35-inch-TFT_-simple-oscilloscope
所属分类：VHDL/FPGA/Verilog
开发工具：VHDL
文件大小：14979KB
下载次数：24
上传日期：2012-02-07 14:57:01
上 传 者：
ihyni2004
说明： 1,本例程为一个简易示波器，可以实时的显示AD采样波形和DA输出波形。
使用要求为EP2C8Q_V2的板子+3.5寸TFT LCD。
2，画面上显示的“DA输出：”下面就是DA输出的波形。
3，画面上显示的“AD输入：”下面就是AD采样的波形。
4，因为性能限制，只能用来学习参考之用。
(1, the routine for a simple oscilloscope, real-time display of the AD sample waveform and the DA output waveform.
Use requirements for EP2C8Q_V2 board+3.5 inch TFT LCD.
2, the DA output displayed on the screen: "Here is the output waveform of DA.
3, the screen displayed on the "AD input:" Here is the AD sample waveform.
4, because of performance limitations, can only be used to study reference)
文件列表:
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\.sopc_builder\filters.xml (65, 2010-09-11)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\.sopc_builder\install.ptf (12657, 2011-05-15)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\.sopc_builder\install2.ptf (6129, 2011-05-15)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\.sopc_builder\preferences.xml (552, 2011-03-21)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\cpu_0.ocp (840, 2011-05-15)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\cpu_0.sdc (3791, 2011-05-15)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\cpu_0.v (425688, 2011-05-15)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\cpu_0_bht_ram.mif (2392, 2011-05-15)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\cpu_0_dc_tag_ram.mif (856, 2011-05-15)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\cpu_0_ic_tag_ram.mif (1881, 2011-05-15)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\cpu_0_jtag_debug_module_sysclk.v (6774, 2011-05-15)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\cpu_0_jtag_debug_module_tck.v (7997, 2011-05-15)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\cpu_0_jtag_debug_module_wrapper.v (9440, 2011-05-15)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\cpu_0_mult_cell.v (6121, 2011-05-15)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\cpu_0_ociram_default_contents.mif (5878, 2011-05-15)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\cpu_0_oci_test_bench.v (1342, 2011-05-15)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\cpu_0_rf_ram_a.mif (600, 2011-05-15)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\cpu_0_rf_ram_b.mif (600, 2011-05-15)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\cpu_0_test_bench.v (30772, 2011-05-15)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\db\altsyncram_29f1.tdf (40931, 2010-09-11)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\db\altsyncram_2ef1.tdf (22317, 2010-09-11)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\db\altsyncram_87f1.tdf (40523, 2010-09-11)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\db\altsyncram_8pf1.tdf (6390, 2010-09-11)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\db\altsyncram_97f1.tdf (40523, 2010-09-11)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\db\altsyncram_9vc1.tdf (38086, 2010-09-11)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\db\altsyncram_c572.tdf (45388, 2010-09-11)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\db\altsyncram_d5g1.tdf (28120, 2010-09-11)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\db\altsyncram_dr61.tdf (8869, 2011-05-14)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\db\altsyncram_e502.tdf (44666, 2010-09-11)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\db\altsyncram_hg41.tdf (24970, 2010-09-11)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\db\altsyncram_qed1.tdf (38735, 2010-09-11)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\db\ded_mult_2o81.tdf (3167, 2010-09-11)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\db\dffpipe_93c.tdf (1312, 2010-09-11)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\db\mult_add_4cr2.tdf (3071, 2010-09-11)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\db\mult_add_6cr2.tdf (3060, 2010-09-11)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\db\prev_cmp_RedCore_EP2C8Q_V1_Nios_Example.asm.qmsg (2286, 2011-05-15)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\db\prev_cmp_RedCore_EP2C8Q_V1_Nios_Example.fit.qmsg (172379, 2011-05-15)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\db\prev_cmp_RedCore_EP2C8Q_V1_Nios_Example.map.qmsg (6454, 2011-05-15)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\db\prev_cmp_RedCore_EP2C8Q_V1_Nios_Example.qmsg (6690, 2011-05-15)
35 inch TFT_ simple oscilloscope\RedCore_EP2C8Q_V1_Nios_Example_09_35TFT_Wave\db\prev_cmp_RedCore_EP2C8Q_V1_Nios_Example.tan.qmsg (87243, 2011-05-15)
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This folder contains data for incremental compilation.
The compiled_partitions sub-folder contains previous compilation results for each partition.
As long as this folder is preserved, incremental compilation results from earlier compiles
can be re-used. To perform a clean compilation from source files for all partitions, both
the db and incremental_db folder should be removed.
The imported_partitions sub-folder contains the last imported QXP for each imported partition.
As long as this folder is preserved, imported partitions will be automatically re-imported
when the db or incremental_db/compiled_partitions folders are removed.
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