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Power Consumption

Power Consumption. Overview. Power Basics Quiescent (Static) Current Dynamic Current Per logic module Clock tree. Power - Basics. Power = Voltage * current = V i Voltage is constant Current = Static + Dynamic Static current: leakage, pullup resistors, DC loads Dynamic Power = kv 2 f

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Power Consumption

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  1. Power Consumption

  2. Overview • Power Basics • Quiescent (Static) Current • Dynamic Current • Per logic module • Clock tree

  3. Power - Basics • Power = Voltage * current = V i • Voltage is constant • Current = Static + Dynamic • Static current: leakage, pullup resistors, DC loads • Dynamic Power = kv2f k: constant often referred to as CEQ f: frequency

  4. Power as a function of Voltage V V2 Normalized 5.0 25.0 1.00 3.3 10.9 0.44 2.5 6.3 0.25 1.8 3.2 0.13

  5. Device (Array) Quiescent Current1 Device Voltage Typical Spec Level Type (V) ICC (mA) ICCMAX(mA) A500K050 2.5 < 1 102 Orion-4K 5.0 RT1020 5.0 < 1 20 RT1280A 5.0 < 1 20 RT14100A 5.0 < 1 20 RT54SX32 3.3 < 1 25 RT54SX32S 2.5 < 1 25 UT4090 3.3 5 XQR40xxXL 3.3 20 XQV100 2.5 50 XQV300 2.5 75 XQV600 2.5 100 XQV1000 2.5 100 AT6010 1No DC Loads 2Commercial Specification XQV600 Lot Data (mA)1 lot # min mean max 1157448 4.72 6.41 8.13 1152401 6.26 8.37 11.40 1139803 3.75 5.57 12.85 1commercial or industrial worst-case, checking

  6. PROM Device Current1 Device Voltage Standby Dynamic @F (MHz) Type (V) ICC (mA) ICCMAX(mA) UT28F64 5.0 0.5 100 28.62 UT28F256 5.0 < 2 125 28.62 197A8073 5.0 2.0 200 22.2 1Specification levels 2Derates @ 2.5 mA/MHz 3BAE Systems (formerly Lockmart) 32kx8 PROM

  7. Static Current Example - Radiation

  8. Dose Rate Effects on 0.25µm Technology

  9. Total Ionizing Dose Effect on 0.18µM Technology

  10. PROM Response to TID

  11. A500K050 Flash FPGA

  12. Representative Power Numbers A1020 Power (mW) F(MHz) Module Input Output Clock Total 1 9 2 10 35 57 2 19 4 21 71 114 5 47 11 52 176 286 10 94 22 103 353 572 15 141 33 155 529 858 20 188 44 207 705 1,144 25 235 55 258 882 1,430

  13. Representative Power Numbers Power (W) Frequency (MHz)

  14. Representative Power Numbers A1280/A1280XL Power (mW) F(MHz) Module Input Output Clock Total 1 11 13 21 27 72 2 23 25 42 54 144 5 57 63 105 136 360 10 113 125 210 272 720 20 227 250 419 544 1,440 30 340 375 629 815 2,159 40 453 500 839 1,087 2,879

  15. Representative Power Numbers Power (W) Frequency (MHz)

  16. Clock Power as a Function of Frequency - Dynamic Power

  17. Preliminary

  18. Preliminary

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