ICD-U64 Custom Computer Services Inc (CCS), ICD-U64 Datasheet

SUPPORTED FAMILIES:PIC16F, PIC18F

ICD-U64

Manufacturer Part Number
ICD-U64
Description
SUPPORTED FAMILIES:PIC16F, PIC18F
Manufacturer
Custom Computer Services Inc (CCS)
Type
In-Circuit Emulatorr
Datasheet

Specifications of ICD-U64

Supported Devicespic16fxx And Pic18fxx
KIT CONTENTS
For Use With
PIC16FXX AND PIC18FXX SERIES PIC MICROCONTROLLER FROM MICROCHIP
Interface Type
USB
Contents
Emulation Module
Kit Contents
IN CIRCUIT DEBUGGER/PROGRAMMER
Lead Free Status / RoHS Status
Contains lead / RoHS non-compliant
For Use With/related Products
Microchip's PIC™ MCUs and dsPIC™ DSCs
Lead Free Status / RoHS Status
Contains lead / RoHS non-compliant
Other names
469-1012
PIC® MCU and dsPIC®DSC are registered trademarks of Microchip Technology, Inc.
GO!...
Ready...
Set...
For embedded software tools
designed EXCLUSIVELY for
PIC
For a complete, low-cost,
powerful C solution
For ready-to-run example
programs and tested peripheral
drivers to start any project
Using a C Compiler with IDE and
C Aware Real-time Debugger
Using In-Circuit Debugger and
Programmers
Using Prototyping Boards or
complete Development Kits
®
MCUs
Phone: 262.522.6500
sales@ccsinfo.com
www.ccsinfo.com
Tech Support x32
Sales x35

Related parts for ICD-U64

ICD-U64 Summary of contents

Page 1

... PIC® MCU and dsPIC®DSC are registered trademarks of Microchip Technology, Inc. Ready... • For embedded software tools designed EXCLUSIVELY for PIC MCUs ® • For a complete, low-cost, powerful C solution • For ready-to-run example programs and tested peripheral drivers to start any project Set... • ...

Page 2

CCS C Compiler The compiler is comprised with Standard C operators and built-in libraries that are specific to PIC MCU registers, and access to hardware features from C. ® PIC10 / PIC12 / PIC14 / PIC16 / PIC18 1, 8, ...

Page 3

... Fixed Point DTMF Tones TCP/IP CRC Calculator Floating Point CCP ICD Debugging Watchdog Timer Advanced Macros Analog Comparator Memory Management Optical Encoder I2C USB Real-Time Clock LCD Expanded Input/Output DS1302 GLCD NJU6355 ...

Page 4

Specific Features Built-in Functions RS-232 getc( ) i2c_start( ) putc( ) i2c_stop( ) gets( ) i2c_read( ) puts( ) i2c_write( ) printf( ) i2c_poll( ) kbhit( ) i2c_isr_state( ) assert( ) i2c_slaveaddr( ) fgetc( ) PARALLEL SLAVE I/O fgets( ) fprintf( ) setup_psp( ) fputc( ) psp_input_full( ) fputs( ) psp_output_full( ) getch( ) psp_overflow( ) getchar( ) perror( ) putchar( ) abs( ) setup_uart( ) ...

Page 5

Preprocessors STANDARD C FUNCTION QUALIFIERS #define #inline #else #int_default #elif #int_global #endif #int_xxx #error #separate #if DEVICE SPECIFICATION #ifdef #include #device chip #pragma #fuses #undef #id #ifndef #id checksum #list #id number #nolist #serialize #hexcomment Example C/ASM Listing ...................done=FALSE; 09C: BCF 3B, 1 ...

Page 6

... CCS C Windows IDE & C Aware Project Navigation File bar shows all project related files and can quickly open or compile a file. Identifier bar shows all project functions and identifiers. Tools Device Selector Edit/Add to Device Database Generate C Constant Declarations from hex/binary Real-time Debugger Wizards Simplifies configuration of drivers and peripherals to start projects quickly. Forms based on interactive questions to aid in set-up of options, such as calculating and showing the timer options based on your clocks. Included in PCW: CAN Bus, USB, RS-485, and many more ...

Page 7

... IDE compiler capabilities include many utilities to aid in program design and editing. The C Aware Real-time Debugger allows for high-level debugging included in all IDE compilers and can be used with the CCS ICD and Mach X, and Microchip ICD2 and RealICE. Special Viewers Include quick and easy access to data sheets, valid fuses, interrupts for devices, hex file disassembler, .COD file interpreter, and an advanced source/list file compare. RAM The RAM window allows the user to view all the memory locations in the device RAM ...

