I have a bunch of LMX2594 config files from a Xilinx eval board project. When I import these into TIC Pro I often don't get the correct output frequencies generated. I don't have an eval board connected to my system - I'm just running TICS Pro standalone to generate and verify these configurations.
I've attached a couple of the files I've been testing with. Both expect a 400MHz input clock and they should generate 4GHg and 1024MHz outputs. When I switch from one file to the other I can see the N divider value changing more than once while the Import Hex Registers is running - for the 1024 file I can see it load with 333 (which is correct) and then change to 166, for the 4000 file I see it initially loaded with 400 but then change to 800. It looks like TICS is trying to calculate some of these values on the fly - can I stop it from doing that?
I tried disabling the Options->Autoupdate but that didn't help.
Is TICS Pro supposed to simulate the chip in some sense? When I check RESET under User Controls I'm not seeing the registers change to their POR values.
I'm using TICS Pro 1.7.2.0.
R0 0x000002 R0 0x000000 R112 0x700000 R111 0x6f0000 R110 0x6e0000 R109 0x6d0000 R108 0x6c0000 R107 0x6b0000 R106 0x6a0000 R105 0x690021 R104 0x680000 R103 0x670000 R102 0x663f80 R101 0x650011 R100 0x640000 R99 0x630000 R98 0x620200 R97 0x610888 R96 0x600000 R95 0x5f0000 R94 0x5e0000 R93 0x5d0000 R92 0x5c0000 R91 0x5b0000 R90 0x5a0000 R89 0x590000 R88 0x580000 R87 0x570000 R86 0x560000 R85 0x55d300 R84 0x540001 R83 0x530000 R82 0x521e00 R81 0x510000 R80 0x506666 R79 0x4f0026 R78 0x4e0003 R77 0x4d0000 R76 0x4c000c R75 0x4b08c0 R74 0x4a0000 R73 0x49003f R72 0x480001 R71 0x470081 R70 0x46c350 R69 0x450000 R68 0x4403e8 R67 0x430000 R66 0x4201f4 R65 0x410000 R64 0x401388 R63 0x3f0000 R62 0x3e0322 R61 0x3d00a8 R60 0x3c0000 R59 0x3b0001 R58 0x3a8001 R57 0x390020 R56 0x380000 R55 0x370000 R54 0x360000 R53 0x350000 R52 0x340820 R51 0x330080 R50 0x320000 R49 0x314180 R48 0x300300 R47 0x2f0300 R46 0x2e07fc R45 0x2dc0df R44 0x2c1f22 R43 0x2b0001 R42 0x2a0000 R41 0x290000 R40 0x280000 R39 0x270003 R38 0x260000 R37 0x250204 R36 0x24014d R35 0x230004 R34 0x220000 R33 0x211e21 R32 0x200393 R31 0x1f43ec R30 0x1e318c R29 0x1d318c R28 0x1c0488 R27 0x1b0002 R26 0x1a0db0 R25 0x190624 R24 0x18071a R23 0x17007c R22 0x160001 R21 0x150401 R20 0x14e048 R19 0x1327b7 R18 0x120064 R17 0x11012c R16 0x100080 R15 0x0f064f R14 0x0e1e40 R13 0x0d4000 R12 0x0c5001 R11 0x0b00a8 R10 0x0a10d8 R9 0x090604 R8 0x082000 R7 0x0740b2 R6 0x06c802 R5 0x0500c8 R4 0x040a43 R3 0x030642 R2 0x020500 R1 0x01080b R0 0x00259c R0 0x00259c
R112 0x700000 R111 0x6f0000 R110 0x6e0000 R109 0x6d0000 R108 0x6c0000 R107 0x6b0000 R106 0x6a0000 R105 0x690021 R104 0x680000 R103 0x670000 R102 0x663f80 R101 0x650011 R100 0x640000 R99 0x630000 R98 0x620200 R97 0x610888 R96 0x600000 R95 0x5f0000 R94 0x5e0000 R93 0x5d0000 R92 0x5c0000 R91 0x5b0000 R90 0x5a0000 R89 0x590000 R88 0x580000 R87 0x570000 R86 0x560000 R85 0x55d300 R84 0x540001 R83 0x530000 R82 0x521e00 R81 0x510000 R80 0x506666 R79 0x4f0026 R78 0x4e010d R77 0x4d0000 R76 0x4c000c R75 0x4b0800 R74 0x4a0000 R73 0x49003f R72 0x480001 R71 0x470081 R70 0x46c350 R69 0x450000 R68 0x4403e8 R67 0x430000 R66 0x4201f4 R65 0x410000 R64 0x401388 R63 0x3f0000 R62 0x3e0322 R61 0x3d00a8 R60 0x3c0000 R59 0x3b0001 R58 0x3a8001 R57 0x390020 R56 0x380000 R55 0x370000 R54 0x360000 R53 0x350000 R52 0x340820 R51 0x330080 R50 0x320000 R49 0x314180 R48 0x300300 R47 0x2f0300 R46 0x2e07fc R45 0x2dc0df R44 0x2c1fa0 R43 0x2b0000 R42 0x2a0000 R41 0x290000 R40 0x280000 R39 0x270001 R38 0x260000 R37 0x250104 R36 0x240190 R35 0x230004 R34 0x220000 R33 0x211e21 R32 0x200393 R31 0x1f43ec R30 0x1e318c R29 0x1d318c R28 0x1c0488 R27 0x1b0002 R26 0x1a0db0 R25 0x190624 R24 0x18071a R23 0x17007c R22 0x160001 R21 0x150401 R20 0x14d048 R19 0x1327b7 R18 0x120064 R17 0x11014e R16 0x100080 R15 0x0f064f R14 0x0e1e40 R13 0x0d4000 R12 0x0c5002 R11 0x0b00a8 R10 0x0a10d8 R9 0x090604 R8 0x082000 R7 0x0740b2 R6 0x06c802 R5 0x0500c8 R4 0x040c43 R3 0x030642 R2 0x020500 R1 0x010809 R0 0x00241c R0 0x000000 R0 0x000000 R0 0x000000
