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birdcage/docs/K60-refman-vectors/K60-reference-manual_page_611.svg
Ryan Malloy 5252d1d73c Add hardware reference docs (A3981, K60, RYS352A) 
Allegro A3981 stepper motor driver: datasheet, KiCad symbols/footprint,
3D model (TSSOP-28). Two per G2 board, SPI-controlled, AUTO microstep.

NXP MK60DN512VLQ10 (Kinetis K60): datasheet and 1300-page reference
manual. Cortex-M4 96MHz MCU running the G2 firmware.

Reyax RYS352A GPS module: datasheet and PAIR command guide.
GPS receiver on the G2 board (used for auto-location/satellite lookup).

All extracted as markdown + page images + vector SVGs for LLM context.
Binary assets (PDFs, PNGs, SVGs, STEP, WRL) stored via git-lfs.
2026-02-14 18:36:42 -07:00

395 lines
48 KiB (Stored with Git LFS)
XML
Raw Blame History

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<text xml:space="preserve" transform="matrix(1 0 0 1 308.25 92)" font-size="9" font-family="HelveticaLTStd"><tspan y="15.58789" x="46.467">f</tspan></text>
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<text xml:space="preserve" transform="matrix(1 0 0 1 308.25 123)" font-size="9" font-family="HelveticaLTStd"><tspan y="15.58789" x="47.223">f</tspan></text>
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<text xml:space="preserve" transform="matrix(1 0 0 1 54.000017 54)" font-size="14" font-family="HelveticaLTStd" font-weight="bold"><tspan y="167.63672" x="232.554 242.662 253.554 262.108">NOTE</tspan></text>
<text xml:space="preserve" transform="matrix(1 0 0 1 54.000017 54)" font-size="14" font-family="TimesLTStd"><tspan y="192.25" x="72.002 79.786 86.786 91.448009 94.948009 98.840007 105.840007 110.50201 117.50201 122.16401 133.05602 139.27202 143.16402 147.05602 154.05602 161.05602 164.55602 170.77202 177.77202 184.77202 191.77202 195.66402 199.16402 203.05602 210.05602 220.16402 223.66402 230.66402 237.66402 247.77202 253.98802 258.65003 262.15003 273.04203 280.04203 287.04203 293.25804 298.70405 302.20405 309.20405 313.86604 317.36604 324.36604 331.36604 337.58204 342.24403 348.46003 352.35203 356.24403 363.24403 370.24403 373.74403 380.74403 386.19004 392.40605 399.40605 402.90605 406.79804">For information about low power modes of operation used in</tspan><tspan y="208.25" x="72.002 75.894 82.894 86.785999 92.231998 95.731998 101.948 108.948 112.84 119.84 123.34 129.556 136.556 143.556 147.056 150.948 157.948 164.164 168.056 172.718 176.218 182.434 186.326 190.218 197.218 204.218 215.11 221.326 228.326 232.218 235.718 245.826 249.718 253.61 260.61 264.11 269.556 276.556 287.448 293.664 297.164 307.272 315.056 324.394 327.894 338.786 345.786 352.786 359.002 364.44804 367.94804 371.44804 376.11003 382.32603 386.988 393.204 397.866 401.366 405.258">this chip and their alignment with some OSC modes, refer to</tspan><tspan y="224.25" x="72.002 75.894 82.894 89.11 92.61 98.826007 105.826007 109.718 116.718 119.238 124.684 128.18399 135.96799 142.96799 153.07599 159.29199 163.954 167.454 179.9 186.116 193.116 199.332 206.332 212.548 223.44 229.656 236.656 240.548 244.048 251.048 257.264 261.156 267.372 271.264 275.156 280.60203">the chip's Power Management details.</tspan></text>
<text xml:space="preserve" transform="matrix(1 0 0 1 54.000017 318.8)" font-size="15" font-family="HelveticaLTStd" font-weight="bold"><tspan y="11.89648" x=".00199 8.341991 16.681992 20.851992 29.191994 33.361997 41.701997 45.871999">26.8.2.1</tspan></text>
