增加功能配置汇总表格

根据评审要求更新文档
2025-11-26 11:02:54 +08:00 · 2025-11-04 21:14:03 +08:00
16 changed files with 1786 additions and 531 deletions
--- a/.gitignore
+++ b/.gitignore
@ -1 +1 @@
-读出子系统历史无关配置集.pdf
+读出子系统历史无关配置集.html
--- a/acq_1_config.txt
+++ b/acq_1_config.txt
@ -1,49 +1,53 @@
-00200000 // frame_header[63:32]
-00200010 // frame_header[31: 0]
-001007B7 // lui x15, 0x100
-0007A083 // lw  x1, 0x00(x15)
-0000A00B // send x0,x1,0
-0000002B // exit x0,x0,0
+00000018
+00200004
+00000003

-00300000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00001000 // codeword = 0x00001000
+00200000
+00200010
+001007B7
+0007A083
+0000A00B
+0000002B

-00400044 // frame_header[63:32]
-00200008 // frame_header[31: 0]
-00000000 // spi_rd_en = 0
-00000010 // sample_depth = 16 clk
+00300000
+00200004
+00001000

-00400050 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000040 // int_threshold = 64
+00400044
+00200008
+00000000
+00000010

-00700000 // frame_header[63:32]
-00200010 // frame_header[31: 0]
-001007B7 // lui x15, 0x100
-0007A083 // lw  x1, 0x00(x15)
-0000A00B // send x0,x1,0
-0000002B // exit x0,x0,0
+00400050
+00200004
+00000040

-00800000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000000 // codeword = 0
+00700000
+00200010
+001007B7
+0007A083
+0000A00B
+0000002B

-00900034 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-40000000 // amplitud = 0x4000
+00800000
+00200004
+00000000

-00900044 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000000 // INTP_SEL=0, MIX_MODE=0, AWG_MODE = 0
+00900034
+00200004
+40000000

-00A00000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000008 // addr = 0, len = 8 clk
+00900044
+00200004
+00000000

-00B00000 // frame_header[63:32]
-00200100 // frame_header[31: 0]
-00470013 // 128 samples, 8 clk 
+00A00000
+00200004
+00000008
+
+00B00000
+00200100
+00470013
 0076007B
 FEF60000
 FB91FD65
--- a/acq_2_config.txt
+++ b/acq_2_config.txt
@ -1,41 +1,45 @@
-00200000 // frame_header[63:32]
-00200010 // frame_header[31: 0]
-001007B7 // lui x15, 0x100
-0007A083 // lw  x1, 0x00(x15)
-0000A00B // send x0,x1,0
-0000002B // exit x0,x0,0
+00000018
+00200004
+00000003

-00300000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-000f2110 // codeword = 0x000f2110
+00200000
+00200010
+001007B7
+0007A083
+0000A00B
+0000002B

-00400044 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000000 // spi_rd_en = 0, iq_scale = 0
+00300000
+00200004
+000f2110

-00400050 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000008 // int_threshold = 8
+00400044
+00200004
+00000000

-00500004 // frame_header[63:32]
-00000004 // frame_header[31: 0]
-00000010 // qubit 0 group 0 para mtf_idx
+00400050
+00200004
+00000008

-00500804 // frame_header[63:32]
-00000004 // frame_header[31: 0]
-00000010 // qubit 1 group 0 para mtf_idx
+00500004
+00200004
+00000010

-00501004 // frame_header[63:32]
-00000004 // frame_header[31: 0]
-00000010 // qubit 2 group 0 para mtf_idx
+00500804
+00200004
+00000010

-00501804 // frame_header[63:32]
-00000004 // frame_header[31: 0]
-00000010 // qubit 3 group 0 para mtf_idx
+00501004
+00200004
+00000010

-00580000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-95D42465 // qubit 0 128 mtf_i samples
+00501804
+00200004
+00000010
+
+00580000
+00200100
+95D42465
 32E39E81
 155B7E6E
 A9838EC6
@ -100,9 +104,9 @@ EB3A727C
 CC9182A4
 6A7E601B

