Topview Device Programmer

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Even though we had many products before this one, only after launching this, we became known to the embedded system community of India. We gave a good programming tool with an attractive and unmatched cost. The launch price was Rs 2002, the figure matching the year we started selling this. At that time, even programmers costing many times more didn’t come with similar features. To give buyers confidence, we started selling these programmers with a 15 days Money back-Guarantee, which was a new idea at that time. We also kept all details on line for the users’ evaluation. The combination of all these things made this device programmer very popular with the users and it became an instant hit for us.

Even after selling few thousands of this programmer, we never had any customer returning this programmer to get his/her money back.

We still come across customers who talk fondly about this programmer and there are good number of customers who started their career using this programmer.

We are really very happy about this Device Programmer, right from the day of its design till now. Now, we stopped manufacturing them.

Here comes more details about this programmer………..

Topview Device Programmer.

Topview Device Programmer supports all the devices in 8031 family of Atmel, AT89CXX. The programmer supports both parallel and SPI programming for user’s convenience. A powerful windows based GUI facility is available. Apart from this, many new features are made available to make the programming task an easy one.

Supported Devices:
20 Pins:
AT89C1051,AT89C1051U, AT89C2051, AT89C4051.

40 Pins:
AT89C51, AT89LV51, AT89S51, AT89LS51, AT89C52, AT89LV52, AT89S52, AT89LS52, AT89C55, AT89LV55, AT89S53, AT89LS53 AT89S8252, AT89LS8252.

Programmer can be connected to the PC through the serial port : COM1 to COM4

Supports both Parallel and SPI Programming.

Facility is available to program the device soldered in the target hardware through SPI bus. This facility is available in devices: AT89S51, AT89LS51, AT89S52, AT89LS52, AT89S8252, AT89LS8252, AT89S53, AT89LS53.

A single 40 pin ZIF socket is there for programming both 20 pin and 40 pin devices.

Programmer comes with suitable power supply and all relevant cables and is ready for usage immediately after opening the pack.

User Feedback

The unit is working fine. The software interface supplied with this is very user friendly and powerful.

I should congratulate Frontline Electronics for supplying such a fine product.

I could see the professional touch in all respects (right from documents on software to PCB finish).

Srithar,
Chennai.

Your product is superb. I appreciate the workmanship and the choice of electronic components for the product.

Really you and your engineers have done a good job for the embedded system designers.

The programmer is really an engineer’s choice for its price, size and ease of using.

Subrata Bhattacharya,
Kolkata.

Graphic user interface facility is good compared to other programmers.

Colour syntax gives better effect in viewing the program code.

Program read option from microcontroller is useful. It also makes us feel convenient since it generates equivalent assembly code.

Programmer is compact and easy to use. the provision of reset key is useful since it is not necessary to switch off the power supply as in case of other programmers.

The user manual provides sufficient exposure to handle programmer efficiently and use the software to maximum extent.

The cost is cheap compared to other programmers. It is 50% less than compared to others.

Few chips, which were rejected by other programmers, have been able to be programmed by this programmer.

Edit EEPROM buffer, Single byte programmer option is one of its kind.

Protecting device, device options, auto-programming mode, read EEPROM, clear EEPROM, all are good.

Dr.Raja Paul Perinbam,
Chennai.

Very Good hardware. Very user friendly software.

GUI facility: Up-to date techniques.

Ease of use: Menu driven and self-explanatory. I will recommend this to my colleagues and friends.

Ms.Ramanuja,
Bangalore.

Nice Hardware. Nice Software. Very easy. Very supportive.

Srinivas,
Khammam.

Hardware is Ok. Good Software. Excellent GUI facility. Can be easily used.

Dr.Jagdale Shirish Hari,
Karad, Maharashtra.

Hardware is very clean. Good documentation. The programmer is very good. Unique facility to program the in-built EEPROM in AT89S8252 and SPI interface.

Mayur Kannavar,
Goa.

Topview-EZ-Recon

Renesas RL78 Microcontroller Development Tools.

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Frontline Electronics has introduced a range of Study and Development Hardware suitable for the Renesas RL78, 16-Bit Microcontrollers. These tools are being used wildly in the Indian market in the last few years and became very popular among the microcontroller users.