<text xml:space="preserve" transform="matrix(1 0 0 1 122.383319 318.8)" font-size="15" font-family="HelveticaLTStd" font-weight="bold"><tspan y="11.89648" x=".00199 9.16699 18.33199 30.001992 34.99699 44.16199 49.99699 58.33699 67.50199 76.66699 85.006999 94.172 102.512 110.852008 115.022 119.192 130.022 134.192 143.357 152.52199 157.51699 169.18698 177.52698 181.69698 190.86197 195.03197 207.52696 216.69196 225.85695">Low-Frequency, High-Gain Mode</tspan></text>
<text xml:space="preserve" transform="matrix(1 0 0 1 54.000017 54)" font-size="14" font-family="TimesLTStd"><tspan y="301.05" x=".005 4.6670005 11.667 15.167 23.721 30.721 40.829004 45.491 50.153 54.815 61.031 68.031 75.031 81.247 88.247 94.463008 101.463008 104.963008 108.463008 115.463008 119.355 126.355 133.35501 138.01702 145.01702 151.23302 155.12502 162.12502 165.62502 176.51702 183.51702 190.51702 196.73302 200.23302 203.73302 207.62502 214.62502 220.84102 224.34102 231.34102 236.78702 243.00302 246.89502 250.78702 254.67902 260.89503 264.78703 271.78703 276.449 279.949 286.949 292.39503 298.61103 304.05705 307.55705 313.77305 317.27305 322.71907 326.61106 337.50306 344.50306 348.39506 354.61106 358.11106 362.00306 369.00306 376.00306 382.21907 386.88105 390.77305 396.98905 401.65104 406.31303 411.75904 415.65104 422.65104 426.54304 432.75904 436.25904 442.47505 453.36705 460.36705 464.25904 468.15104 472.81303 476.70503 482.92103 487.583">In Low-frequency, high-gain mode, the oscillator uses a simple inverter-style amplifier.</tspan><tspan y="317.05" x=".00503 8.55903 15.55903 21.77503 25.27503 32.275033 38.49103 42.383035 49.383035 52.883035 56.775037 62.221036 65.72104 71.16704 77.38304 81.27504 84.77504 88.66704 95.66704 99.16704 105.38304 111.599048 118.599048 122.49104 128.70705 135.70705 141.92305 145.42305 150.08506 156.30106 160.19306 164.08506 168.74706 172.63906 179.63906 184.30106 188.96306 195.17906 199.07106 202.96306 206.46306 213.46306 218.90906 225.12506 229.01706 232.90906 236.80106 243.01706 246.90906 250.80106 257.80107 264.80107 268.30107 274.51707 285.40907 292.40907 296.30107 300.19306 304.08506 311.08506 318.08506 324.30107 329.74708">The gain is set to achieve rail-to-rail oscillation amplitudes.</tspan><tspan y="341.44999" x=".0050600005 8.55906 15.55906 21.77506 25.27506 32.275064 37.72106 43.93706 47.829065 51.721067 55.613069 61.829069 65.72107 72.72107 77.38307 80.88307 84.77507 91.77507 98.77507 105.77507 109.66707 113.16707 120.16707 127.16707 131.82907 136.49108 142.70708 147.36908 150.86908 154.76108 161.76108 165.26108 169.15308 176.15308 180.04508 185.49108 188.99108 199.88307 206.88307 213.88307 220.09908 223.59908 227.49108 232.93708 236.43708 241.88307 245.77507 252.77507 259.7751 263.66709 269.8831 274.54508 280.76109 287.76109 294.76109 300.97709 307.97709 311.47709 314.97709 319.63908 323.53108 327.03108 334.03108 338.69306 345.69306 352.69306 356.58506 363.58506 369.80107 375.24708 378.74708 382.63908 389.63908 399.74708 403.24708 410.24708 416.46308 421.9091 427.3551 430.8551 435.5171 440.17909 446.39509 453.39509 460.39509 466.61109 473.61109 479.8271">The oscillator input buffer in this mode is single-ended. It provides low pass frequency</tspan><tspan y="357.44999" x=".0050900008 4.6670906 8.559091 12.451091 16.343092 22.559094 27.221095 31.113095 38.113096 45.113096 48.613096 54.829095 60.275094 63.775094 73.883098 80.0991 83.9911 87.883098 91.383098 97.5991 103.0451 106.5451 113.5451 120.5451 125.9911 129.8831 136.0991 140.76111 146.97711 152.42311 156.31511 161.76111 165.26111 169.92311 176.92311 181.58512 185.08512 192.08512 199.08512 202.97711 206.86911 213.08512 