-00584000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-4577794B // qubit 0 128 mtf_q samples
+00584000
+00200100
+4577794B
 8B84AEF8
 7D570FC0
 A3E93871
@ -167,9 +171,9 @@ A28193CF
 8CC21058
 44F7AD84

-00588000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-8AC41862 // qubit 1 128 mtf_i samples
+00588000
+00200100
+8AC41862
 590CB986
 CF24697E
 00AF838F
@ -234,9 +238,9 @@ D09083AE
 8B85B80A
 7E631AC5

-0058C000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-306F7C50 // qubit 1 128 mtf_q samples
+0058C000
+00200100
+306F7C50
 A68196DB
 757946F3
 819DE73B
@ -301,9 +305,9 @@ D09083AE
 CD23687E
 01B0838F

-00590000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-83B40C5E // qubit 2 128 mtf_i samples
+00590000
+00200100
+83B40C5E
 7435DA92
 97E33D78
 5703AD82
@ -368,9 +372,9 @@ BF868CCE
 83B2095C
 7537DC94

-00594000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-19667E55 // qubit 2 128 mtf_q samples
+00594000
+00200100
+19667E55
 CE8C86BF
 487B6F29
 A4819FEF
@ -435,9 +439,9 @@ E33D7874
 16647E57
 D08D85BD

-00598000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-81A60059 // qubit 3 128 mtf_i samples
+00598000
+00200100
+81A60059
 7E59FFA5
 81A6005A
 7E58FEA5
@ -502,9 +506,9 @@ D08D85BD
 82B51366
 7D4AEB99

-0059C000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-00597E59 // qubit 3 128 mtf_q samples
+0059C000
+00200100
+00597E59
 FFA581A6
 005A7E59
 FEA581A6
@ -569,32 +573,32 @@ EC9982B5
 14667D4A
 EB9982B5

-00700000 // frame_header[63:32]
-00200010 // frame_header[31: 0]
-001007B7 // lui x15, 0x100
-0007A083 // lw  x1, 0x00(x15)
-0000A00B // send x0,x1,0
-0000002B // exit x0,x0,0
+00700000
+00200010
+001007B7
+0007A083
+0000A00B
+0000002B

-00800000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000000 // codeword = 0
+00800000
+00200004
+00000000

-00900034 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-40000000 // amplitud = 0x4000
+00900034
+00200004
+40000000

-00900044 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000000 // INTP_SEL=0, MIX_MODE=0, AWG_MODE = 0
+00900044
+00200004
+00000000

-00A00000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000008 // addr = 0, len = 8 clk
+00A00000
+00200004
+00000008

-00B00000 // frame_header[63:32]
-00200100 // frame_header[31: 0]
-000E0005 // 128 samples, 8 clk 
+00B00000
+00200100
+000E0005
 FFCC0004
 FF3FFF74
 006CFF85
--- a/acq_3_config.txt
+++ b/acq_3_config.txt
@ -1,25 +1,29 @@
-00200000 // frame_header[63:32]
-00200010 // frame_header[31: 0]
-001007B7 // lui x15, 0x100
-0007A083 // lw  x1, 0x00(x15)
-0000A00B // send x0,x1,0
-0000002B // exit x0,x0,0
+00000018
+00200004
+00000003

-00300000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-000f4000 // codeword = 0x000f4000
+00200000
+00200010
+001007B7
+0007A083
+0000A00B
+0000002B

-00400044 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000000 // spi_rd_en = 0, iq_scale = 0
+00300000
+00200004
+000f4000

-00400050 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000001 // int_threshold = 1
+00400044
+00200004
+00000000

-00500004 // frame_header[63:32]
-0000001C // frame_header[31: 0]
-00000010 // qubit 0 group 0 para mtf_idx
+00400050
+00200004
+00000001
+
+00500004
+0020001C
+00000010
 80018001
 00000000
 00007FFF
@ -27,9 +31,9 @@
 7FFF8001
 00000000

-00500804 // frame_header[63:32]
-0000001C // frame_header[31: 0]
-00000010 // qubit 1 group 0 para mtf_idx
+00500804
+0020001C
+00000010
 80018001
 00000000
 00007FFF
@ -37,9 +41,9 @@
 7FFF8001
 00000000