RL78 Evaluation Board.

The Evaluation board has the following features.
• RL78/G14 operating at 32Mhz.
• Four digits of Multiplexed Seven Segment LED Displays.
• LCD module with 2 line X 16 characters.
• Keyboard with 4X4 matrix.
• 4 Point LEDs interfaced to timer output pins.
• I2C device, RTC.
• Four Push Button switches.
• 4 numbers of Toggle switches.
• One Analog variable voltage source.
• Square waveform generator to study timers of Microcontroller.
• Pulse generator to study timers of Microcontroller.
• RS 232 Level shifter.
• Temperature Sensor LM35.
• Facility to measure Board Temperature and Current.
• Board has facility to connect EZ Emulator.

 

RL78 Based Embedded Application Development System.

RL78 EADS contains a baseboard and a Microcontroller Top Board. The Microcontroller Top Board comes as a small circular PCB with the microcontroller soldered along with its clock driving circuits and programming facility. You can plug the Microcontroller Top Board on the Baseboard to evaluate that particular RL78/G14 device.

The Baseboard carries various interfacing options like:

• Four digits of Multiplexed Seven Segment LED Displays.
• LCD module with 2 line X 16 characters.
• Keyboard with 4X4 matrix.
• 8 Point LEDs.
• I2C devices, RTC and EEPROM.
• Four Push Button switches.
• 4 numbers of Toggle switches.
• Two Analog variable voltage sources.
• Square wave form generator to study timers of Microcontroller.
• Pulse generator to study timers of Microcontroller.
• RS 232 Level shifter.
• Board has facility to connect EZ Emulator.

The hardware is supported with plenty of software examples that use these peripherals in all possible options.
In short, this RL78 EADS is designed to impart desired technical knowledge about Renesas’s 16 bit architecture and its real time applications.

 

RL78/G14 based Protoboard.

The ProtoBoard comes with few interfacing options and along with a reasonable proto area.

The basic requirements like, the Clock circuit, Reset circuit, EZ Emulator Interface and the RS232 circuit are provided on board for an easy start up.

The other interfacing options available are:

Two numbers of Push Button Switches.

Two numbers of LEDs.

EZ-RECON Emulator for RL78.

EZ-RECON is an on-chip debug emulator with flash programming function.

Features:
• On-chip debugging
Can debug with the target microcontroller connected to the target system.

• Flash memory programming
Can write programs to the on-chip flash memory of the microcontrollers.

• USB connection
Can be connected to the host machine via USB interface 2.0.

• Supports Variety of devices

EZ-RECON supports a wide variety of Renesas Electronics 8- bit to 32-bit on-chip flash memory microcontrollers.

– 78K0 Microcontrollers
– 78K0R Microcontrollers
– R8C Microcontrollers
– RL78 Microcontrollers
– V850 Microcontrollers

TMS320C6713-Trainer-feature-image

TMS320C6713 DSP Trainer

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TMS320C6713 DSP Trainer.

TMS320VC6713 operating from 16 to 160MHz.
On-Board RAM: 256Kbyte.
Onboard DRAM storage facility of 32MBytes.
2 channels of high speed, high resolution 16 bit Analog to Digital converter with sampling rate of 1Msps.
16-bit high performance AUDIO CODEC.
Emulator interfacing facility.
USB Port and the Serial port with RS232 drivers.
Two numbers of 64-pin expansion connectors to interface external hardware.
Power Supply and Function generator.
Experiment manual to study DSP algorithms such as FIR filter, Convolution, FFT etc.
Trial copy of Code Composer Studio Development Software.
Mounting the above trainer in a closed cabinet with following:
RFI filtered linear power supply
Output frequency up to 20 kHz.
Sine, Square and Triangle signals limited to DSP AIC Input range.
Over voltage protection for analog inputs.
Facility to Measure FREQUENCY OUTPUT for user convenience during DSP Experiments.
Facility to use the DSP Hardware in any Embedded System with the add-on ProtoBoard facilities.
DSP Kit is safely mounted in a sleek wooden cabinet.

TMS320VC5416-Trainer-feature-image

TMS320VC5416 DSP Trainer

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TMS320VC5416 operating at 160MHz.