220.08512 226.30112 229.80112 234.46312 238.35512 242.24712 246.13912 252.35512 257.01713 260.90913 267.90913 274.90913 278.40913 284.62513 291.62513 298.62513 302.12513 308.34114 315.34114 322.34114 329.34114 335.55714 340.21913 344.1111 349.55714 353.05714 356.94914 363.94914 370.16514 373.66514 380.66514 387.66514 391.55714 398.55714 405.55714 409.44914 412.94914 416.84114 423.84114 427.34114 431.23313 438.23313 445.23313 449.12513 455.34114 458.84114 462.73313 468.94914 475.94914 482.16514 486.05714 491.50315">filtering as well as hysteresis for voltage filtering and converts the output to logic levels.</tspan><tspan y="373.44999" x=".0050900008 4.6670906 11.66709 15.16709 19.059092 26.059092 29.951092 35.39709 38.89709 49.789094 56.789094 63.789094 70.0051 73.5051 77.0051 80.897098 87.897098 94.1131 97.6131 101.5051 108.5051 112.397098 118.6131 123.2751 130.2751 136.4911 140.3831 143.8831 150.0991 156.31511 163.31511 169.53112 175.74712 179.63912 183.53112 190.53112 195.19312 200.63912 204.13912 210.35512 217.35512 224.35512 228.24712 235.24712 238.74712 245.74712 251.96312 255.46312 262.46315 267.90916 274.12516 281.12516">In this mode, the internal capacitors could be used.</tspan></text>
<text xml:space="preserve" transform="matrix(1 0 0 1 54.000017 467.99998)" font-size="15" font-family="HelveticaLTStd" font-weight="bold"><tspan y="11.89648" x=".00009 8.340091 16.680092 20.850092 29.190094 33.360097 41.700098 45.8701">26.8.2.2</tspan></text>
<text xml:space="preserve" transform="matrix(1 0 0 1 122.383319 467.99998)" font-size="15" font-family="HelveticaLTStd" font-weight="bold"><tspan y="11.89648" x=".00008 9.16508 18.33008 30.00008 34.99508 44.16008 49.99508 58.33508 67.50008 76.66508 85.00508 94.17008 102.510089 110.85009 115.02009 119.19009 128.35509 137.52008 149.19008 154.18508 164.19008 173.35507 185.02507 193.36507 199.20008 203.37007 215.86507 225.03006 234.19506">Low-Frequency, Low-Power Mode</tspan></text>
<text xml:space="preserve" transform="matrix(1 0 0 1 54.000017 54)" font-size="14" font-family="TimesLTStd"><tspan y="450.24998" x="-.0009 4.6611006 11.6611 15.1611 19.0531 26.0531 36.161104 40.8231 45.4851 50.1471 56.3631 63.3631 70.3631 76.5791 83.5791 89.795108 96.795108 100.295108 103.795108 107.6871 114.6871 124.795108 129.4571 136.4571 143.4571 153.56511 159.78112 164.44312 167.94312 178.83512 185.83512 192.83512 199.05112 202.55112 206.05112 209.94312 216.94312 223.15912 226.65912 233.65912 239.10512 245.32112 249.21312 253.10512 256.99714 263.21315 267.10514 274.10514 278.76713 282.26713 289.26713 294.71315 300.92915 306.37516 309.87516 316.09117 319.59117 326.59117 332.80717 336.69917 343.69917 347.19917 353.41517 360.41517 367.41517 371.30717 375.96916 382.96916 386.86116 390.36116 394.25315 401.25315 408.25315 415.25315 418.75315 422.64515 429.64515 433.14515 444.03715 447.92915 454.92915 458.82115 469.71315 473.60514 479.82115">In low-frequency, low-power mode, the oscillator uses a gain control loop to minimize</tspan><tspan y="466.24998" x="-.00093 6.99907 13.99907 24.10707 30.32307 34.98507 38.48507 44.70107 51.70107 58.70107 64.14707 71.14707 82.03907 89.03907 92.93107 96.82307 103.82307 110.82307 114.32307 117.82307 127.93107 133.37708 136.87708 140.76908 147.76908 153.98508 157.48508 164.48508 169.93108 176.14708 180.03908 183.93108 187.82308 194.03908 197.93108 201.82308 208.82308 215.82308 219.32308 225.53908 236.43108 243.43108 247.32308 251.21508 255.10707 262.10707 269.10707 275.32307 278.82307 282.71507 289.71507 295.93107 300.59306 306.80906 