-00501004 // frame_header[63:32]
-0000001C // frame_header[31: 0]
-00000010 // qubit 2 group 0 para mtf_idx
+00501004
+0020001C
+00000010
 80018001
 00000000
 00007FFF
@ -47,9 +51,9 @@
 7FFF8001
 00000000

-00501804 // frame_header[63:32]
-0000001C // frame_header[31: 0]
-00000010 // qubit 3 group 0 para mtf_idx
+00501804
+0020001C
+00000010
 80018001
 00000000
 00007FFF
@ -57,9 +61,9 @@
 7FFF8001
 00000000

-00580000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-95D42465 // qubit 0 128 mtf_i samples
+00580000
+00200100
+95D42465
 32E39E81
 155B7E6E
 A9838EC6
@ -124,9 +128,9 @@ EB3A727C
 CC9182A4
 6A7E601B

-00584000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-4577794B // qubit 0 128 mtf_q samples
+00584000
+00200100
+4577794B
 8B84AEF8
 7D570FC0
 A3E93871
@ -191,9 +195,9 @@ A28193CF
 8CC21058
 44F7AD84

-00588000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-8AC41862 // qubit 1 128 mtf_i samples
+00588000
+00200100
+8AC41862
 590CB986
 CF24697E
 00AF838F
@ -258,9 +262,9 @@ D09083AE
 8B85B80A
 7E631AC5

-0058C000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-306F7C50 // qubit 1 128 mtf_q samples
+0058C000
+00200100
+306F7C50
 A68196DB
 757946F3
 819DE73B
@ -325,9 +329,9 @@ D09083AE
 CD23687E
 01B0838F

-00590000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-83B40C5E // qubit 2 128 mtf_i samples
+00590000
+00200100
+83B40C5E
 7435DA92
 97E33D78
 5703AD82
@ -392,9 +396,9 @@ BF868CCE
 83B2095C
 7537DC94

-00594000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-19667E55 // qubit 2 128 mtf_q samples
+00594000
+00200100
+19667E55
 CE8C86BF
 487B6F29
 A4819FEF
@ -459,9 +463,9 @@ E33D7874
 16647E57
 D08D85BD

-00598000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-81A60059 // qubit 3 128 mtf_i samples
+00598000
+00200100
+81A60059
 7E59FFA5
 81A6005A
 7E58FEA5
@ -526,9 +530,9 @@ D08D85BD
 82B51366
 7D4AEB99

-0059C000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-00597E59 // qubit 3 128 mtf_q samples
+0059C000
+00200100
+00597E59
 FFA581A6
 005A7E59
 FEA581A6
@ -593,32 +597,32 @@ EC9982B5
 14667D4A
 EB9982B5

-00700000 // frame_header[63:32]
-00200010 // frame_header[31: 0]
-001007B7 // lui x15, 0x100
-0007A083 // lw  x1, 0x00(x15)
-0000A00B // send x0,x1,0
-0000002B // exit x0,x0,0
+00700000
+00200010
+001007B7
+0007A083
+0000A00B
+0000002B

-00800000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000000 // codeword = 0
+00800000
+00200004
+00000000

-00900034 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-40000000 // amplitud = 0x4000
+00900034
+00200004
+40000000

-00900044 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000000 // INTP_SEL=0, MIX_MODE=0, AWG_MODE = 0
+00900044
+00200004
+00000000

-00A00000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000008 // addr = 0, len = 8 clk
+00A00000
+00200004
+00000008

-00B00000 // frame_header[63:32]
-00200100 // frame_header[31: 0]
-000E0005 // 128 samples, 8 clk 
+00B00000
+00200100
+000E0005
 FFCC0004
 FF3FFF74
 006CFF85
--- a/acq_4_config.txt
+++ b/acq_4_config.txt
@ -1,25 +1,29 @@
-00200000 // frame_header[63:32]
-00200010 // frame_header[31: 0]
-001007B7 // lui x15, 0x100
-0007A083 // lw  x1, 0x00(x15)
-0000A00B // send x0,x1,0
-0000002B // exit x0,x0,0
+00000018
+00200004
+00000003

