Emulator | Universal Programmer

AVR USB JTAG Emulator

Posted by admin August - 5 - 2010 - Thursday ADD COMMENTS

Emulator

MPLAB ICD2-USB

Posted by admin August - 3 - 2010 - Tuesday ADD COMMENTS

Emulator

Kincony Simple Mini 51 Emulator

Posted by admin July - 27 - 2010 - Tuesday ADD COMMENTS

Low Cost Mini 51 Emulator

Features:
Supports nearly all 8051 parts including: 8031/80C31, 87XXX,W78XXX,89XXX,97XXX
64K real-time hardware breakpoints for program, data respectively. External breakpoint
High level language support for C compilers.
Runs under Windows 95, 98, NT, 2000,XP,2003
Real-Time Operation up to 40 MHz
Source-Level Debugger for C, PLM and Assembler
Support for ROMless and ROMed Microcontrollers
64K of Code and 64K of Data Memory
Data Memory with Mapping Capabilities
Real-Time and Conditional Breakpoints

Mini 51 Emulator is a versatile real-time In-Circuit Emulator for 31/51 family. It supports all the 31/51 family controllers make e.g., Atmel, Philips, Winbond, SST, Syncmos etc. 128K of Emulation memory where 64K of Data memory & 64K of program memory available. his system software offers Windows 95/98/2000/ME/NT/XP/2003 operation interface. Main unit offers 10 bit external hardware breakpoint. User can trigger all four bits as per their requirement.

Supported Device List:

Atmel	AT89C51、AT89C52、AT89S51、AT89S52、AT89LV52、AT89S53、AT89LS53、AT89C55、AT89LV55 AT89C1051(Need ATX051 Socket)、AT89C2051(Need ATX051 Socket)、AT89C4051(Need ATX051 Socket)、
Philips	P80C54、P80C58、P87C54、P87C58、P87C524、P87C528
Winbond	W78C54、W78C58、W78E54、W78E54
SST	SST89C54、SST89C58
Intel	i87C54、i87C58、i87L54、i87L58、i87C51FB、i87C51FC
Temic	80C51、80C52、83C154、83C154D、89C51、87C52
Siemens	C501-1R、C501-1E、C513A-H、C503-1R、C504-2R
ISSI	IS80C52、IS89C51、IS89C52
Dallas	DS83C520、DS87C520

The kit includes: Mini 51 Emulator, Data Cable, Installation CD.

Demos photo:

Use Mini 51 Emulator to display a 1602LCD.

Emulator

Advanced 8051 Experimental Board

Posted by admin July - 27 - 2010 - Tuesday ADD COMMENTS

Advanced Experimental Board Set

Features:
4 digit display: This is useful in counter, digital display and clock project, etc.
Eight LEDs, controlled by 8 dedicated I/O lines
5 key keypad: one is RESET key , Normal Keyboard 4 keys
Speaker: Produce a sound and play music.
Relay Interface: You can control the electrical device by relay.
24C02: IIC bus experment.
Display port: works with standard character-based LCDs. A 16×2 display or 12864 display.
Serial Port/UART: Includes a single standard RS-232 compatible DB9 port that can be used to interface and communicate with external devices such as a standard PC. This is also useful in explaining the concept of serial communications.
Stepper Motor Driver Circuit (ULN2003).
Infrared Remote Receive: You can control all component on board via IR.
It has extended socket for special experiments and is flexible
Red PCB: it’s so beautiful.
You can use external power-supply Or USB line.

Learning microcontroller or want to develop advanced embedded solution based on standard 8051 core, this board will help you quick start with the application by giving you access to everything required to run the microcontroller.

This multi-function board is able to use 51 series MCU, AT89C5X, AT89S5X, W78E5X, SM895X and etc. It has extended socket for special experiments and is flexible, easy use, suitable for development and experiment. Additional extension socket for outdoor application. 8 LEDs, 4 digit display and 5 key keypad on board provide more flexibility for experiment and testing.

