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低ノイズ、レールtoレール ... - suzushoweb.com

To . ADC . AD8139.. 18 ADC .. Hz . Hz . PC . SFDR 98dBc@1 MHz . SFDR 85dBc@5 MHz SFDR 72dBc@20 MHz .. 3dB 410 MHz 1 AD8139. IN 1 8 +IN. 800V/ s 45ns V OCM 2 7 NC. 69dB@1 MHz V+ 3 6 V . DC CMRR 80dB. 04679-0-001. +OUT 4 5 OUT. max . A max NC = .. 1. to .. 5 12V. SOIC . AD8139 EP 8 . AD8139 to SOIC 40 125 . SFDR . 18 A/D ADC 100. AD8139 . 1 .. nV/ .. AD8139 .. 10. 4 .. AD8139 2 XFCB . 04679-0-078. Hz .. 1. 10 100 1k 10k 100k 1M 10M 100M 1G. Hz . 2.. REVISION . REV. A 2004 Analog Devices, Inc. All rights reserved.

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Transcription of 低ノイズ、レールtoレール ... - suzushoweb.com

1 To . ADC . AD8139.. 18 ADC .. Hz . Hz . PC . SFDR 98dBc@1 MHz . SFDR 85dBc@5 MHz SFDR 72dBc@20 MHz .. 3dB 410 MHz 1 AD8139. IN 1 8 +IN. 800V/ s 45ns V OCM 2 7 NC. 69dB@1 MHz V+ 3 6 V . DC CMRR 80dB. 04679-0-001. +OUT 4 5 OUT. max . A max NC = .. 1. to .. 5 12V. SOIC . AD8139 EP 8 . AD8139 to SOIC 40 125 . SFDR . 18 A/D ADC 100. AD8139 . 1 .. nV/ .. AD8139 .. 10. 4 .. AD8139 2 XFCB . 04679-0-078. Hz .. 1. 10 100 1k 10k 100k 1M 10M 100M 1G. Hz . 2.. REVISION . REV. A 2004 Analog Devices, Inc. All rights reserved.

2 105-6891 1-16-1 . 03 5402 8200. 532-0003 3-5-36 MT 2 . 06 6350 6868. AD8139.. VS 5V VOCM 0V .. 3 .. 18. VS 5V VOCM .. 5 .. 19.. 7 .. 7 .. 19. ESD .. 7 .. 24.. 8 .. 24.. 9.. 18. REVISION HISTORY. 8/04 Data Sheet Changed from a Rev. 0 to Rev. A. Added 8-Lead LFCSP .. Universal Changes to General Description .. 1. Changes to Figure 2 .. 1. Changes to VS = 5V, VOCM = 0V Specifications .. 3. Changes to VS = 5V, VOCM = Specifications .. 5. Changes to Table 4.. 7. Changes to Maximum Power Dissipation Section.. 7. Changes to Figure 26 and Figure 29.

3 12. Inserted Figure 39 and Figure 42 .. 14. Changes to Figure 45 to Figure 47.. 15. Inserted Figure 48 .. 15. Changes to Figure 52 and Figure 53 .. 16. Changes to Figure 55 and Figure 56 .. 17. Changes to Table 6.. 19. Changes to Voltage Gain Section .. 19. Changes to Driving a Capacitive Load Section .. 22. Changes to Ordering Guide .. 24. Updated Outline Dimensions .. 24. 5/04 Revision 0: Initial Version 2 REV. A. AD8139. VS 5V VOCM 0V . 25 1 RL, dm 1k RF RG 200 TMIN TMAX 40 125 . 1. Min Typ Max .. 3dB VO, dm p-p 340 410 MHz 3dB VO, dm 2V p-p 210 240 MHz VO, dm p-p 45 MHz VO, dm 2V 800 V/ s VO, dm 2V CF 2pF 45 ns G 2 VIN dm 12V p-p 30 ns.

4 SFDR VO, dm 2V p-p fC 1 MHz 98 dB. VO, dm 2V p-p fC 5 MHz 85 dB. VO, dm 2V p-p fC 20 MHz 72 dB. 3 IMD VO, dm 2V p-p fC 90 dBc f 100kHz nV/ Hz f 100kHz pA/ Hz DC . VIP VIN VOCM 0V 500 150 500 V. TMIN TMAX V/ . TMIN TMAX A. A. 114 dB.. 4 4 V. 600 k . M . pF. CMRR VICM 1V DC RF RG 10k 80 84 dB.. RF RG 10k VS VS V. VS VS V. RL, dm RF RG 10k . 100 mA. f 1 MHz 69 dB. VOCM VO, cm . VOCM . 3dB VO, cm p-p 515 MHz VO, cm 2V p-p 250 V/ s V/V. VOCM . V. M . VOS, cm VO, cm VOCM VIP VIN VOCM 0V 900 300 900 V. f 100kHz nV/ Hz A.

5 CMRR VOCM/ VO, dm VOCM 1V 74 88 dB. REV. A 3 . AD8139. Min Typ Max .. 6 V. mA. PSRR VS 1V 95 112 dB. PSRR VS 1V 95 109 dB. 40 125 . 4 REV. A. AD8139. VS 5V VOCM . 25 1 RL, dm 1k RF RG 200 TMIN TMAX 40 125 . 2. Min Typ Max .. 3dB VO, dm p-p 330 385 MHz 3dB VO, dm 2V p-p 135 165 MHz VO, dm p-p 34 MHz VO, dm 2V 540 V/ s VO, dm 2V 55 ns G 2 VIN, dm 7V p-p 35 ns . SFDR VO, dm 2V p-p fC 1 MHz 99 dB. VO, dm 2V p-p fC 5 MHz RL 800 87 dB. VO, dm 2V p-p fC 20 MHz RL 800 75 dB. 3 IMD VO, dm 2V p-p fC 87 dBc f 100kHz nV/ Hz f 100kHz pA/ Hz DC.