-00300000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-000f8220 // codeword = 000f8220
+00200000
+00200010
+001007B7
+0007A083
+0000A00B
+0000002B

-00400044 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000000 // spi_rd_en = 0, iq_scale = 0
+00300000
+00200004
+000f8220

-00400050 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000010 // int_threshold = 1
+00400044
+00200004
+00000000

-00500004 // frame_header[63:32]
-0000001C // frame_header[31: 0]
-00000010 // qubit 0 group 0 para mtf_idx
+00400050
+00200004
+00000010
+
+00500004
+0020001C
+00000010
 80018001
 00000000
 00007FFF
@ -27,9 +31,9 @@
 7FFF8001
 00000000

-00500804 // frame_header[63:32]
-0000001C // frame_header[31: 0]
-00000010 // qubit 1 group 0 para mtf_idx
+00500804
+0020001C
+00000010
 80018001
 00000000
 00007FFF
@ -37,9 +41,9 @@
 7FFF8001
 00000000

-00501004 // frame_header[63:32]
-0000001C // frame_header[31: 0]
-00000010 // qubit 2 group 0 para mtf_idx
+00501004
+0020001C
+00000010
 80018001
 00000000
 00007FFF
@ -47,9 +51,9 @@
 7FFF8001
 00000000

-00501804 // frame_header[63:32]
-0000001C // frame_header[31: 0]
-00000010 // qubit 3 group 0 para mtf_idx
+00501804
+0020001C
+00000010
 80018001
 00000000
 00007FFF
@ -57,9 +61,9 @@
 7FFF8001
 00000000

-00580000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-95D42465 // qubit 0 128 mtf_i samples
+00580000
+00200100
+95D42465
 32E39E81
 155B7E6E
 A9838EC6
@ -124,9 +128,9 @@ EB3A727C
 CC9182A4
 6A7E601B

-00584000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-4577794B // qubit 0 128 mtf_q samples
+00584000
+00200100
+4577794B
 8B84AEF8
 7D570FC0
 A3E93871
@ -191,9 +195,9 @@ A28193CF
 8CC21058
 44F7AD84

-00588000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-8AC41862 // qubit 1 128 mtf_i samples
+00588000
+00200100
+8AC41862
 590CB986
 CF24697E
 00AF838F
@ -258,9 +262,9 @@ D09083AE
 8B85B80A
 7E631AC5

-0058C000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-306F7C50 // qubit 1 128 mtf_q samples
+0058C000
+00200100
+306F7C50
 A68196DB
 757946F3
 819DE73B
@ -325,9 +329,9 @@ D09083AE
 CD23687E
 01B0838F

-00590000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-83B40C5E // qubit 2 128 mtf_i samples
+00590000
+00200100
+83B40C5E
 7435DA92
 97E33D78
 5703AD82
@ -392,9 +396,9 @@ BF868CCE
 83B2095C
 7537DC94

-00594000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-19667E55 // qubit 2 128 mtf_q samples
+00594000
+00200100
+19667E55
 CE8C86BF
 487B6F29
 A4819FEF
@ -459,9 +463,9 @@ E33D7874
 16647E57
 D08D85BD

-00598000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-81A60059 // qubit 3 128 mtf_i samples
+00598000
+00200100
+81A60059
 7E59FFA5
 81A6005A
 7E58FEA5
@ -526,9 +530,9 @@ D08D85BD
 82B51366
 7D4AEB99

-0059C000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-00597E59 // qubit 3 128 mtf_q samples
+0059C000
+00200100
+00597E59
 FFA581A6
 005A7E59
 FEA581A6
@ -593,32 +597,32 @@ EC9982B5
 14667D4A
 EB9982B5

-00700000 // frame_header[63:32]
-00200010 // frame_header[31: 0]
-001007B7 // lui x15, 0x100
-0007A083 // lw  x1, 0x00(x15)
-0000A00B // send x0,x1,0
-0000002B // exit x0,x0,0
+00700000
+00200010
+001007B7
+0007A083
+0000A00B
+0000002B

-00800000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000000 // codeword = 0
+00800000
+00200004
+00000000

-00900034 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-40000000 // amplitud = 0x4000
+00900034
+00200004
+40000000

