文件列表:

TOP_Counter_Ntdac\Control.bld (234063, 2011-11-13)
TOP_Counter_Ntdac\Control.cmd_log (3894, 2011-11-13)
TOP_Counter_Ntdac\Control.lso (6, 2011-11-12)
TOP_Counter_Ntdac\Control.ngc (940, 2011-11-12)
TOP_Counter_Ntdac\Control.ngr (1049, 2011-11-12)
TOP_Counter_Ntdac\Control.prj (22, 2011-11-12)
TOP_Counter_Ntdac\Control.spl (101, 2011-11-13)
TOP_Counter_Ntdac\Control.stx (0, 2011-11-12)
TOP_Counter_Ntdac\Control.sym (1393, 2011-11-13)
TOP_Counter_Ntdac\Control.syr (14179, 2011-11-12)
TOP_Counter_Ntdac\Control.xst (1140, 2011-11-12)
TOP_Counter_Ntdac\Control_envsettings.html (10674, 2011-11-13)
TOP_Counter_Ntdac\Control_ngdbuild.xrpt (4787, 2011-11-13)
TOP_Counter_Ntdac\Control_summary.html (5646, 2011-11-13)
TOP_Counter_Ntdac\Control_xst.xrpt (11213, 2011-11-12)
TOP_Counter_Ntdac\iseconfig\Control.xreport (20614, 2011-11-13)
TOP_Counter_Ntdac\iseconfig\top.xreport (20430, 2011-11-12)
TOP_Counter_Ntdac\iseconfig\TOP_Counter_Ntdac.projectmgr (7184, 2011-11-13)
TOP_Counter_Ntdac\top.cmd_log (23851, 2011-11-12)
TOP_Counter_Ntdac\top.lso (6, 2011-11-12)
TOP_Counter_Ntdac\top.ngc (108530, 2011-08-19)
TOP_Counter_Ntdac\top.ngr (141401, 2011-08-19)
TOP_Counter_Ntdac\top.prj (22, 2011-11-12)
TOP_Counter_Ntdac\top.syr (4304, 2011-11-12)
TOP_Counter_Ntdac\top.ucf (26036, 2011-08-19)
TOP_Counter_Ntdac\top.v (1999, 2011-11-12)
TOP_Counter_Ntdac\top.xst (1128, 2011-11-12)
TOP_Counter_Ntdac\TOP_Counter_Ntdac.gise (7551, 2011-11-13)
TOP_Counter_Ntdac\TOP_Counter_Ntdac.tcl (23830, 2011-11-13)
TOP_Counter_Ntdac\TOP_Counter_Ntdac.xise (31825, 2011-11-13)
TOP_Counter_Ntdac\top_dac2.ntrc_log (3630, 2011-08-19)
TOP_Counter_Ntdac\top_envsettings.html (9292, 2011-11-12)
TOP_Counter_Ntdac\top_guide.ncd (84542, 2011-07-24)
TOP_Counter_Ntdac\top_summary.html (4220, 2011-11-12)
TOP_Counter_Ntdac\top_xst.xrpt (8518, 2011-11-12)
TOP_Counter_Ntdac\wave_gen_ver_s6\clkx_bus.v (5055, 2009-10-23)
TOP_Counter_Ntdac\wave_gen_ver_s6\clk_div.v (2650, 2009-10-23)
TOP_Counter_Ntdac\wave_gen_ver_s6\clk_gen.v (3418, 2011-01-21)
TOP_Counter_Ntdac\wave_gen_ver_s6\clogb2.txt (402, 2009-10-23)
TOP_Counter_Ntdac\wave_gen_ver_s6\cmd_parse.v (20245, 2009-10-23)
... ...

-- Copyright(C) 2009 by Xilinx, Inc. All rights reserved. -- The files included in this design directory contain proprietary, confidential information of -- Xilinx, Inc., are distributed under license from Xilinx, Inc., and may be used, copied -- and/or disclosed only pursuant to the terms of a valid license agreement with Xilinx, Inc. -- This copyright notice must be retained as part of this text at all times. wave_gen_ver_s6 is a top level Verilog type project of a programmable waveform generator controlled via a PC (or other terminal device) using RS-232 serial communication. DESIGN TYPE: ISE (chip 6SLX45t fgg484 -2) PORTS Inputs: -- system signals * clk_pin - System clock for the Wave_gen design. * rst_pin - Resets the wave_gen design to initial state -- serial communications signals * rxd_pin - Serial communications recieve input * lb_sel_pin - Serial communications loop-back control pin Outputs: -- LED signals * led_pins -8-bit vector -- SPI related signals * spi_clk_pin - SPI clock * SPI_MOSI_pin - SPI master-out-slave-in datum * DAC_cs_n_pin - DAC SPI chip select (active low) * DAC_clr_n_pin - DAC clear -- serial communications signals * txd_pin - Serial communications transmission signal DESCRIPTION: The wave_gen design consists of several modular blocks: * Clk_gen - Produces three clock signals: a x1 clock for the rx domain; an xM/D clock (fx) for the tx domain; and a clk_samp which is produced by dividing the tx clock by a selectable prescalar. * rst_gen - Provides reset signal to each of the three clock domains. * lb_ctl - Provides a quick diagnostic capability by feeding the raw serial rx signal back out the transmit line. * uart_rx - Captures serial data (rxd_pin buffered by an IBUF) and presents it at the output of the module on the rx_data 8-bit bus. The signal rx_data_rdy pulses high for one clock when a new rx_data is received. This data is then passed to the cmd_parse module. * Cmd_parse - Examines the incoming serial stream and executes commands based on the contents. The command parser always sends the received character through the response generator and out the transmit path, thus always echoing the received character. At the end of each command either an “-OK”, “-ERR”, or data response message is returned depending on the validity of the received serial sequence. * Resp_gen - The response generator produces user-readable output. * char_fifo - The character FIFO both buffers the character sequences produced by resp_gen and serves as a clock domain-crossing mechanism. * uart_tx - Continually attempts to empty the character FIFO when there is data present. * samp_ram - Holds the patterns sent from the sample generator and command parser. * samp_gen - Uses the parameters set by the command parser to sequentially extract data from the dual-port sample RAM. * DAC_SPI - Serializes the data from the sample generator and passes it to the on-board DAC or to LEDs. * clkx_bus - Clock crossing circuit For a complete design description please see design_descript_lab.pdf included in the project directory. SIMULATION: The wave_gen project contains a "self-checking" hierarchical testbench. * tb_wave_gen acts as a system level testbench file, integrating the wave_gen design as well as several testbench modules. It consists of drivers and monitors for the pins of the UUT, and higher level functionality that allows the implementation of self checking tests. * test_wave_gen initializes and sends stimulus to the system testbench (tb_wave_gen). This environment allows the verification of the full design, as well as various sub-blocks on which it is based. This verification is a self- checking environment which displays output text rather than showing generated waveforms. For additional test environment information please see test_descript_lab.pdf included in the project directory. For more information on fully optimizing, constraining, coding, synthesizing, simulating, and implementing your designs please visit Xilinx Customer Training at www.xilinx.com\education. For support information and contacts please see: http://www.xilinx.com/support or http://www.xilinx.com/support/services/contact_info.htm

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