Page 8

... In-circuit gang programmer for Microchip Flash devices: • 8 Selectable Targets • 2.5V, 3.3V, 5V target vdds available • 2MB flash that can store programs • SD card reader to load targets in the field • CCS Programmer Control Software • LCD screen with user interface for functions ICD-U64 In-Circuit Debugger/ Programmer • Programs all Microchip Flash devices • In-circuit programmer uses modular jack • Powered from USB bus • Target voltages from • Debug capability with CCS PCW, PCWH and PCWHD • ...

Page 9

... Development Kits CCS offers a wide variety of all-inclusive Development Kits that bring hardware and software together to provide an innovative package of development tools. The CCS Development Kit allows engineers to design, develop, implement, and test applications directly on PIC® MCUs and dsPIC® DSCs. Novices and experienced developers alike save both time and money with the CCS Development Kits without a need to buy any additional equipment. Push Kit name Button 3 LEDs   PIC12F675   PIC12F683   PIC16F877A  ...

Page 10

Internet Connectivity Kits Embedded Ethernet On-board ENC28J60 chip and MMC/SD card reader. SPI controlled, 10Mbit/sec, full duplex Ethernet transceiver IC. Drivers and example TCP/IP code included. 3.3V Ethernet Controller The PIC18F67J60 chip offers more memory at operating voltages of 2.0 to 3.6V and is 10-BaseT (10Mbps) compliant. The PIC18F67J60 can run at speeds Mhz and Ethernet transfers Mbit/sec at 3V. Example programs include a com- plete web server, e-mail generator and SD Card Read/Write. Wireless Kits CCS Wireless-Ember Zigbee™ Edition Introduction to developing ZigBee™ applications for the Ember EM260 processor with PIC16 and PIC18 devices. Includes full communication protocols with the Ember-ZigBee™stack. The minuscule EM260 module is a 2.4 Ghz IEEE 802.15.4 compliant transceiver (3.3V operation) with a SPI interface and Insight Port for advanced network debugging with Insight Desktop. Base Station board combines the EM260 module with PIC18LF4620 device that has 10 I/O Pins (3 may be Analog). ...

Page 11

Human Interface Kits ACE Kit The ACE Kit is the perfect solution advanced engineer’s development needs. This kit provides multiple accessories packaged together to provide diverse programming situations. This board contains connectors and expansions to debug a variety of situations before the final target platform is designed. The ACE Kit utilizes the CCS Software Prototyp- ing Board - A PIC® MCU designer’s best friend. Kit also includes: Software Prototyping Board, LCD/ Keypad Set, Experimenter’s Set, USB Add-On (does NOT include PIC18F4550 chip), PIC16F877A Repro- grammable Chip, 30 I/O Pins (7 Can Be Analog), and 2-digit 7-segment LED for a simple human interface applications and a high speed example emulating an oscilloscope. PC software (with source) is included to communicate with the USB board. Board uses the PIC18F4550, Microchip’s PIC® MCU with full speed USB peripheral. Example programs with the CCS C compiler and C source code are provided: How to configure the board to act as a HID device. How to configure the board to act as a USB device that accepts and receives bulk mode transfers. USB examples are also compatible with the Microchip PIC16C7x5 USB peripheral, which CCS also provides C source code with the CCS ...

Page 12

... CCS has a complete line of Programmers and Debuggers for all Microchip PIC10, PIC12, PIC14, PIC16, PIC18, PIC24 and dsPIC devices. The entire line supports in-circuit debugging at the C level with any IDE compiler, and in-circuit programming with the IDE or the stand-alone CCS Programmer Control Software for all Flash-supported devices. The CCS ICD units work with the CCS C Aware Real-Time Debugger for detailed debugging information at the C level. ICD-U40 is powered by the USB bus and can be modified to power the target board at 5V. ICD-S40 communicates via a RS232 serial bus and is powered by the target board. The Mach X Programmer is a full-featured device programmer with a standard ICD connector and a 40-pin ZIF socket with advanced ICSP signal routing logic to accommodate various pin-outs (8-40 pins). All Flash memory, One-Time Programmable (OPT) and MCPxxxx(CAN Bus chips) can be programmed at the user selectable voltage range 5V. ...

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