-00900044 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000000 // INTP_SEL=0, MIX_MODE=0, AWG_MODE = 0
+00900044
+00200004
+00000000

-00A00000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000008 // addr = 0, len = 8 clk
+00A00000
+00200004
+00000008

-00B00000 // frame_header[63:32]
-00200100 // frame_header[31: 0]
-000E0005 // 128 samples, 8 clk 
+00B00000
+00200100
+000E0005
 FFCC0004
 FF3FFF74
 006CFF85
--- a/acq_5_config.txt
+++ b/acq_5_config.txt
@ -1,25 +1,29 @@
-00200000 // frame_header[63:32]
-00200010 // frame_header[31: 0]
-001007B7 // lui x15, 0x100
-0007A083 // lw  x1, 0x00(x15)
-0000A00B // send x0,x1,0
-0000002B // exit x0,x0,0
+00000018
+00200004
+00000003

-00300000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-000f82e0 // codeword = 000f82e0
+00200000
+00200010
+001007B7
+0007A083
+0000A00B
+0000002B

-00400044 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000000 // spi_rd_en = 0, iq_scale = 0
+00300000
+00200004
+000f82e0

-00400050 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000010 // int_threshold = 1
+00400044
+00200004
+00000000

-00500004 // frame_header[63:32]
-0000001C // frame_header[31: 0]
-00000010 // qubit 0 group 0 para mtf_idx
+00400050
+00200004
+00000010
+
+00500004
+0020001C
+00000010
 80018001
 00000000
 00007FFF
@ -27,9 +31,9 @@
 7FFF8001
 00000000

-00500804 // frame_header[63:32]
-0000001C // frame_header[31: 0]
-00000010 // qubit 1 group 0 para mtf_idx
+00500804
+0020001C
+00000010
 80018001
 00000000
 00007FFF
@ -37,9 +41,9 @@
 7FFF8001
 00000000

-00501004 // frame_header[63:32]
-0000001C // frame_header[31: 0]
-00000010 // qubit 2 group 0 para mtf_idx
+00501004
+0020001C
+00000010
 80018001
 00000000
 00007FFF
@ -47,9 +51,9 @@
 7FFF8001
 00000000

-00501804 // frame_header[63:32]
-0000001C // frame_header[31: 0]
-00000010 // qubit 3 group 0 para mtf_idx
+00501804
+0020001C
+00000010
 80018001
 00000000
 00007FFF
@ -57,9 +61,9 @@
 7FFF8001
 00000000

-00580000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-95D42465 // qubit 0 128 mtf_i samples
+00580000
+00200100
+95D42465
 32E39E81
 155B7E6E
 A9838EC6
@ -124,9 +128,9 @@ EB3A727C
 CC9182A4
 6A7E601B

-00584000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-4577794B // qubit 0 128 mtf_q samples
+00584000
+00200100
+4577794B
 8B84AEF8
 7D570FC0
 A3E93871
@ -191,9 +195,9 @@ A28193CF
 8CC21058
 44F7AD84

-00588000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-8AC41862 // qubit 1 128 mtf_i samples
+00588000
+00200100
+8AC41862
 590CB986
 CF24697E
 00AF838F
@ -258,9 +262,9 @@ D09083AE
 8B85B80A
 7E631AC5

-0058C000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-306F7C50 // qubit 1 128 mtf_q samples
+0058C000
+00200100
+306F7C50
 A68196DB
 757946F3
 819DE73B
@ -325,9 +329,9 @@ D09083AE
 CD23687E
 01B0838F

-00590000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-83B40C5E // qubit 2 128 mtf_i samples
+00590000
+00200100
+83B40C5E
 7435DA92
 97E33D78
 5703AD82
@ -392,9 +396,9 @@ BF868CCE
 83B2095C
 7537DC94

-00594000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-19667E55 // qubit 2 128 mtf_q samples
+00594000
+00200100
+19667E55
 CE8C86BF
 487B6F29
 A4819FEF
@ -459,9 +463,9 @@ E33D7874
 16647E57
 D08D85BD

