OP270 QMLV & QMLR Fab Transfer from Santa Clara 100 mm to Wilmington 150 mm Qual Data WAFER LOT ACCEPTANCE TEST DATA – Ref MIL-STD-883, TM5007 TEST SPECIFICATION RESULTS (ALL PASS) COMPLETION DATE Wafer Thickness 25 to 28 mils 26-27 mils Metal Thickness 10,000 to 12, 000 Å 10462 to 10663 Å CV/Thermal Stability -0.4 to 0.1 V 0.05 to 0.01 V Step Coverage 50% 84% minimum Glassivation Thickness 9000 to 11,000 Å 9859 Å min/ 9930 Å max 2-17-2011 5962-8872101VPA (OP270AZ/QMLV) Release Number E188285.1 Datecode 1118A TEST CONDITIONS COMPLETION DATE (ALL PASS) GROUP A TESTS Ambient Tests – Subgroup 1,4,7 +25C Temp Tests – Subgroup & +125C Temp Tests – Subgroups & -55C Average input offset voltage drift (TCVOS) -55C, +125C, -55C Input noise voltage Ent +25C 7-15-2011 | | | | | | | | V OP270 QMLV & QMLR 150mm Qual Data, cont TEST CONDITIONS COMPLETION DATE (ALL PASS) GROUP B TESTS Resistance to Solvents Mil-Std-883, TM 2015 Wirebond Pull Strength Mil-STD-883, TM2011 Cond D Die Shear MIL-STD-883 TM2019 Solderability MIL-STD-883 TM2003 TEST CONDITIONS 7-15-2011 | | | | | V COMPLETION DATE (ALL PASS) GROUP C TESTS (Qual Number 2011-130) Steady State Life Test Mil-Std-883, TM 1005 1000 hrs @ +125C 8-23-2011 RADIATION TEST REPORT PRODUCT: OP270AZQMLR TEST FOR 150 mm WAFERS GAMMA/TM: 100k/TM1019 Condition A GAMMA SOURCE: Co60 DOSE RATE: 118 Rad(si)/s FACILITIES: University of Massachusetts @ Lowell TESTED: 10/27/2011 The RADTESTSM DATA SERVICE is a compilation of radiation test results on Analog Devices’ Space grade products. It is designed to assist customers in selecting the right product for applications where radiation is a consideration. Many products manufactured by Analog Devices, Inc. have been shown to be radiation tolerant to most tactical radiation environments. Analog Devices, Inc. does not make any claim to maintain or guarantee these levels of radiation tolerance without lot qualification test. It is the responsibility of the Procuring Activity to screen products from Analog Devices, Inc. for compliance to Nuclear Hardness Critical Items (HCI) specifications. WARNING: Analog Devices, Inc. does not recommend use of this data to qualify other product grades or process levels. Analog Devices, Inc. is not responsible and has no liability for any consequences, and all applicable Warranties are null and void if any Analog product is modified in any way or used outside of normal environmental and operating conditions, including the parameters specified in the corresponding data sheet. Analog Devices, Inc. does not guarantee that wafer manufacturing is the same for all process levels. Page:1 Wafer # 3 3 8 8 12 12 12 12 16 16 16 16 20 20 20 20 SN 17 18 19 20 21 30 34 35 36 67 68 69 70 93 94 95 96 108 109 110 111 max mean std dev mean - sigma mean +3 sigma Wafer # 3 3 8 8 12 12 12 12 16 16 16 16 20 20 20 20 SN 17 18 19 20 21 30 34 35 36 67 68 69 70 93 94 95 96 108 109 110 111 max mean std dev mean - sigma mean +3 sigma Wafer # 3 3 8 8 12 12 12 12 16 16 16 16 20 20 20 20 SN 17 18 19 20 21 30 34 35 36 67 68 69 70 93 94 95 96 108 109 110 111 max mean std dev mean - sigma mean +3 sigma + ISY VS=15V (mA) 0K 5.009 5.072 5.028 5.064 4.992 4.853 4.955 4.899 4.91 4.78 4.901 4.907 4.946 4.988 4.915 4.952 4.838 5.068 5.047 5.066 5.041 4.780 5.072 4.961 0.086 