On-Chip RAM: 128K Word.
Booting Facility: 128K bytes Flash Memory with communicating kernel meant for the computer.
16/20/24/32-bit high performance AUDIO CODEC using TLV320AIC26
Stereo Audio DAC and Mono Audio ADC Support Rates up to 48 kbps.
On-Chip 325-mW Speaker Driver.
Microphone Preamp and Hardware Automatic Gain Control.
Programmable Digital Audio Bass/Treble/EQ/De-Emphasis.
Emulator interfacing facility.
USB Port and the Serial port with RS232 drivers.
Two numbers of 64-pin expansion connectors to interface external hardware.
Topview DSP Debugging Software with following features:
Simple and Powerful command set.
Program code, data and CPU Registers are simultaneously displayed in separate
Windows.
View and edit facility for DMA and McBSP sub bank registers.
Supports assembly level debugging.
C Source debugging facility with variables view/edit facility.
Supports single step, step over and break point execution.
Fill, Test and Move operations for both Data and Program memory.
Graphical display of memory contents in both time and frequency spectrum.
Power Supply and Function generator.
Experiment manual to study DSP algorithms such as FIR filter, Convolution, FFT etc.
Trial copy of Code Composer Studio Development Software.

Power Supply and Function Generator.
(Mounting the above trainer in a closed cabinet with following)

RFI filtered linear power supply
Output frequency up to 20 kHz.
Sine, Square and Triangle signals limited to DSP AIC Input range.
Over voltage protection for analog inputs.
Facility to Measure FREQUENCY OUTPUT for userís convenience during DSP
Experiments.
DSP trainer is safely mounted in a sleek wooden cabinet.

Bundle Contents:

TMS320V5416 Starter Kit
CDROM with useful documents and software.
Power Supply.
Serial Port and USB Communication Cables.
Analog Input/Output cable
TMS320VC5416 Starter Kit User Guide.
TLV320AIC26 Chip Details (Soft Copy)

TMS320C50 DSP Trainer

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TMS 320C50 operating at 41MHz.
On-chip RAM: 10K Word
32KB EPROM with communication kernel.
Analog Interface Chip with 14-bit Analog to Digital Converter and 14-bit Digital to Analog Converter with 16 bit dynamic range.
Programmable sample rate up to 43KHz.
Programmable +3V/-3V full-scale input.
Programmable +3V/-3V full-scale output into 600 ohms load. It can drive an 8-ohm speaker directly.
Programmable anti-aliasing and reconstruction filters.
Over voltage protection for analog inputs.
Facility to connect MIC and speaker.
Built-in USB interface to use the kit with latest OS of the computers.
With Assembler and the Topview DSP Debugger software with Graphical User Interface.

Power Supply and Function Generator.
(Mounting the above kit in a closed cabinet with following)
RFI filtered linear power supply
Output frequency up to 20 kHz.
Sine, Square and Triangle signals limited to DSP AIC Input range.
Over voltage protection for analog inputs.
Facility to Measure FREQUENCY OUTPUT for user convenience during DSP
Experiments.
DSP Kit is safely mounted in a sleek wooden cabinet.

Bundle Contents.

TMS320C50 Starter Kit
CDROM with useful documents and software.
Power Supply.
Serial Port Communicating Cable.
Analog Input/Output cable.?
TMS320C50 Starter Kit Technical Reference Manual.
TMS320C50 Starter Kit Experiments Manual.
TLC320AC01 Chip Details (Soft Copy)
TMS320C5X Userís Guide (Soft Copy)

 

8086 Microprocessor Trainers

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MAGNA 86A – Basic 8086 Based Trainer.

8086 Operating at 4.77MHz.
EEPROM: 32k word. Expandable up to 128k word.
RAM: 32k word. Expandable to 128k words with Battery backup.
24 I/O lines are using one number of 8255.
Three 16bit Timer/ Counters using 8253.
RS232 serial port using 8251 with level shifting.
6 Digits of 7 segment displays.
Keyboard with 24 high performance rugged and reliable keys.
Monitor program with all the functions of the standard kit.
Mounted in a sleek and eye catching wooden cabinet.
Foolproof Battery backup for RAM.
Microprocessor supervisory watchdog timer.
Power supply:
Specifications: Input 220V AC +/-10%,
Output Voltage 5V, 1.2A; +12V, 0.75A; -12V, 0.75A
With short circuit and overload protection.