313.02507 318.47108 324.68708 330.1331 333.6331 337.1331 341.0251 348.0251 354.2411 357.7411 363.9571 374.8491 381.8491 385.7411 389.6331 394.29508 398.18708 404.40309 409.06507 412.56507 418.78108 425.78108 430.44306 435.10505 441.32106 448.32106 452.21305 455.71305 459.60505">power consumption. As the oscillation amplitude increases, the amplifier current is</tspan><tspan y="482.24998" x="-.00088 4.6611206 10.877121 17.877121 24.877121 31.09312 37.30912 44.30912 47.80912 51.30912 59.86312 66.86312 70.75512 76.20112 79.70112 85.91712 92.91712 99.91712 103.80912 107.70112 114.70112 121.70112 127.91712 133.36313 136.86313 143.86313 150.86313 154.75513 158.64713 162.53913 166.03913 172.25513 175.75513 182.75513 188.97113 194.41713 198.30913 202.97113 209.18714 216.18714 219.68714 225.90314 236.79514 243.79514 247.68714 251.57913 255.47113 262.47114 269.47114 275.68714 279.18714 283.07914 288.52516 292.02516 298.24116 304.45716 311.45716 315.34916 321.56517 328.56517 334.78117 341.78117 345.28117 351.49717 355.38917 358.88917 364.33518 368.22718 374.44319 380.65919 387.65919 394.65919 399.32118 404.76719 408.65919 414.87519 418.76719 424.9832 428.4832 431.9832 440.53718 447.53718 451.42918 456.87519 460.37519 471.26719 478.26719 485.26719">reduced. This continues until a desired amplitude is achieved at steady-state. This mode</tspan><tspan y="498.24998" x="-.00088 6.99912 11.66112 18.661122 25.661122 29.553122 36.553125 42.769124 48.215124 51.715124 55.607126 62.607126 72.715129 76.215129 83.215129 89.43113 94.87713 100.32313 103.82313 108.48513 113.14713 119.36314 126.36314 133.36313 139.57913 146.57913 152.79514 159.79514 163.29514 167.95714 171.84914 175.74114 179.63314 185.84914 190.51114 194.40314 201.40314 208.40314 211.90314 218.11914 223.56514 227.06514 237.17314 243.38915 247.28115 251.17314 254.67314 260.88914 266.33515 269.83515 276.83515 283.83515 289.28117 293.17317 299.38917 304.05116 310.26716 315.71318 319.60517 325.05119 328.55119 333.21318 340.21318 344.87516 348.37516 355.37516 362.37516 366.26716 370.15916 376.37516 383.37516 389.59117 393.09117 397.75315 401.64515 405.53715 409.42915 415.64515 420.30714 424.19914 431.19914 438.19914 441.69914 447.91514 454.91514">provides low pass frequency filtering as well as hysteresis for voltage filtering and</tspan><tspan y="514.24996" x="-.00088 6.215121 13.21512 20.21512 27.21512 33.43112 38.09312 41.985124 47.43112 50.93112 54.823125 61.823125 68.03912 71.53912 78.53912 85.53912 89.43112 96.43112 103.43112 107.32312 110.82312 114.71512 121.71512 125.21512 129.10712 136.10712 143.10712 146.99912 153.21512 156.71512 160.60712 166.82312 173.82312 180.03913 183.93112 189.37712 192.87712 196.37712 201.03913 208.03913 211.53913 215.43112 222.43112 226.32312 231.76912 235.26912 246.16112 253.16112 260.16114 266.37715 269.87715 273.37715 277.26914 284.26914 290.48515 293.98515 297.87715 304.87715 308.76914 314.98515 319.64714 326.64714 332.86314 336.75514 340.25514 346.47114 352.68714 359.68714 365.90315 372.11915 376.01115 379.90315 386.90315 391.56513 397.01115 400.51115 406.72715 413.72715 420.72715 424.61915 431.61915 435.11915 442.11915 448.33515 451.83515 458.83515 464.28117 470.49717 477.49717 480.99717 484.49717 488.38917 495.38917">converts the output to logic levels. In this mode, the internal capacitors could be used, the</tspan><tspan y="530.24996" x="-.00088 3.8911205 10.891121 14.783121 20.999123 25.661124 32.661127 38.877126 42.769128 46.269128 50.931127 57.147127 63.363126 70.36313 77.36313 83.57913 89.795139 96.795139 