4.703 5.219 + ISY VS=15V (mA) 100K 4.92 4.581 4.609 4.615 4.72 4.532 4.542 4.6 4.586 4.412 4.491 4.52 4.565 4.575 4.486 4.586 4.409 4.559 4.59 4.625 4.653 4.409 4.720 4.563 0.075 4.339 4.787 - ISY VS=15V (mA) 0K -4.985 -5.058 -5.02 -5.059 -4.984 -4.859 -4.934 -4.905 -4.904 -4.768 -4.897 -4.871 -4.925 -4.982 -4.92 -4.934 -4.823 -5.058 -5.041 -5.058 -5.027 -5.059 -4.768 -4.951 0.086 -5.210 -4.693 - ISY VS=15V (mA) 100K -4.925 -4.587 -4.623 -4.629 -4.729 -4.558 -4.567 -4.608 -4.59 -4.424 -4.492 -4.523 -4.558 -4.577 -4.474 -4.572 -4.426 -4.562 -4.598 -4.646 -4.649 -4.729 -4.424 -4.570 0.075 -4.794 -4.345 VOS 50 OHM SIDE A (uV) 0K 11.002 -9.714 -14.771 -30.983 7.742 -18.089 -3.918 5.572 -24.317 0.348 -27.614 12.664 -24.391 -23.163 -35.773 -8.23 -13.374 -3.662 -16.714 -16.018 -28.038 -35.773 12.664 -13.622 13.577 -54.353 27.109 VOS 50 OHM SIDE A (uV) 100K 11.052 -24.182 -31.687 -47.737 -25.774 -39.859 -25.674 -18.565 -52.059 -19.69 -38.971 9.966 -40.088 -41.097 -49.146 -36.724 -32.842 -21.642 -38.812 -35.243 -51.217 -52.059 9.966 -33.052 14.455 -76.418 10.313 VOS 50 OHM SIDE B (uV) 0K -6.782 11.182 -15.316 -27.346 -3.146 -2.732 -10.01 -38.78 -3.967 -6.673 -16.248 -7.499 -19.883 -18.871 -17.902 -7.619 -12.241 -4.663 4.921 -20.028 -31.75 -38.780 11.182 -12.429 12.041 -48.553 23.696 VOS 50 OHM SIDE B (uV) 100K -7.458 -6.925 -26.444 -41.427 -52.205 -18.313 -22.75 -58.998 -22.902 -18.458 -28.228 -12.789 -38.897 -31.323 -26.697 -27.976 -28.134 -21.743 -13.405 -39.547 -49.285 -58.998 -6.925 -29.322 13.724 -70.494 11.849 + IB VCM=0V SIDE A (nA) 0K 10.085 7.022 4.813 7.724 9.373 7.666 12.195 10.649 12.631 7.767 9.068 8.351 8.09 10.663 5.333 10.239 4.897 7.937 7.882 6.648 8.062 4.813 12.631 8.530 2.379 1.392 15.668 + IB VCM=0V SIDE A (nA) 100K 9.662 454.325 495.295 520.844 703.472 536.728 623.38 688.572 640.018 375.254 505.493 467.495 707.334 515.416 504.943 727.099 417.849 502.046 506.467 678.69 592.648 375.254 727.099 555.220 111.089 221.952 888.488 + IB VCM=0V SIDE B (nA) 0K 9.029 5.339 3.601 7.192 7.827 8.727 11.243 9.13 11.722 4.989 7.198 5.172 7.774 7.984 3.801 8.128 3.858 7.245 6.609 6.602 5.755 3.601 11.722 7.105 2.491 -0.366 14.577 + IB VCM=0V SIDE B (nA) 100K 8.737 429.782 488.553 438.219 729.87 405.462 507.493 648.491 639.935 351.058 492.65 515.665 686.778 517.14 502.486 754.496 378.603 487.425 473.891 594.34 626.685 351.058 754.496 530.418 125.091 155.146 905.689 - IB VCM=0V SIDE A (nA) 0K 8.026 5.694 3.866 5.788 8.075 6.287 10.786 10.393 11.094 6.532 7.189 7.079 7.912 9.626 5.025 9.204 4.335 6.655 6.391 7.632 3.866 11.094 7.378 2.054 1.217 13.540 - IB VCM=0V SIDE A (nA) 100K 7.655 463.383 511.476 530.335 747.154 539.249 645.282 699.915 649.989 389.487 520.962 475.27 725.396 524.27 516.169 737.026 425.031 515.531 520.715 680.724 623.586 389.487 747.154 572.048 107.629 249.161 894.934 - IB VCM=0V SIDE B (nA) 0K 6.652 4.122 2.374 5.548 5.649 7.297 9.204 9.229 9.697 3.502 5.425 4.342 6.524 6.318 2.94 6.776 3.031 5.571 5.264 5.224 5.403 2.374 9.697 5.672 2.065 -0.524 11.868 - IB VCM=0V SIDE B (nA) 100K 6.279 437.717 492.726 446.177 759.618 406.366 516.064 683.183 639.062 369.519 498.184 523.485 705.885 519.878 501.003 765.856 392.236 487.125 482.241 597.132 640.01 369.519 765.856 543.173 119.439 184.857 901.490 IOS VCM=0V SIDE A (nA) 0K 2.053 