Supported Device List:

Atmel	AT89C51、AT89C52、AT89S51、AT89S52、AT89LV52、AT89S53、AT89LS53、AT89C55、AT89LV55 AT89C1051(Need ATX051 Socket)、AT89C2051(Need ATX051 Socket)、AT89C4051(Need ATX051 Socket)、
Philips	P80C54、P80C58、P87C54、P87C58、P87C524、P87C528
Winbond	W78C54、W78C58、W78E54、W78E54
SST	SST89C54、SST89C58
Intel	i87C54、i87C58、i87L54、i87L58、i87C51FB、i87C51FC
Temic	80C51、80C52、83C154、83C154D、89C51、87C52
Siemens	C501-1R、C501-1E、C513A-H、C503-1R、C504-2R
ISSI	IS80C52、IS89C51、IS89C52
Dallas	DS83C520、DS87C520

The kit includes: Programmer Board, Data Cable, USB Cable, Installation CD.

Demos:

This is new version PCB photos : Red PCB board. It’s so pretty. fondle admiringly!

Now , Let’s begin make a new Advanced Experimental Board.

First,according to the high of component on board you soldering all resistances.All resistance is a 1/16W model.
Then, weld the diode,triode and the connecting socket.

Putting on all ICs just OK.

Advanced Experimental Board , Mini 51 Emulator , 1602 LCD dispaly.

Experment with 12864 LCD display.

Experment with DS18B20 temperature sensor.

Experment with IR decode. Advanced Experimental Board display the number when your press your IR remoter.

Display “8051″ number.

Use 1602 LCD to display our webpage and our telephone number.

Advanced Experimental Board , Mini 51 Emulator , step motor.

The small step motor connected with Advanced Experimental Board.

Advanced Experimental Board control the step motor to run. (include deasil and anticlockwise model)

Advanced Experimental Board and Wireless Remote Control board

Wireless Control relay trun on a light by Advanced Experimental Board .

A great deal of stock.

Emulator

ARM ULINK2 USB Emulator

Posted by admin July - 24 - 2010 - Saturday ADD COMMENTS

ULINK2 is the latest ARM’s RealView MDK supporting the use of emulator ULink simulator upgrade.

ULINK2 has all ULINK emulator features,
Increase serial debug (SWD), return clock, live agent functions.
The use of debugger and ULINK2 can easily carried out target hardware chip debugging (using on-chip JTAG, SWD, and OCDS) and flash programming.

ULINK2 New Features :
The standard Windows USB driver support ULINK2 Plug and Play
Support for ARM Cortex-M3 based on the serial debug
Support programs to run during the read-write memory, terminal emulation and serial debug output
Support for 10-pin connector (also supports 20-pin connector)

ULINK2 main functions :
High-speed USB communication interface to download user code
Storage Area / register View
Rapid single-step program is running
A variety of program breakpoints
On-Chip Flash Programming

ULINK2 Technical Specifications :
Features :
RAM breakpoint : Unlimited
ROM Breakpoints (ARM7 / 9) : 2 max
ROM Breakpoints (Cortex-M3) : 6 max
Execution breakpoints (Set While Executing) : V
Access Breakpoints (ARM7 / 9) : 2 max (R / W Only, With Value)
Access Breakpoints (Cortex-M3) : 4 max (With Value)
Trace History : X
Real-Time Agent : V
JTAG Clock :10MHz
JTAG RTCK Support (Return Clock): V
Memory R / W (Bytes / sec) : ± 28K
Flash R / W (Bytes / sec) : ± 25K
Single-Step (Fast) (Instructions / sec) v: ± 50

Emulator

TKScope Emulator

Posted by admin July - 24 - 2010 - Saturday ADD COMMENTS

Categories	Content
Keywords	TKScope Emulator ARM User Manual
Summary	TKScope Emulator for ARM User Manua

TKScope embedded intelligent emulator designed by Guangzhou Zhiyuan Electronics Co., Ltd. in 2008,is a high-performance general-purpose integrated emulator. TKScope Supports a full range of 8051 / ARM / DSP / AVR / C166 / C251 /MX Core etc, Supports all the mainstream IDE,such as TKStudio / Keil / ADS / IAR /CCS / RealView / AVRStudio / SDT and so on, to ensure consistency of your development platform, and with its advanced debugging features. At the same time, TKScope built-in 64-way professional logic analyzer, zlgLogic advanced software
is fully supported.
TKScope emulator able to support ARM core simulation models are summarized as follows:
K Series：K8 / K9;
DK Series：DK9;
AK Series：AK100.