6 VIP VIN VOCM 0V 500 150 500 V. TMIN TMAX V/ . TMIN TMAX A. A. 112 dB.. 1 4 V. 600 k . M . pF. CMRR VICM 1V DC RF RG 10k 75 79 dB.. RF RG 10k VS VS V. VS VS V. RL, dm RF RG 10k . 80 mA. f 1 MHz 70 dB. VOCM VO, cm . VOCM . 3dB VO, cm p-p 440 MHz VO, cm 2V p-p 150 V/ s V/V. VOCM . V. M . VOS, cm VO, cm VOCM VIP VIN VOCM mV. f 100kHz nV/ Hz A. CMRR VOCM/ VO(dm) VOCM 1V 67 79 dB. REV. A 5 . AD8139. Min Typ Max .. 6 V. mA. PSRR VS 1V 86 97 dB. PSRR VS 1V 92 105 dB. 40 125 . 6 REV. A. AD8139.. 3. PD .. 12V . VOCM VS VS IS.

7 3 . VS . 65 125 . 40 125 1k . 300 AC RMS . 10 . 150 . JA .. JA .. 3 . JEDEC 4 . EP 8 SOIC JA 70 /W . LFCSP JA 70 /W JA .. JA .. 4.. JA . EP/4 8 SOIC 70 /W. W . LFCSP/4 70 /W SOIC. AD8139 LFCSP. TJ . 150 . 04679-0-055.. AD8139 0. 40 20 0 20 40 60 80 100 120.. 175 . 3. 4 .. ESD 4000V .. ESD .. ESD . REV. A 7 . AD8139.. AD8139. IN 1 8 +IN. V OCM 2 7 NC. V+ 3 6 V . 04679-0-003. +OUT 4 5 OUT. NC = . 4.. 5.. 1 IN . 2 VOCM VOCM .. 3 V+ . 4 +OUT . 5 OUT . 6 V . 7 NC . 8 +IN . RF. 50 . CF. RG = 200 .. V TEST V OCM AD8139 RL, dm = 1k V O, dm +.

8 RG = 200 . 04679-0-072. CF. 50 . RF. 5.. RF = 200 . 50 . RG = 200 RS.. V TEST V OCM AD8139 CL, dm RL, dm V O, dm +. RG = 200 RS. 04679-0-075.. 50 . RF = 200 . 6. G 1 . 8 REV. A. AD8139.. 1 RG RF 200 RL, dm 1k VS 5V TA 25 VOCM 0V . 5 . 2 2. G=1. 1 1. G=1. dB . dB . 0 0. G=2. 1 1. G=5 G=2.. 2 2. 3 3. 4 4. 5 5. G=5. 6 6. G = 10. 7 7. G = 10. 8 8. 9 9. 10 10. 04679-0-007. 04679-0-004. 11 11. R G = 200 R G = 200 . 12 V O, dm = p-p 12 V O, dm = p-p 13 13. 1 10 100 1000 1 10 100 1000. MHz MHz . 7. 10.. 5 3. 4 2. V S = +5V.

9 3 1. 2 0. dB . dB . 1 1. 0 2.. V S = 5V V S = 5V. 1 3. 2 4. V S = +5V. 3 5. 4 6. 5 7. 6 8. 7 9. 04679-0-005. 04679-0-008. 8 10. 9 V O, dm = p-p 11 V O, dm = p-p 10 12. 10 100 1000 10 100 1000. MHz MHz . 8. 11.. 3 3. +125 C +125 C +85 C. 2 2. +85 C. 1 1. 0 0. dB . dB . 1 1. 2 2.. 3 3. 4 4. 5 5. 40 C. 6 6. 7 7. 8 8. 9 9. 40 C +25 C. 04679-0-006. 04679-0-009. 10 10. 11 V O, dm = p-p 11 V O, dm = p-p +25 C. 12 12. 10 100 1000 10 100 1000. MHz MHz . 9. 12.. REV. A 9 . AD8139. 3 2. RL = 200 RL = 100 RL = 100 . 2 1.

10 1 0. RL = 500 . 0 1. dB . dB . 1 2. 2 3.. RL = 500 . 3 4. 4 5. 5 6. 6 7. 7 8. RL = 1k . 8 9. 9 10. 04679-0-041. 04679-0-040. 10 11. 11 V 12. O, dm = p-p RL = 1k V O, dm = p-p RL = 200 . 12 13. 10 100 1000 10 100 1000. Hz Hz . 13. 16.. 3 2. CF = 0pF CF = 0pF CF = 1pF. 2 1. 1 0. CF = 1pF. 0 1. dB . dB . 1 2. CF = 2pF. 2 3.. 3 4. CF = 2pF. 4 5. 5 6. 6 7. 7 8. 8 9. 9 10. 04679-0-011. 04679-0-014. 10 11. 11 V O, dm = p-p 12 V O, dm = p-p 12 13. 10 100 1000 10 100 1000. MHz MHz . 14. CF 17. CF . 6 V OCM = + V OCM = +4V RL = 100.


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