Description: FPGA、CPLD芯片的usb数据下载线，下载速度是并口的5位，内有原理图用程序-FPGA, CPLD chip usb data download lines, download speed is the parallel port of the five, with a schematic diagram of procedures in Platform: |
Size: 234496 |
Author:李聚光 |
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Description: i.mx27开发板的整套详细原理图，包括：DDR SDRAM, NAND FLASH, NOR FLASH, USB OTG, USB HOST,FEC PHY, UART,JTAG等等接口-i.MX27 development board schematic details of the package, including: DDR SDRAM, NAND FLASH, NOR FLASH, USB OTG, USB HOST, FEC PHY, UART, JTAG interface, etc. Platform: |
Size: 741376 |
Author:清木 |
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Description: AVRminiProg是使用avr单片机作为主控芯片的usb转isp、jtag的程序编程器，usb协议是由软件模拟的-AVRminiProg is the use of single-chip avr as a usb host chip to isp, jtag programmer procedures, usb agreement is simulated by software Platform: |
Size: 269312 |
Author:ghostor |
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Description: 一款关于AVR的USBjtag接口．内函原理图及相关说明．-A on the AVR-USBjtag interface. Schematic diagram and within the letter of instructions. Platform: |
Size: 32768 |
Author:yinbibo |
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Description: 这是我自已为实验室画的基于STM32的PCB，现在将原理图及PCB全部分享，图是用PROTEL 99SE绘制的。可能会有布线不合理之处，仅供大家参考。
实验板资源介绍
1）CPU为100脚STM32F103XX
2）TFTLCD
3）SD卡
4）4X4键盘模块及四个独立按键
5）ISP下载口及20脚JTAG下载口
6）RS232接口、RS485接口、PS/2接口、USB接口
7）I/O口驱动的蜂鸣器
8）I2C口驱动的AT24C02
9）三线SPI接口的DS1302
10）单路ADC
11）两路LED灯，方便实验板调试
-This is my own paintings for the laboratory-based STM32 of the PCB, schematic and PCB will now all share, map is drawn with PROTEL 99SE. Wiring may be unreasonable, only for your reference. Experimental board resource describes 1) CPU is 100 feet STM32F103XX 2) TFTLCD 3) SD cards 4) 4X4 keypad module and four separate buttons 5) ISP download port and 20-pin JTAG download port 6) RS232 Interface, RS485 Interface, PS/2 Interface, USB Interface 7) I/O port driver buzzer 8) I2C port driven AT24C02 9) three-wire SPI interface, the DS1302 10) single ADC 11) Two LED lights, to facilitate debugging test board Platform: |
Size: 869376 |
Author:彬彬有礼 |
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Description: The design is designed partly in VHDL, partly in schematic drawings and targets a Xilinx Spartan-2E FPGA. However, since the design was tailored specifically for the aforementioned boards it is highly unlikely that it can be ported to other hardware. The circuits were designed on a Windows XP using the Xilinx WebPack 6.2 tool. The transfer of the design to the FPGA was carried out either with the Xilinx Impact tool through a parallel JTAG cable or with the Digilent Export utility through a USB JTAG cable. Platform: |
Size: 1854464 |
Author:sami |
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Description: Schematic of ZLPC2103 evaluation board saik on www.the0.net
The Zero Research Institute presents a brand new ZLPC2103 Development Board for Philips NXP LPC2103 ARM Family. The ZLPC2103 Development board helps you get started writing programs and testing the Philips LPC2103 microcontroller and its capabilities.
Built-in Philips NXP LPC2103 ARM 32-bit RISC microcontroller with thumb extensions 10-bit A/D converters, two 32-bit and two 16-bit timers/external event counters.
Built-in ARM JTAG interface, supports Keil Ulink or other JTAG programmer, debugger.
Built-in 128 x 160 TFT LCD Color Display module with backlight for On-board experiment.
Built-in backup battery holder for RTC(real-time clock).
Built-in 32Khz oscillator for RTC.
Built-in RS232 Serial port, let you connect to PC using RS232.
Powered by USB bus or External power adapter.(5V)
On-board high quality buttons.
Built-in voltage regulator, more reliable. -Schematic of ZLPC2103 evaluation board saik on www.the0.net
The Zero Research Institute presents a brand new ZLPC2103 Development Board for Philips NXP LPC2103 ARM Family. The ZLPC2103 Development board helps you get started writing programs and testing the Philips LPC2103 microcontroller and its capabilities.
Built-in Philips NXP LPC2103 ARM 32-bit RISC microcontroller with thumb extensions 10-bit A/D converters, two 32-bit and two 16-bit timers/external event counters.
Built-in ARM JTAG interface, supports Keil Ulink or other JTAG programmer, debugger.
Built-in 128 x 160 TFT LCD Color Display module with backlight for On-board experiment.
Built-in backup battery holder for RTC(real-time clock).
Built-in 32Khz oscillator for RTC.
Built-in RS232 Serial port, let you connect to PC using RS232.
Powered by USB bus or External power adapter.(5V)
On-board high quality buttons.
Built-in voltage regulator, more reliable. Platform: |
Size: 184320 |
Author:Martial Guex |
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Description: This schematic is for make a USB-JTAG hardware with TUSB3210 USB client device.
You can make your own USB-JTAG hardware simple and cheapest way Platform: |
Size: 30720 |
Author:undergnak |
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Search - usb jtag schematic