NG Platinum Trainer for 8086 Microprocessors with Assembler and Disassembler
Model: NG Platinum 8086

8086 operating at 4.77MHz.
EPROM: 32k word. Expandable up to 256k words.
RAM: 32k word. Expandable to 128k words with Battery backup.
User Interaction:
PC keyboard (101 keys) for program entry.
Graphical LCD with 8 lines X 21 characters.
Built in single line Assembler and Disassembler.
Powerful program development facilities using GUI features.
RS232 serial port using 8251 with level shifting.
48 I/O lines using two 8255s.
Three channels of 16bit Timer / Counters using 8253 with onboard clock generating facility.
Interrupt Controller using 8259A.
Onboard Interrupt study facility using Push Button switches.
Onboard facility of 64k Byte EEPROM to store user programs with file management.
Buffered Bus lines are terminated in three sets of 50 pin FRC headers.
Centronics compatible printer port.
Independent serial port for connecting with the computer for program development.
Built in Self Diagnostic Facilities:
Microprocessor health and performance.
Memory testing.
Peripheral testing facilities for 8255,8253 and 8259A.
Power supply monitoring.
Facility to indicate diagnostic results in the display.
Facility to test and analyze serial port of the trainer.

Interface Cards

1. LCD Interface Card.

This experimental module is meant for studying about interfacing LCD module with the Microcontroller/Microprocessor.
LCD with 2 lines X 16 characters.
Study of 4-bit/8-bit display interfacing.
The module is connected with the Microprocessor through bus lines.

2. Keyboard Interface Card.

This interface is meant for studying about connecting a keypad with the Microprocessor.
Keyboard with 4X4 Matrix.
Interfaced through port lines of the controller.
Detailed manual with flowchart and example programs are available.

3. Switches, LEDs and Relays Interface Card.

This is the most used interfacing in any Microprocessor environment. The experimental module gives required knowledge about connecting toggle switches, Relays, Momentary switches and also point LEDs.
2 Toggle Switches.
2 Momentary Switches.
2 Relays.
2 Point LEDs.
LED indicators for relays.
All the switches/relays are connected with the port lines of the processor.

4. 7 Segment Display Interface Card.

The experimental setup is meant for studying on connecting 7 segment LED display in all possible configurations.
4 digits of Green color 7 segment LED displays.
Possible to study the display in following configurations:
Multiplexed Display.
Non-Multiplexed Display.
BCD input to the display.
7 segment input to the display.
Onboard facilities to study all the above display interfacing.

5. Stepper Motor Interface Card With Stepper Motor.

Onboard Stepper Motor, with suitable motor drivers.
LED indicators for each winding.
Detailed manual with example program

6. 8251 Interface Card.

Provision to study programmable communication interface IC 8251 completely.
LED indicators for all RS 232 lines.
Provision for loop back test.

7. 8253 Interface Card.

8253 with onboard clock circuitry.
Facility to generate square waveform.
Facility to study 8253 in different modes.
Onboard LED indicators for useful interactions.

8. 8255 Interface Card.

Study on 8255 in all three modes.
LED indicators, DIP switches are provided for simulation.
Provision for studying 8255 completely.

9. 8259 Interface Card.

Programmable Interrupt Controller IC 8259 is used.
8 Push button Switches are provided for giving interrupts.
LED indicators are provided.

10. 8279 Interface Card.

4 Digits of 7 segment LED display.
4X4 Key matrix with 16 keys and 2 keys for shift & control operation.
Facility to study various keypad and display configurations.
Detailed manual with example program

11. ADC & DAC Interface Card.

4 Channels of differential inputs for the ADC.
14 bit ADC for high accurate experiments.
Onboard voltage generator for ADC input.
Solid state temperature sensor LM35 on board to study ADC.
One channel DAC with 8-bit resolution.
Provision to generate Unipolar, Bipolar analog output voltages.
Detailed manual with example program

12. DC Motor Interface Card.

A 6V DC motor is used.
Infra red sensors are used to generate pulses to calculate the speed of motor.
An 8 bit DAC is used to control the speed of motor.
All the required sources to implement a closed loop DC Motor control using Microcontroller / Microprocessor.

