrated circuits are usually the bases in a microprocessor system which is controlled with the help of instructions from programme software. In these measuring exercises, circuits are programmed manually using a logic switch. In this way it is easy to understand how circuits are programmed.Using DB2, the function of a D/A - converter is studied. DB2 also has a memory card called a fl ash memory. Unlike the RAM-memory, the fl ash memory must be programmed using special instructions to store data. There is also a UART circuit for transferring seriel data between Lab Cards DB2 and DB3.DB3 has also a UART circuit that can be connected to the UART on DB2 so that data can be transferred between the two cards. An A/D switch is included in the measurement system for temperature and light.

DIGITAL ELECTRONICS - ADVANCED

Technical Literature Digital Electronics Advanced BOK 112037 Laboratory Exercise BookContents:Gates CounterALU UARTDocument register Flash-memoryRAM-memory D/A-ConverterLight and temp.inputs A/D-ConverterFault fi nding Connecting up to a system

TOPICS COVERED

CMOS(DB1) UART transmitterSRAM(DB1) AND gate (S24,DB5)ALU(DB1) NAND gate(S24,DB5)UART receiver(DB2) OR gate(S24,DB5)Serial transmission(DB2) NOR gate(S24,DB5)Baud rate generator(DB2) XOR gate(S24,BD5)Pulse generator(DB2) XNOR gate (S24,DB5)FLASH EPROM (DB2) NOT gate(S24,DB5)Temp. gauge (DB3) Schmitt-trigger(S24,DB5)Light gauge(DB3) Decade counters(S24,DB5)

15


ELE 102071 DB1 RAM-ALU Consists of a RAM memory for temporary storing of data. There is also an ALU circuit that can complete logic and mathematical operations. Indication of status on the address and data display is by means of LED´s.


ELE 102072 DB2 Serial Data Receiver Consists of a UART circuit for receiving serial data, baude rate generator, fl ash memory, D/A converter, pulse generator and counter circuits.Indication of status on the address and data display is by means of LED´s.


ELE 102073 DB3 Serial Data Transmitter This lab-card contains a sensor for light and temperature, an A/D converter, Baude rate generator and a UART circuit for transmitting serial data.Indication of status on the address and data display is by means of LED´s.


ELE 102075 DB5 Component Set The set consists of 15 digital integrated circuits of type LS and HCT, resistor, trim potentiometer and capacitor. The components are delivered in a storage box having ESD protection.


Order DetailsEquipmentELE 102000 Base Unit 2000ELE 102071 DB1 RAM-ALUELE 102072 DB2 Data Receiver, SerialELE 102073 DB3 Serial Data Trans- mitter incl. holder

ELE 102075 DB5 Component SetELE 100090 S24 Digital Connection Board

Alternative to S24 (ELE100090):XELE102010 EK10A Digital PCB for connection to Base Unit 2000XELE102110 EK10B Connection Plinth for EK10A

16


The Opto Electronics package consists of a transmitter and receiver Laboration Cards, OE1 and OE2. This package provides a basic knowledge of the workings of opto components and their use in modern electronic circuits.The laboratory system also teaches the student about opto component symbols function in circuit diagrams. It also gives knowledge and skill in construction techniques, measuring techniques and trouble shooting in opto electronic systems.The Lab Cards have to be slotted into the Base Unit ELE 102000 (see page 13).The courseware for opto electronics includes a Laboratory Exercise Book.

OPTO-ELECTRONICS

ELE 102501 OE1 Receiver CardReceiver Card OE1 consists of a receiver for infra-red light, signals via optical fi bre and analogue sig-nals. OE1 has a LCD -display,driver circuits,counter circuits, Schmitt trigger, unstable multivibrator, transistors and voltage stabilisers. The card is also equipped with fault switches for fault fi nding training.


ELE 102502 OE2 Transmitter CardOE2 is used for sending infra-red light, signals via optical fi bre and analogue signals. In addition to different transmitters, OE2 consists of optic switches, LCD´s, opto interupter, LDR resistor and photo transistor.


Contents: Opto Laboratory Exercises

Flashing-LCD2-Coloured-LCDRGB-LCDBCD to 7 segment decoderTransmitter (IR Light)Receiver (IR Light)Counter (IR Light)Fault fi ndingOptical reading of line codesMeasurement of the opto-switch rise and fall timeTransfer of analogue signals with IR lightTransmitter (Analogue signals)Receiver (Analogue signals)

Order DetailsEquipmentELE 102000 Base Unit 2000ELE 102501 OE1-Receiver CardELE 102502 OE2-Transmitter CardELE 102002 Storage Rack for Lab Cards 1-row.

Technical Literature BOK 112112 Opto Laboratory Exercise Book

TOPICS COVERED

• Light emitting diode • Photo-diode • Flashing • Transmission infrared light• 2-Coloured light diode • Photo-transistor• RGB Diode • Opto switch• Liquid crystal display • Read sensor• Binary coded decimal • Fibre optic transmission• Photo-resistor • Analogue transmission with IR light

17


ELE 102100 Micro-Controller MC68MC68 is a 32 bits micro controller constructed from MC 68340 with CPU32-core. MC68 is to be mounted on Base Unit 2000. Many different units can be attached to MC68 making this unit one of the most effective one card micro controllers in technical education.


Laboratory Exercise Book Contents:Developement system PC/ETERM7-Digit indicatorProgramming with delaysLogical operationsConditional program fl owSub routinesReading the A/D converterRegulation of the stepper motorUsing the D/A converterCounter

Order Details

EquipmentELE 102000 Base Unit 2000ELE 102100 MC68 Computer for Base Unit 2000ELE 102140 ML4 Experiment Package enclosedPRG 101400 Program software ETERM6 (1-licence)

Technical Literature Microprocessor BOK 112102 Laboratory Exercise Book

PRG 101400 Program Software ETERM 6Program software for MC68.ETERM is a serial program software for Windows. ETERM gives an integrerated developement environment where the different stages are completed with ease. It includes text editing (many fi les can be edited at the same time), assembler, terminal simulator for serial-communication with target computer, simulator for target system and an I/O-Simulator which is used for illustrating the functions of the ML 4 Lab Card unit.

ELE 102140 ML4 Lab Card Unit

ML4 is a lab-card unit designed for the fi rst exercises in Computer Technique. The unit contains 10 different sections which can be easily connected together via a 10 pole fl at cable. Every section illustrates some form of an external unit, e.g. digital input, DIP-switch, AD-converter, digital output. 7-digit display, D/A converter, A/D converter, stepper motor, photo electric cell and timer.

MICROPROCESSOR TECHNIQUESThe Microprocessor packet is constructed from a 32 bits computer based on micro-controller MC68340 which includes a PROM programming function. The sys tem is modular which means that it is possible to combine it with different simulators and Lab Cards.

TOPICS COVERED

• Developing the PC/ETERM system• The 7 segment display• Delay programming• Logical operation

• Conditioned program fl ow• Sub-routines• Reading of A/D transducers• Regulating the stepper motor

• Using the D/A transducer• The counter• Pulse Width Modulation• Assembler programming

Terco Headoffi ce

2006.0

7/3

.000/

Öst

ertä

lje

Try

cker

i A

B, Sö

der

tälje

Terco headoffi ce and factory outside Stockholm, Sweden.

TERCO AB • P.O. Box 5014 • SE-14105 HUDDINGE – STOCKHOLM • SWEDENTelephone: +46 8 506 855 00 • Telefax +46 8 506 855 01 • http://www.terco.se • e-mail [email protected]

Documents

Analogue & Digital Electronics - Technical & Vocational Training