Smarthome Remote Control System Producer

Product Description

Description

” ICD2 PIC Debugger & programmer” is fully compatible with Microchip’s MPLAB-ICD2 debugger, a powerful, low-cost, high-speed development tool.It uses Flash technology chip area since the program read and write capabilities, use the chip to achieve simulation debugging.

” ICD2 PIC Debugger & programmer,” to use the software platform is Microchip’s MPLAB-IDE (Integrated Development Environment software package) or later, compatible with Windows 95/98/ME, Windows NT and Windows 2000/Windows XP / Windows 2003 etc.operating system.The communication interface means for the USB2.0 high speed interface (up to 12Mbit / s); operating voltage range of 2.0 ~ 5.5V, about 270 kinds of chips can be programmed, simulation, about 250 chips, unlimited upgrades, Microchip will continue to updateMPLAB IDE software.Fully compatible with the MPLAB ICD2USB, PIC microcontroller for beginners and professional designers the best choice.

Hardware Description

(1)The source program editor;

(2)Debugging directly on the source interface

(3)Can be set up a one breakpoint

(4)Variables and registers observations

(5)The program code area observations

(6)Modify register

(7)Stop freezing  (when the PC stops running programs, freeze the operation of the chip)

(8)Overvoltage \ short circuit protection, overcurrent protection circuit, output reverse protection circuit

(9)Real-time background debugging

(10)Do a lot previously required expensive hardware to achieve the function.

(11)Application on the target system to be reprogrammed without the need to connect or other device.

(12) In terms of some of the veteran PIC microcontroller, PIC header is the nature of the use of the ICSP interface, even if the PIC microcontroller chip has been soldered on the board of the target does not matter, as long as the ICD2-USB interface and target the ICSP PIC microcontroller board the corresponding port to a total of 5 cable, you can achieve online simulation and online re-program debugging, the five lines are the PIC microcontroller’s clock (PDC), data (PDG), high-voltage pulse programming (VPP) , Ground (GND), positive power supply (VCC) of these five feet, five feet form the ICSP interface is actually online simulation debugging and programming all the required communication interfaces.

(13)USB-powered or external power supply, there are hardware protection circuit.

(14)The target device can support voltage range from 2-5.5V, low-voltage devices are more convenient programming and debugging (other similar domestic products can not debug more or burning low-pressure devices), support most of the Flash chip technology, which not only debugger can be used, but also as a development model / production of the writer to use.

Packaging Details

1 X ICD2 PIC Debugger & programmer

1 X Universal programmer seat

You can see more information and details in Chinese webpage:
http://www.hificat.com/icd2/icd2.asp

Hardware Description

(1)   Support the latest version AVR Studio

(2)   Can realize a single step, continuous, breakpoint, variable has the data or program space breakpoint

(3)   To Flash, EEPROM, weld wire, and a encryption programming.

(4)   JTAG simulator can be made of the power supply or target board to target board power supply

(5)   But when USB turn a serial port module USES, board of reserve RS232 send TX, receiving RX, to GND  interface

You can see more information and details in Chinese webpage:
http://www.hificat.com/module/kc201.html


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.

Products

TKScope k3/k5/k8/k9

TKScope Dk5/Dk8/Dk9

TKScope Ak100

TKScope 764B

TKScope B

TKScope 935/936

B