13. Temperature Controller Card.

Solid State temperature sensor LM35 / AD590 is used to read the temperature.
8 bit ADC is used for temperature measurement.
LED indicator for heater ON / OFF condition.
Facility to study the characteristics of a temperature control system.

14. Printer Interface Card.

Provision to connect Centronics printer.
LED indicators for Data and Control lines.
Facility to study printer interfacing completely.

15. Parallel Interface Card

Study of Parallel Communication between two Microprocessor kits using 8255.
Study of various modes of 8255 in Parallel Communication.
Detailed manual with example program.

16. Digital Clock Interface Card.

RTC with battery backup.
4 Push button Switches are provided for Timer Control.
Detailed manual with example program.

17. Traffic Light Interface Card.

On board LEDís to simulate traffic signals at a point where four roads meet.
On board LEDís are included for the pedestrians also.
Detailed manual with example program

Concept-of-Platinum-Trainers

Concept of Platinum Trainers.

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We, at Frontline Electronics, are pleased to introduce an advanced learning platform for the world’s most popular microcontroller, 8051, using the state of art technologies. We call this working environment as the Next Generation Platinum Trainers. The Platinum trainers sport a variety of useful features to make experimental tasks an easy one and motivate the users to work more and learn faster in the given time.

Major facilities are the availability of a big size LCD Graphical Module that displays more useful information than ever before. The trainer interaction is made simplified by using standard PC keyboard.

In the stand-alone operating environment, the trainer supports the program entry in assembly language to save time apart from easy understanding of the programs. For the assembly programs, the trainer provides full-fledged debugger using the big size LCD display and the keyboard.

Combining the trainer with any personal computer, the trainer presents an advanced working environment for the high level C based program development. Apart from all these, the trainers come with built-in self-diagnostic features to test most of the functions of the trainer and the peripherals of the microcontroller.

As you know well, even so called advanced trainers of today come with a simple facility to download the assembled code generated in the computer using a cross assembler. They use the serial port for this communication. Even then, only very few trainers come with the debugging facilities for the assembly language. Most of the time, users develop the application code using the computer and download the same into trainer for experiments and projects. In many places, especially educational institutions, staff members cannot spare enough computers for the microcontroller development that in turn slows down the students’ learning to a great extent. In our experience, even premier technical institutions expressed their difficulty to provide the computer for every experimental setup.

Because of this feedback, we developed these Platinum trainers with all the required facilities built in the trainer itself.

Now, students can develop assembly programs easily using the big size LCD and the PC keyboard. They can also debug the programs in a professional way without any restrictions. The debugger is really a professional one without compromising on features.

The hardware construction of these Platinum trainers is radically different from the other available trainers in many ways. With regular trainers, the programs are downloaded into the trainer through the serial port. The communication link between the computer and the trainer is using a serial port.

As shown below, each of these Platinum trainers sport a System On Chip (SOC) built in-to the design to substitute the functions of the computer. The SOC acts as a front-end functional facilitator for the microcontroller. This SOC is responsible for user interaction and for the program development.

As you can observe, this SOC and the microcontroller communicate with each other using a parallel communicating port whenever it is required. Apart from this communication, the SOC does not interfere with the operations of the microcontroller. There is an indirect benefit available out of this: The available serial port of the microcontroller is left free for your applications.

In short, this SOC handles the assembly program development, program debugging, local program storage, retrieval, and self-diagnostic operations. Under C development environment, the SOC interacts with the computer and manages the communication link between the computer and the microcontroller without any interference.