At present, TKScope emulator supports ARM core categories are as follows:
ARM7:ARM7TDMI / ARM7TDMI-S / ARM7EJ-S / ARM720T;
ARM9:ARM9TDMI / ARM920T / ARM922T / ARM926EJ-S / ARM946E-S / ARM966E-S / ARM968E-S / ARM966HS;
Cortex: Cortex–M0 / Cortex–M1 / Cortex–M3;
XSCALE:PXA255 / PXA270.

At present, TKScope simulation environment for ARM core supports IDE are as follows:
Keil,Keil company,english environment,8051/251/C166/ARM compiling/debugging ;
ADS,ARM company,english environment,full ARM cores compiling/debugging;
IAR,IAR company,english environment,multi-core compiling/debugging;
TKStudio,Zhiyuan company,Chinese/english environment, multi-core compiling/
debugging, powerful built-in editor.
At present, TKScope supports a full range of ARM7 / ARM9 / Cortex-M0 / Cortex-M1 / Cortex-M3 / XSCLAE simulation, including Thumb mode. Follow, TKScope will support a full range of ARM10 / ARM11 / Cortex-R4 / Cortex-A8 simulation by software update.

TKScope emulator hardware Index:
USB2.0 High-Speed Communication Interface;
Standard 20-pin JTAG interface target board connection, support hot-swappable;
Detection of all JTAG signals and target board voltage;
Adaptive target board voltage, to support a wide voltage range of 1.8V~5V;
JTAG maximum clock 25MHz, can reach the speed limit debugging;
Automatic speed recognition;
Supports real-time RTCK synchronous clock (adaptive clock);
With the TKScope Doctor, facilitate the detection of hardware failure to exclude.

TKScope emulator features for ARM simulation:
Spport the full range of ARM core simulation, such as ARM7 / ARM9 / Cortex-M0 / Cortex-M1 / Cortex-M3 / XSCLAE and so on, including Thumb mode;
Support the Cortex-M0 / Cortex-M1 / Cortex-M3 core serial debug (SWD) mode;
Support all the mainstream IDE,such as TKStudio / Keil / ADS / IAR /CCS / RealView / AVRStudio / SDT and so on;
Support the on-chip Flash in-circuit programming / debugging, providing each chip corresponding Flash programming algorithm file;
Support the off-chip Flash in-circuit programming / debugging, providing hundreds of commonly used Flash device programming algorithm file;
Support multiple interface types of external Flash programming / debugging,such as NOR
/ NAND / SPI Flash and so on;
Allowing users to add their own Flash programming algorithm file;
Provide a separate programming-Flash independent software to increase productivity;
Support for unlimited RAM breakpoint debugging;
Support for unlimited Flash breakpoint debugging, breaking limit the number of hardware breakpoints;
Synchronous Flash technology, fast refresh Flash breakpoints, the speed as fast as RAM
debugging;
Support dynamic breakpoints can set / cancel any breakpoint in running;
Support program breakpoints and data breakpoints, user-friendly and accurately track complex programs to run;
Rapid single-step, the fastest 150 steps / sec;
Ensure the fastest and most stable frequency changes in the target system to debug;
Built-in special debugging algorithms, reliable debugging of the ARM core in an irregular situation;
Support for daisy-chain connection of multi-device simulation;
Chip-based design concepts for the hundreds of kinds of chips to provide a sound initialization file.
Built-in comprehensive interpretation of the actuator initialization files, can be flexible system settings before and after reset / run around / Flash download around, including register settings / ARM initialization / clock Settings / delay / information and so on.