100.295139 104.95714 111.17314 116.61914 120.51114 125.95714 129.84914 136.84914 141.51114 145.01114 148.90314 154.34914 157.84914 164.06514 171.06514 178.06514 185.06514 191.28115 197.49715 201.38915 207.60515 214.60515 218.10515 221.60515 227.82115 234.82115 241.82115 245.32115 252.32115 259.32118 262.82118 269.03718 276.03718 279.92918 286.14518 290.80717 297.80717 304.02317 307.91517 311.41517 316.07716 322.29316 327.73918 331.63117 337.07719 340.96919 347.96919 352.63117 356.13117 361.57719 368.57719 375.57719 382.57719 386.46919 393.46919 396.96919 403.96919 410.18519 413.68519 420.68519 426.1312 432.3472 439.3472">internal feedback resistor is connected, and no external resistor should be used.</tspan><tspan y="554.64999" x="-.00088 4.6611206 11.66112 15.16112 19.053122 26.053122 29.945122 35.39112 38.89112 49.783124 56.783124 63.783124 69.99912 73.49912 76.99912 80.89112 87.89112 94.107128 97.607128 103.82313 114.715129 121.715129 125.607128 129.49913 134.16114 138.05313 144.26914 148.93114 152.43114 156.32314 163.32314 170.32314 177.32314 181.21514 186.66114 190.16114 193.66114 200.66114 206.87714 210.76914 217.76914 222.43114 228.64714 235.64714 242.64714 246.53914 251.20114 258.20115 262.09315 265.59315 269.48515 276.48515 283.48515 290.48515 294.37715 297.87715 301.37715 307.59315 314.59315 321.59315 325.09315 328.98515 335.98515 342.98515 349.98515 353.87715 357.37715 364.37715 371.37715 376.03913 380.7011 386.9171 391.5791 395.0791 398.9711 405.9711 412.9711 419.9711 423.8631 427.3631 433.5791 438.2411 444.4571 447.9571 454.1731 458.0651">In this mode, the amplifier inputs, gain-control input, and input buffer input are all</tspan><tspan y="570.64999" x="-.00088 6.215121 12.431122 19.431122 25.647122 31.863121 35.755125 39.647127 43.539129 50.539129 56.755128 60.64713 67.647129 71.147129 77.36313 84.36313 91.36313 98.36313 102.25513 108.47113 115.47113 118.97113 123.63313 130.63314 135.29514 138.79514 142.68714 148.90314 155.11914 162.11914 168.33515 175.33515 181.55115 185.05115 188.94315 195.94315 199.83515 206.05115 210.71315 216.92916 223.92916 230.14516 236.36116 239.86116 244.52317 251.52317 258.52317 262.41517 265.91517 271.36119 277.57719 284.57719 290.0232 293.9152 297.8072 301.6992 308.6992 314.9152 318.4152 322.3072 329.3072 332.8072 336.6992 343.6992 349.9152 353.4152 363.5232 372.8612 376.3612 380.2532 386.4692 393.4692 399.6852 403.5772 407.0772 414.0772 418.7392 422.2392 430.79319 440.90119 449.45518 459.56318 468.11717 472.77915">capacitively coupled for leakage tolerance (not sensitive to the DC level of EXTAL).</tspan><tspan y="595.05" x="-.00088 10.1071209 13.999121 19.445122 26.445122 29.945122 33.837125 40.837125 44.337125 48.229127 55.229127 59.121129 64.56713 68.06713 78.95913 85.95913 92.95913 99.17513 102.67513 106.17513 112.391139 116.283138 120.17513 123.67513 129.89113 136.89113 140.78313 146.99913 151.66114 158.66114 164.87714 168.76914 172.26914 178.48514 185.48514 196.37714 203.37714 210.37714 217.37714 223.59314 230.59314 234.48514 239.93114 243.43114 249.64714 256.64717 262.86317 269.07917 276.07917 279.97117 283.47117 288.13316 295.13316 299.79515 303.29515 307.18714 314.18714 320.40315 323.90315 328.56513 334.78114 340.22715 347.22715 354.22715 360.44316 364.33515 371.33515 375.99714 379.49714 383.38914 387.28114 392.72715 398.94316 402.83515 407.49714 410.99714 417.21315 421.87513 428.09114 431.59114 435.48313 442.48313 446.37513 452.59114 459.59114 464.2531 470.46913 474.3611 480.57713 487.57713">Also in this mode, all external components