NG-Platimum-8085-feature-image

8085 Microprocessor Trainers

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NG Platinum Trainer for 8085A Microprocessors
Model: NG Platinum 8085

8085A operating at 6.144MHz.
EPROM: 16k + 16k Byte in 2 sockets.
RAM: 32k Byte with Battery Backup.
User Interaction:
PC keyboard (101 keys) for program entry.
Graphical LCD with 8 lines X 21 characters.
Built in single line Assembler and Disassembler.
Powerful program development environment using GUI features.
RS232 serial port using 8251 with level shifter.
48 I/O lines using two 8255s.
Three channels of 16bit Timer / Counters using 8253 with onboard clock generating facility.
Interrupt Controller using 8259A.
Onboard Interrupt study facility using Push Button switches.
Onboard facility of 64k Byte EEPROM to store user programs with file management.
Buffered Bus lines are terminated in three sets of 50 pin FRC headers.
Centronics compatible printer port.
Independent serial port for connecting with the computer for program development.
Built in Self Diagnostic Facilities:
Microprocessor health and performance.
Memory testing.
Peripheral testing facilities for 8255,8253 and 8259A.
Power supply monitoring.
Facility to indicate diagnostic results in the display.
Facility to analyze serial port of the trainer.

 

MAGNA Plus 85 – 8085 Microprocessor Trainer.

8085A Operating at 6.144MHz.
EPROM: 32K X 8.
RAM: 32K X 8.
48 I/O lines using 2 numbers of 8255.
3 numbers of 16 bit timers / counters using 8253.
PC AT compatible serial port.
Keyboard with 24 high performance keys.
6 Digits of 7 segment displays.
Fully buffered bus for userís applications.
Monitor program with the functions of the standard kit.
Mounted in a sleek wooden cabinet.
Foolproof Battery backup for RAM.
Push Button Switches are connected to interrupt lines for study purpose.
Power supply
Specifications: Input 220V AC +/-10%,
Output Voltage 5V, 1.2A; +12V, 0.75A; -12V, 0.75A
With short circuit and overload protection.

 

Interface Cards

i.LCD Interface Card.

This experimental module is meant for studying about interfacing LCD module with the Microcontroller/Microprocessor.
LCD with 2 lines X 16 characters.
Study of 4-bit/8-bit display interfacing.
The module is connected with the Microprocessor through bus lines.

ii.Keyboard Interface Card.

This interface is meant for studying about connecting a keypad with the Microprocessor.
Keyboard with 4X4 Matrix.
Interfaced through port lines of the controller.
Detailed manual with flowchart and example programs is available.

iii.Switches, LEDs and Relays Interface Card.

This is the most used interfacing in any Microprocessor environment. The experimental module gives required knowledge about connecting toggle switches, Relays, Momentary switches and also point LEDs.
2 Toggle Switches.
2 Momentary Switches.
2 Relays.
2 Point LEDs.
LED indicators for relays.
All the switches/relays are connected with the port lines of the processor.

iv.7 Segment Display Interface Card.

The experimental setup is meant for studying on connecting 7 segment LED display in all possible configurations.
4 digits of Green color 7 segment LED displays.
Possible to study the display in following configurations:
Multiplexed Display.
Non-Multiplexed Display.
BCD input to the display.
7 segment input to the display.
Onboard facilities to study all the above display interfacing.

v.Stepper Motor Interface Card With Stepper Motor.

Onboard Stepper Motor, with suitable motor drivers.
LED indicators for each winding.
Detailed manual with example program

vi.8251 Interface Card.

Provision to study programmable communication interface IC 8251 completely.
LED indicators for all RS 232 lines.
Provision for loop back test.

vii.8253 Interface Card.

8253 with onboard clock circuitry.
Facility to generate square waveform.
Facility to study 8253 in different modes.
Onboard LED indicators for useful interactions.

viii.8255 Interface Card.

Study on 8255 in all three modes.
LED indicators, DIP switches are provided for simulation.
Provision for studying 8255 completely.

ix.8259 Interface Card.

Programmable Interrupt Controller IC 8259 is used.
8 Push button Switches are provided for giving interrupts.
LED indicators are provided.

x.8279 Interface Card.

4 Digits of 7 segment LED display. 4X4 Key matrix with 16 keys and 2 keys for shift & control operation.
Facility to study various keypad and display configurations.
Detailed manual with example program

xi. ADC & DAC Interface Card.

4 Channels of differential inputs for the ADC.
14 bit ADC for high accurate experiments.
Onboard voltage generator for ADC input.
Solid state temperature sensor LM35 on board to study ADC.
One channel DAC with 8-bit resolution.
Provision to generate Unipolar, Bipolar analog output voltages.
Detailed manual with example program

xii.DC Motor Interface Card.

