wave38.dat

实现了SD的SPI模式,通过了所有的仿真及测试,支持数据的读和写.对SD卡的SPI模式的绝大多数命令都支持.

$WAVE4TIMED
$RESOLUTION 1000
I 1 "e#9#std_logicc9 UX01ZWLH-"
$IN 1 1 res
$IN 5 1 cs
$IN 9 1 clk
$IN +4 1 di
$OUT +4 1 do
I 2 "a#28#std_logic_vector(7 downto 0)1 ricd7 0 e#9#std_logicc9 UX01ZWLH-"
$BUS S 53 2 8 ram_out
$SC 21-49/4
I 3 "a#29#std_logic_vector(11 downto 0)1 ricd11 0 e#9#std_logicc9 UX01ZWLH-"
$BUS S +53 3 12 current_state
$SC 54-98/4
$BUS S +37 2 8 dout_8
$SC 103-+28/4
I 4 "a#29#std_logic_vector(10 downto 0)1 ricd10 0 e#9#std_logicc9 UX01ZWLH-"
$BUS S +49 4 11 cnt_buf
$SC 136-+40/4
$BUS S +49 4 11 cnt_write
$SC 181-+40/4
$ENDTIME 1000000000
$WAVES 131
=0 T 0
=1 D 12350k 3
=2 D 800k 3
=3 D 5600k 3
*2
=4 D 413600k 3
=5 D 410400k 3
$VALUES
R 2 3 1 0
V 1
1
$END
$WAVES 17
*0
=6 D 0 1
=7 D 800k 1
=8 D 5600k 2
=9 D 700k 2
=10 D 5700k 2
=11 D 800k 2
*8
*11
=12 D 412800k 2
=13 D 500k 2
R 1 3 =14 D 100k 2
=15 D 410400k 2
$VALUES
V 2
U
Z
R 2 6 1 0
V 1
1
$END
$WAVES 9
*0
R 1 20000 =16 T 50k
$VALUES
R 2 10000 0 1
V 1
0
$END
$WAVES 5
*0
=17 T 800k
$VALUES
V 2
1
0
$END
$WAVES +8
*0
*17
R 1 2 =18 T 100k
=19 T 600k
=20 T 5600k
R 1 2 *18
=21 T 500k
=22 T 5700k
R 1 3 *18
=23 T 200k
=24 T 3400k
=25 T 3100k
*23
$VALUES
R 2 8 1 0
V 1
1
$END
$WAVES 98
*0
=26 D 5950k 3
$VALUES
V 2
1
0
$END
$WAVES 94
*0
*26
=27 D 6400k 3
$VALUES
V 3
0
1
0
$END
$WAVES 90
*0
*1
*27
=28 D 824800k 3
$VALUES
R 2 2 0 1
$END
$WAVES 70
*0
=29 D 18750k 3
=30 D 2400k 3
=31 D 821600k 3
*2
$VALUES
R 2 2 0 1
V 1
0
$END
$WAVES +53
*0
*26
R 2 2 *2 *3
*2
*4
*5
$VALUES
R 2 4 1 0
V 1
1
$END
$WAVES +13
*0
=32 D 21150k 3
$VALUES
V 2
U
0
$END
$WAVES 66
*0
*32
=33 D 411200k 3
$VALUES
V 3
0
1
0
$END
$WAVES 176
*0
*32
R 1 513 *2
$VALUES
V 1
U
R 2 257 0 1
$END
$WAVES +-4
*0
*32
R 1 256 =34 D 1600k 3
$VALUES
V 1
U
R 2 128 0 1
V 1
0
$END
$WAVES +-4
*0
*32
R 1 128 =35 D 3200k 3
$VALUES
V 1
U
R 2 64 0 1
V 1
0
$END
$WAVES +-4
*0
*32
R 1 64 *27
$VALUES
V 1
U
R 2 32 0 1
V 1
0
$END
$WAVES +-4
*0
*32
R 1 32 =36 D 12800k 3
$VALUES
V 1
U
R 2 16 0 1
V 1
0
$END
$WAVES +-4
*0
*32
R 1 16 =37 D 25600k 3
$VALUES
V 1
U
R 2 8 0 1
V 1
0
$END
$WAVES +-4
*0
*32
R 1 8 =38 D 51200k 3
$VALUES
V 1
U
R 2 4 0 1
V 1
0
$END
$WAVES +-4
*0
*32
R 1 4 =39 D 102400k 3
$VALUES
V 1
U
R 2 2 0 1
V 1
0
$END
$WAVES +-4
*0
*32
R 1 2 =40 D 204800k 3
$VALUES
V 4
U
0
1
0
$END
$WAVES +-4
*0
*32
=41 D 409600k 3
$VALUES
V 3
U
0
1
$END
$WAVES +41
*0
=42 D 432350k 3
$VALUES
V 2
U
0
$END
$WAVES 62
*0
*42
*5
$VALUES
V 3
0
1
0
$END
$WAVES 221
*0
*42
R 1 512 *2
$VALUES
V 1
U
R 2 256 0 1
V 1
0
$END
$WAVES +-4
*0
*42
R 1 256 *34
$VALUES
V 1
U
R 2 128 0 1
V 1
0
$END
$WAVES +-4
*0
*42
R 1 128 *35
$VALUES
V 1
U
R 2 64 0 1
V 1
0
$END
$WAVES +-4
*0
*42
R 1 64 *27
$VALUES
V 1
U
R 2 32 0 1
V 1
0
$END
$WAVES +-4
*0
*42
R 1 32 *36
$VALUES
V 1
U
R 2 16 0 1
V 1
0
$END
$WAVES +-4
*0
*42
R 1 16 *37
$VALUES
V 1
U
R 2 8 0 1
V 1
0
$END
$WAVES +-4
*0
*42
R 1 8 *38
$VALUES
V 1
U
R 2 4 0 1
V 1
0
$END
$WAVES +-4
*0
*42
R 1 4 *39
$VALUES
V 1
U
R 2 2 0 1
V 1
0
$END
$WAVES +-4
*0
*42
R 1 2 *40
$VALUES
V 4
U
0
1
0
$END
$WAVES +-4
*0
*42
*41
$VALUES
V 3
U
0
1
$END
$WAVES 1 54 +4 74-86/4
*0
$VALUES
V 1
0
$END
$WAVES 21-49/4
*0
=43 D 0 2
=44 D 0 4
=45 D 433550k 7
=46 D 0 9
$VALUES
V 5
U
0
X
0
1
$END
$WAVES +54-+16/4 +8
*0
*26
R 2 2 *2 *3
*2
=47 D 412800k 3
*33
$VALUES
R 2 4 1 0
V 1
1
$END
$ENDWAVE