1.337 0.92 1.937 1.317 1.337 1.418 0.307 1.564 1.204 1.893 1.283 0.177 1.006 0.336 0.543 1.244 -0.125 0.239 0.447 -0.125 1.937 0.969 0.590 -0.802 2.740 IOS VCM=0V SIDE A (nA) 100K 1.991 -10.643 -17.212 -10.717 -44.628 -3.839 -23.498 -12.617 -11.254 -15.187 -16.901 -9.619 -18.885 -10.71 -12.062 -11.638 -8.592 -15.191 -15.341 -4.051 -32.179 -44.628 -3.839 -15.238 9.397 -43.428 12.952 IOS VCM=0V SIDE B (nA) 0K 2.401 1.179 1.224 1.625 2.221 1.492 2.027 -0.116 2.019 1.527 1.743 0.839 1.225 1.653 0.848 1.367 0.816 1.681 1.354 1.32 0.253 -0.116 2.221 1.315 0.577 -0.418 3.047 IOS VCM=0V SIDE B (nA) 100K 2.384 -8.463 -5.603 -9.491 -30.912 -2.127 -9.651 -35.296 0.041 -19.348 -6.936 -8.888 -19.288 -5.077 0.038 -12.476 -14.332 -1.168 -10.6 -4.008 -13.966 -35.296 0.041 -10.878 9.489 -39.345 17.590 AVO RL=10K SIDE A (V/mV) 0K 3734 4640.1 3898 4392 2887.2 4973 4003.6 3463.4 3331.5 3888.4 4628.5 3200.5 3559 4441.3 3783.6 3007.8 4002.1 4221.7 4892.2 3568.4 4013.9 2887.200 4973.000 3939.810 603.502 2129.305 5750.315 AVO RL=10K SIDE A (V/mV) 100K 4681.5 301 328.4 292.3 267 328.1 265.2 266.8 274.3 342.1 297.3 317.4 263.7 278.8 314 248.6 354.4 277.9 279.9 278.6 276.5 248.600 354.400 292.615 29.180 205.075 380.155 AVO RL=10K SIDE B (V/mV) 0K 3446.2 3948 3959.2 3532.9 3628.9 3817.5 3082.2 4844.8 3443.2 4107.4 3595.9 3646.8 3056.7 3549.9 4345.6 3692.9 4224.7 4450.5 3559.2 4059.5 3414.6 3056.700 4844.800 3798.020 449.762 2448.733 5147.307 AVO RL=10K SIDE B (V/mV) 100K 4146 314.9 324.7 289 264.9 311.3 264.1 269.4 278.3 357.1 285.7 309.7 264 284.1 311 251.3 344.4 286.5 282.2 271.2 268.9 251.300 357.100 291.635 28.541 206.013 377.257 Page:2 -ISY VS=15V +ISY VS=15V -4.3 5.3 -4.4 5.2 oo 5.1 -4.5 5.0 -4.6 -4.7 4.8 mA mA 4.9 oo -4.8 4.7 -4.9 4.6 -5.0 4.5 -5.1 4.4 -5.2 4.3 Average -3 Sigma +3 Sigma 0K 4.961 4.703 5.219 100K 4.563 4.339 4.787 -5.3 Average -3 Sigma +3 Sigma 0K -4.951 -5.210 -4.693 VOS 50 OHM SIDE A 100K -4.570 -4.794 -4.345 VOS 50 OHM SIDE B 40 40 20 20 0 uV uV -20 -40 -40 -60 -60 -80 -100 Average -3 Sigma +3 Sigma -20 0K -13.622 -54.353 27.109 100K -33.052 -76.418 10.313 -80 Average -3 Sigma +3 Sigma 0K -12.429 -48.553 23.696 +IB VCM= 0V SIDE A +IB VCM= 0V SIDE B 1000 1000 900 900 800 800 700 700 600 nA nA 600 500 400 500 400 300 300 200 200 100 100 0 -100 Average -3 Sigma +3 Sigma 0K 4.813 1.392 15.668 100K 375.254 221.952 888.488 Average -3 Sigma +3 Sigma 0K 7.105 -0.366 14.577 - IB VCM=0V SIDE A 1000 900 900 800 800 700 700 600 nA nA 600 500 400 500 400 300 300 200 200 100 100 Average -3 Sigma +3 Sigma 100K 530.418 155.146 905.689 - IB VCM=0V SIDE B 1000 100K -29.322 -70.494 11.849 0K 7.378 1.217 13.540 100K 572.048 249.161 894.934 -100 Average -3 Sigma +3 Sigma 0K 5.672 -0.524 11.868 100K 543.173 184.857 901.490 Page:3 IOS VCM=0V SIDE A IOS VCM=0V SIDE B 20 30 10 20 10 nA nA -10 -10 -20 -20 -30 -30 -40 -50 Average -3 Sigma +3 Sigma -40 0K 0.969 -0.802 2.740 -50 100K -15.238 -43.428 12.952 Average -3 Sigma +3 Sigma 0K 1.315 -0.418 3.047 AVO RL=10K SIDE A 100K -10.878 -39.345 17.590 AVO RL=10K SIDE B 7000 6000 6000 5000 5000 4000 V/mV V/mV 4000 3000 3000 2000 2000 1000 1000 Average -3 Sigma +3 Sigma 0K 3939.810 2129.305 5750.315 100K 292.615 205.075 380.155 Average -3 Sigma +3 Sigma 0K 3798.020 2448.733 5147.307 100K 291.635 206.013 377.257 Page:4