A 6V DC motor is used.
Infra red sensors are used to generate pulses to calculate the speed of motor.
An 8 bit DAC is used to control the speed of motor.
All the required sources to implement a closed loop DC Motor control using Microcontroller / Microprocessor.

xiii.Temperature Controller Card.

Solid State temperature sensor LM35 / AD590 is used to read the temperature.
8 bit ADC is used for temperature measurement.
LED indicator for heater ON / OFF condition.
Facility to study the characteristics of a temperature control system.

xiv. Printer Interface Card.

Provision to connect Centronics printer.
LED indicators for Data and Control lines.
Facility to study printer interfacing completely.

xv.Parallel Interface Card

Study of Parallel Communication between two Microprocessor kits using 8255.
Study of various modes of 8255 in Parallel Communication.
Detailed manual with example program.

xvi.Digital Clock Interface Card.

RTC with battery backup.
4 Push button Switches are provided for Timer Control.
Detailed manual with example program.

xvii.Traffic Light Interface Card.

On board LEDís to simulate traffic signals at a point where four roads meet.
On board LEDís are included for the pedestrians also.
Detailed manual with example program

8051/8031 Microcontroller Trainers

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NG Platinum Trainer for 8051 Microcontrollers.
Model: NG Platinum  8051.

ATMEL AT89C52 operating at 12MHz.
RAM 32K Bytes with Battery Backup.
EPROM 32K Bytes.
Graphical LCD to display up to 8 lines of 21 Characters to display all information about the Trainer operations.
PC 101 keyboard.
Independent Serial communication facility to PC for program debugging purpose.
Controller’s Serial Port is available for user’s application.
Built-in single line assembler and disassembler.
16 Input and 16 output port lines are available.
Onboard user interfacing facilities: 6 numbers of point LEDs. (P1.4, P1.5, P1.6, P1.7, RXD and TXD).
3 numbers of Push button switches (INT0, INT1 and T1) to interact with Interrupt And Timer signals.
2 Nos of Toggle Switches (P1.2, P1.3).
Bus Lines and I/O lines are terminated for userís convenience.
Self Diagnostic Facility:
Microcontroller health and performance.
Memory Testing.
Power Supply monitoring.
Facility to Indicate diagnostic results in the display.
Facility to analyze serial port of the controller. (Useful for serial communication experiments)
Onboard Facility of 64K Byte to store application programs in a non-volatile memory with file management.
Free Windows based Topview Debugger with C source level debugging, Compatible to SDCC C compiler, to save project development time. No other Trainer has this Facility.
Complimentary CDROM with useful documentation and Utilities.
Detailed Documentation:
Trainer Hardware User Guide.
Topview Debugger Software User Guide.
Software Examples Manual.
Including suitable power supply.
A complementary CDROM is available with every 8051 trainers. The CDROM contains many useful utilities/documentation:
eBook on Embedded System Design using 8051 Microcontroller.
Cross Assembler for 8051 family devices.
Topview Debugger meant for the trainer.
Free SDCC C compiler.
Documentation on Atmel’s 8051 family devices.

 

MAGNA Plus 31- 8051 Microcontroller Trainer.

Low Cost Learning Tool for Worldís most popular 8051 Microcontroller families.
ATMEL AT89C52 operating at 12MHz.
Atmelís on chip Flash Memory 8K.
32K Byte RAM for userís applications with Battery backup.
Optional 32K byte EPROM.
6 Digits of 7 Segment Green Color Displays.
24 High performance keys.
Serial Communication facility to the personal computers.
All standard trainer monitor facilities are available.
LEDs (6 numbers), Push Button Switches (4 numbers) and 2 numbers of Toggle
Switches are available onboard for userís experiments.
Facility to study Interrupt structure and Timer / Counter of the microcontroller.
Bus lines and I/O lines are terminated for userís convenience.
Free Windows based Topview Debugger that saves your project development time. No other Trainer has this Facility.
The Trainer can be used for Real time Applications.
Complimentary CDROM with useful documentation and Utilities.
Including suitable Power Supply.
Detailed Documentation:
Trainer Hardware User Guide.
Topview Debugger Software User Guide.
Software Examples Manual.
Complementary CDROM.
A complementary CDROM is given free of cost with every order of 8051 trainers. The CDROM contains many useful utilities/documentation:
eBook on Embedded System Design using 8031 Microcontroller .
Cross Assembler for 8051 family devices.
Topview Debugger meant for the trainer.
Documentation on Atmel’s 8051 family devices.