except for the resonator itself are integrated,</tspan><tspan y="611.05" x="-.00088 10.1071209 17.10712 20.99912 27.215123 34.215124 37.715124 41.607126 48.607126 54.823125 58.715127 65.715129 72.715129 78.93113 84.37713 87.87713 91.76913 98.76913 104.98513 108.48513 112.37713 119.37713 125.59313 132.59314 136.09314 142.30915 148.52515 155.52515 161.74115 167.95716 171.84915 175.74115 182.74115 187.40316 192.84915 196.34915 202.56516 209.56516 216.56516 220.06516 224.72716 230.94316 237.15917 244.15917 250.37517 256.59117 263.59117 267.09117 271.75315 277.96916 283.41517 287.30717 292.75318 296.64518 303.64518 308.30717 311.80717 315.69917 322.69917 328.91517 332.80717 336.30717 343.30717 347.19917 353.41517 358.86119 365.07719 370.5232 374.0232 382.57719 392.68519 401.23918 411.34718 419.90116">which includes the load capacitors and feeback resistor that biases EXTAL.</tspan></text>
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<text xml:space="preserve" transform="matrix(1 0 0 1 54.000017 18)" font-size="9" font-family="HelveticaLTStd" font-weight="bold"><tspan y="26.01031" x="385.47 391.968 397.46699 402.47099 407.96998 410.96699 415.97099 419.472 421.974 426.978 431.982 434.484 441.48603 446.49003 451.49403 453.99604 456.49806 459.00007 464.00407 467.00108 472.50007 476.00108 478.50309 481.5001 488.5021 494.5051 501.00309">Chapter 26 Oscillator (OSC)</tspan></text>
<text xml:space="preserve" transform="matrix(1 0 0 1 54.000017 734.93869)" font-size="10" font-family="HelveticaLTStd" font-weight="bold"><tspan y="8.59766" x="130.01 137.23 142.79 148.34999 151.12999 157.79999 163.90999 170.01999 173.34999 179.45999 185.01999 193.90999 196.68999 199.46999 205.02999 207.80998 215.02999 220.58998 223.91999 229.47998 233.36998 238.92998 245.03998 250.59998 256.15998 258.93998 267.26997 272.82997 278.93995 285.04994 290.60993 293.38993 296.16993 298.94993 306.16993 311.72993 317.28993 320.06993 322.8499 328.4099 331.1899 336.7499 342.8599 348.96989 351.74989 357.30989 362.86988 368.42988">K60 Sub-Family Reference Manual, Rev. 2 Jun 2012</tspan></text>
<text xml:space="preserve" transform="matrix(1 0 0 1 54.000017 751.756)" font-size="9" font-family="HelveticaLTStd"><tspan y="7.83789" x=".00401 5.5030105 8.5000109 13.504011 18.50801 23.00801 27.50801 32.512014 34.510015 39.514017 42.016016 48.019014 53.023015 60.520017 62.518018 67.01802 72.02202 77.02602 82.030017 87.03401 91.53401 94.03601 99.04001 102.03701 104.53901 107.04101 109.54301 114.547008 119.047008">Freescale Semiconductor, Inc.</tspan></text>
<text fill="#ff0000" xml:space="preserve" transform="matrix(1 0 0 1 220.32003 751.756)" font-size="10" font-family="HelveticaLTStd" font-weight="bold"><tspan y="8.59766" x="58.45 65.12 69.01 74.57 77.35 80.13 89.02 91.799999 97.909999 103.46999 107.35999">Preliminary</tspan></text>
<text xml:space="preserve" transform="matrix(1 0 0 1 391.68 751.756)" font-size="9" font-family="HelveticaLTStd"><tspan y="7.83789" x="151.308 156.312 161.316">611</tspan></text>
<text fill="#ff0000" xml:space="preserve" transform="matrix(1 0 0 1 54 763.756)" font-size="10" font-family="HelveticaLTStd" font-weight="bold"><tspan y="8.59766" x="180.87 188.65 194.20999 200.31999 205.87999 209.76999 215.32999 218.10999 220.88999 228.10999 234.21999 239.77999 242.55998 248.66999 254.22998 259.78999 265.34999 268.12998 270.90998 277.01997 280.34996 286.45994 290.34996 299.23997 304.79997 308.12995 310.90995 317.01994">General Business Information</tspan></text>
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