-00598000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-81A60059 // qubit 3 128 mtf_i samples
+00598000
+00200100
+81A60059
 7E59FFA5
 81A6005A
 7E58FEA5
@ -526,9 +530,9 @@ D08D85BD
 82B51366
 7D4AEB99

-0059C000 // frame_header[63:32]
-00000100 // frame_header[31: 0]
-00597E59 // qubit 3 128 mtf_q samples
+0059C000
+00200100
+00597E59
 FFA581A6
 005A7E59
 FEA581A6
@ -593,32 +597,32 @@ EC9982B5
 14667D4A
 EB9982B5

-00700000 // frame_header[63:32]
-00200010 // frame_header[31: 0]
-001007B7 // lui x15, 0x100
-0007A083 // lw  x1, 0x00(x15)
-0000A00B // send x0,x1,0
-0000002B // exit x0,x0,0
+00700000
+00200010
+001007B7
+0007A083
+0000A00B
+0000002B

-00800000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000000 // codeword = 0
+00800000
+00200004
+00000000

-00900034 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-40000000 // amplitud = 0x4000
+00900034
+00200004
+40000000

-00900044 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000000 // INTP_SEL=0, MIX_MODE=0, AWG_MODE = 0
+00900044
+00200004
+00000000

-00A00000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000008 // addr = 0, len = 8 clk
+00A00000
+00200004
+00000008

-00B00000 // frame_header[63:32]
-00200100 // frame_header[31: 0]
-000E0005 // 128 samples, 8 clk 
+00B00000
+00200100
+000E0005
 FFCC0004
 FF3FFF74
 006CFF85
--- a/assets/readout_proc.png
+++ b/assets/readout_proc.png
--- a/exc_1_config.txt
+++ b/exc_1_config.txt
@ -1,33 +1,37 @@
-00200000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-0000002B // daq mcu exit
+00000018
+00200004
+00000003

-00700000 // frame_header[63:32]
-00200010 // frame_header[31: 0]
-001007B7 // lui x15, 0x100
-0007A083 // lw  x1, 0x00(x15)
-0000A00B // send x0,x1,0
-0000002B // exit x0,x0,0
+00200000
+00200004
+0000002B

-00800000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000000 // codeword = 0
+00700000
+00200010
+001007B7
+0007A083
+0000A00B
+0000002B

-00900034 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-40000000 // amplitud = 0x4000
+00800000
+00200004
+00000000

-00900044 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000000 // INTP_SEL=0, MIX_MODE=0, AWG_MODE = 0
+00900034
+00200004
+40000000

-00A00000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000008 // addr = 0, len = 8 clk
+00900044
+00200004
+00000000

-00B00000 // frame_header[63:32]
-00200100 // frame_header[31: 0]
-00470013 // 128 samples, 8 clk 
+00A00000
+00200004
+00000008
+
+00B00000
+00200100
+00470013
 0076007B
 FEF60000
 FB91FD65
--- a/exc_2_config.txt
+++ b/exc_2_config.txt
@ -1,35 +1,39 @@
-00200000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-0000002B // daq mcu exit
+00000018
+00200004
+00000003

-00700000 // frame_header[63:32]
-00200010 // frame_header[31: 0]
-001007B7 // lui x15, 0x100
-0007A083 // lw  x1, 0x00(x15)
-0000A00B // send x0,x1,0
-0000002B // exit x0,x0,0
+00200000
+00200004
+0000002B

-00800000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000000 // codeword = 0
+00700000
+00200010
+001007B7
+0007A083
+0000A00B
+0000002B

-00900034 // frame_header[63:32]
-0020000C // frame_header[31: 0]
-40000000 // amplitud = 0x4000
-F0000000 // frequency = -250MHz
-00000000 // phase = 0
+00800000
+00200004
+00000000

-00900044 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000001 // INTP_SEL=0, MIX_MODE=0, AWG_MODE = 1
+00900034
+0020000C
+40000000
+F0000000
+00000000

-00A00000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000008 // addr = 0, len = 8 clk
+00900044
+00200004
+00000001