 

Interface Cards

i.LCD Interface Card.

This experimental module is meant for studying about interfacing LCD module with the Microcontroller/Microprocessor.
LCD with 2 lines X 16 characters.
Study of 4-bit/8-bit display interfacing.
The module is connected with the Microcontroller through bus lines.

ii.Keyboard Interface Card.

This interface is meant for studying about connecting a keypad with the Microcontroller.
Keyboard with 4X4 Matrix.
Interfaced through port lines of the controller.
Detailed manual with flowchart and example programs is available.

iii.Switches, LEDs and Relays Interface Card.

This is the most used interfacing in any Microcontroller environment. The experimental module gives required knowledge about connecting toggle switches, Relays, Momentary switches and also point LEDs.
2 Toggle Switches.
2 Momentary Switches.
2 Relays.
2 Point LEDs.
LED indicators for relays.
All the switches/relays are connected with the port lines of the controller.

iv.7 Segment Display Interface Card.

The experimental setup is meant for studying on connecting 7 segment LED display in all possible configurations.
4 digits of Green color 7 segment LED displays.
Possible to study the display in following configurations:
Multiplexed Display.
Non-Multiplexed Display.
BCD input to the display.
7 segment input to the display.
Onboard facilities to study all the above display interfacing.

v.Stepper Motor Interface Card With Stepper Motor.

Onboard Stepper Motor, with suitable motor drivers.
LED indicators for each winding.
Detailed manual with example program

vi.8251 Interface Card.

Provision to study programmable communication interface IC 8251 completely.
LED indicators for all RS 232 lines.
Provision for loop back test.

vii.8253 Interface Card.

8253 with onboard clock circuitry.
Facility to generate square waveform.
Facility to study 8253 in different modes.
Onboard LED indicators for useful interactions.

viii.8255 Interface Card.

Study on 8255 in all three modes.
LED indicators, DIP switches are provided for simulation.
Provision for studying 8255 completely.

ix.8259 Interface Card.

Programmable Interrupt Controller IC 8259 is used.
8 Push button Switches are provided for giving interrupts.
LED indicators are provided.

x.8279 Interface Card.

4 Digits of 7 segment LED display.
4X4 Key matrix with 16 keys and 2 keys for shift & control operation.
Facility to study various keypad and display configurations.
Detailed manual with example program

xi. ADC & DAC Interface Card.

4 Channels of differential inputs for the ADC.
14 bit ADC for high accurate experiments.
Onboard voltage generator for ADC input.
Solid state temperature sensor LM35 on board to study ADC.
One channel DAC with 8-bit resolution.
Provision to generate Unipolar, Bipolar analog output voltages.
Detailed manual with example program

xii.Dc Motor Interface Card.

A 6V DC motor is used.
Infra red sensors are used to generate pulses to calculate the speed of motor.
An 8 bit DAC is used to control the speed of motor.
All the required sources to implement a closed loop DC Motor control using Microcontroller / Microprocessor.

xiii.Temperature Controller Card.

Solid State temperature sensor LM35 / AD590 is used to read the temperature.
8 bit ADC is used for temperature measurement.
LED indicator for heater ON / OFF condition.
Facility to study the characteristics of a temperature control system.

xiv. Printer Interface Card.

Provision to connect Centronics printer.
LED indicators for Data and Control lines.
Facility to study printer interfacing completely.

xv.Parallel Interface Card
Study of Parallel Communication between two Microprocessor kits using 8255.
Study of various modes of 8255 in Parallel Communication.
Detailed manual with example program.

xvi.Digital Clock Interface Card.

RTC with battery backup.

4 Push button Switches are provided for Timer Control.
Detailed manual with example program.

Traffic Light Controller.

On board LEDís to simulate traffic signals at a point where four roads meet.
On board LEDís are included for the pedestrians also.
Detailed manual with example program