-00B00000 // frame_header[63:32]
-00200100 // frame_header[31: 0]
-004C000F // 128 samples, 8 clk 
+00A00000
+00200004
+00000008
+
+00B00000
+00200100
+004C000F
 00D800A6
 FF6E0085
 FB8AFD9F
--- a/pump_1_ana_cfg.txt
+++ b/pump_1_ana_cfg.txt
@ -1,11 +1,11 @@
-00200000 // frame_header[63:32]
-00280004 // frame_header[31: 0]
-006ACFC0 // pump frequency = 7GHz
+00200000
+00280004
+006ACFC0

-00300000 // frame_header[63:32]
-00280004 // frame_header[31: 0]
-FFFFFF38 // pump power = 15 dbm
+00300000
+00280004
+FFFFFF38

-00400000 // frame_header[63:32]
-00280004 // frame_header[31: 0]
-00000011 // pump output enable
+00400000
+00280004
+00000011
--- a/pump_1_dig_cfg.txt
+++ b/pump_1_dig_cfg.txt
@ -1,30 +1,34 @@
-00200000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-0000002B // daq mcu exit
+00000018
+00200004
+00000003

-00700000 // frame_header[63:32]
-00200010 // frame_header[31: 0]
-001007B7 // lui x15, 0x100
-0007A083 // lw  x1, 0x00(x15)
-0000A00B // send x0,x1,0
-0000002B // exit x0,x0,0
+00200000
+00200004
+0000002B

-00800000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000100 // codeword = 00000100
+00700000
+00200010
+001007B7
+0007A083
+0000A00B
+0000002B

-00900044 // frame_header[63:32]
-00200008 // frame_header[31: 0]
-00000000 // PUMP_INV=0
-00010010 // delay = 1, width = 16
+00800000
+00200004
+00000100

-00A00000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000008 // addr = 0, len = 8 clk
+00900044
+00200008
+00000000
+00010010

-00B00000 // frame_header[63:32]
-00200100 // frame_header[31: 0]
-00470013 // 128 samples, 8 clk 
+00A00000
+00200004
+00000008
+
+00B00000
+00200100
+00470013
 0076007B
 FEF60000
 FB91FD65
--- a/pump_2_dig_cfg.txt
+++ b/pump_2_dig_cfg.txt
@ -1,11 +1,15 @@
-00200000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-0000002B // exit daq
+00000018
+00200004
+00000003

-00700000 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-0000002B //exit awg
+00200000
+00200004
+0000002B

-00900044 // frame_header[63:32]
-00200004 // frame_header[31: 0]
-00000010 // PUMP_INV = 1
+00700000
+00200004
+0000002B
+
+00900044
+00200004
+00000010
--- a/泵浦通道.csv
+++ b/泵浦通道.csv
@ -0,0 +1,3 @@
+功能项\控制项,时序控制,脉宽控制,频率控制,幅度控制,模拟使能
+Pump.1 开关输出,√,√,√,√,√
+Pump.2 连续输出,×,×,√,√,√
--- a/激励通道.csv
+++ b/激励通道.csv
@ -0,0 +1,3 @@
+功能项\控制项,时序控制,波形控制,调频,调相,调幅
+EXCT.1 直接波形输出,√,√,×,×,√
+EXCT.2 调制波形输出,√,√,√,√,√
--- a/读出子系统历史无关配置集.md
+++ b/读出子系统历史无关配置集.md
--- a/采集通道.csv
+++ b/采集通道.csv
@ -0,0 +1,6 @@
+功能项\控制项,时序控制,采集深度,比特使能,统计控制,匹配滤波器选择,解模范围选择,态判断参数选择,态判断模式选择
+ACQ.1 波形采集,√,√,×,×,×,×,×,×
+ACQ.2 IQ数据采集,√,×,√,√,√,√,×,×
+ACQ.3 态数据采集,√,×,√,×,√,√,√,√
+ACQ.4 计数数据采集,√,×,√,√,√,√,√,√
+ACQ.5 读出态反馈,√,×,√,×,√,√,√,√
Author	SHA1	Message	Date
guocheng	6cd18cd73e	增加功能配置汇总表格	2025-11-26 11:02:54 +08:00
guocheng	34044f78fa	根据评审要求更新文档	2025-11-04 21:14:03 +08:00