AD9/AD9/AD9 OUT A V IN A OUT A AD9 6 V SD SDA 6 V IN A IN A 9 OUT B AD9 IN A IN B V IN B OUT A IN A IN A V IN B IN B 6 OUT B NC SDB 6 OUT D IN D IN D AD9 V IN C IN C OUT C 9 SD NC = OUT A IN A IN A V IN B IN B OUT B NC 6 OUT D IN D IN D V AD9 IN C IN C OUT C 9 SD NC =
AD9/AD9/AD9 Ω Ω Ω
AD9/AD9/AD9 Ω Ω Ω
AD9/AD9/AD9 WARNING! ESD SENSITIVE DEVICE mv k V S =.V mv k k V S = ma.9.....6.6. V S = V S =.V... k... ma k. 6
AD9/AD9/AD9 ma...6.... mv 6 V S = V CM =.V pa 6 V S =.V, V CM = V S /...... ±V 6 6 pa V S =.V, V CM = V S / pa 6 V S = db 6 V S =.V R L = 9 6 V k k k M M M Hz db 6 V S = R L = 9 V p-p V S =.V R L = kω V IN =.V p-p V p-p V S = R L = kω V IN =.9V p-p k k k M M M Hz k k k M M Hz k k k M M Hz
AD9/AD9/AD9 6 V S = V S = V S =.V Ω 6 A V = A V = CMRR db 9 PSRR db 6 PSRR PSRR 6 k k k M M M Hz k k k M M Hz 6 k k k M M Hz PSRR db 6 PSRR PSRR V S = % 6 V S =.V R L = kω OS OS % 6 V S = R L = kω OS OS 6 k k k M M Hz k k pf k k pf mv/div V V S = ±.V V IN = ±mv A V = R L = kω C L = pf mv/div V V S = ±.V V IN = ±mv A V = R L = kω C L = pf 9 % mv V S = ±.V A V = R L = kω ns ns/div ns/div
AD9/AD9/AD9 V S = 9 % mv V S = ±.V A V = R L = kω ns 9 % V V V S = ±.V A V = µ s pa/ Hz.. k k k Hz µv/div 9 V S = A V = FREQUENCY = khz µv/div 9 V S = A V = FREQUENCY = khz V S =.V V CM =.V % % µv/ Hz.9µV/ Hz 6 mv V S = V CM =.V 6 mv
AD9/AD9/AD9 SD IN IN µ A INV M M INV µa V µ A µ A M M M M M M V B M M OUT M M6 M6 V B M9 M µ A M µ A M M M M V IN AD9 R X Ω V OUT V µ
AD9/AD9/AD9 nf 9 mv MHz V S = ±.V. R L = kω.. % mv µ s... nf V IN mv p-p AD9 R S Ω C S µf C L nf V OUT V DD V DD LEFT OUT AD (AC9) RIGHT OUT 6 V SS 6 U-A 6 U-B R kω 9 C µf R kω C µf R kω U = AD9 R Ω NC R Ω
AD9/AD9/AD9 V DD V DD LEFT OUT V REF AD (AC9) RIGHT OUT V SS R6 R6 6 6 6 R kω U-A U-B R kω R kω 9 C µf R kω C µf R kω U = AD9 R Ω R Ω R A V = = 6dB R6 π NC R.kΩ R kω NC U = AD9 C.µF R kω C µf R 9 R kω U-A 6 U-B R R V REF R6 V IN U-A C nf U-B 6 9 U = AD9
AD9/AD9/AD9 : Z O 6Ω T MIDCOM 6-6.V 6.V R A, A = / AD9 A, A = / AD9 R 6Ω R9 R A P Tx 9 R 9.9kΩ kω A R R6 R 6 A R R.kΩ R 6 A C.µF 9 µf P Rx kω C.µF TxA SHUTDOWN R R RxA V IN C µf R A R A, A = / AD9 R GAIN = R R SET: R, R, R = R SET: R6, R, R = R A R R R A 9 R6 A 9 R9 kω R R R Ω R Ω R kω C µf C µf R L 6Ω C µf V O V O
AD9/AD9/AD9
AD9/AD9/AD9 AD9x SPICE AD9 SPICE 9 9 TAM / ADSC Copyright 99 by Analog Devices README.DOC.SUBCKT AD9 99 M PIX L=.E-6 W=E-6 M 6 PIX L=.E-6 W=E-6 RC E RC 6 E C 6 E- I 99 E-6 M NIX L=.E-6 W=E-6 M NIX L=.E-6 W=E-6 RC 99 E RC 99 E C E- I E-6 EOS POLY() (,9) (,9) (6,) E- IOS.E- V 99 9.9 D 9 DX V.9 D DX S (,9) SOPEN S 99 (9,) SCLOSE S (,9) SOPEN S (9,) SCLOSE CMRR=6dB, ZERO AT khz ECM 9 POLY() (,9).. RCM 9.6E CCM E- RCM 9 PSRR=dB, ZERO AT Hz RPS E6 RPS E6 CPS 99 E-
AD9/AD9/AD9 CPS E- EPSY 9 POLY() (,) (,) RPS.9E6 CPS E- RPS 9 EREF 9 POLY() (99,) (,).. GSY 99 POLY() (99,) E-6 E- E 9 (,) R E C 9 E-9 nv/ Hz VN 6 RN 6 6.E- HN 6 VN RN 6 G 9 POLY() (,6) (,).9E-.9E- R 9 E6 CF E- S 9 (9,) SCLOSE D DX D DX V 99.6 V.6 M 6 99 99 POX L=.E-6 W=6E- M6 NOX L=.E-6 W=6E- EG 99 POLY() (9,).6 EG 9 POLY() (,9). RG 6 E RG 9 E S6 6 99 (9,) SCLOSE S (9,) SCLOSE.MODEL PIX PMOS (LEVEL=,KP=E-6,VTO=-., LAMBDA=., AF=, KF=E-).MODEL NIX NMOS (LEVEL=,KP=E-6,VTO=., LAMBDA=., AF=, KF=E-).MODEL POX PMOS (LEVEL=,KP=E-6,VTO=-, LAMBDA=.6).MODEL NOX NMOS (LEVEL=,KP=.E-6,VTO=, LAMBDA=.6).MODEL SOPEN VSWITCH (VON=., VOFF=., RON=, ROFF =E9).MODEL SCLOSE VSWITCH (VON=-., VOFF=-., RON=, ROFF =E9).MODEL DX D(IS=E-).ENDS AD9
AD9/AD9/AD9. (.).6 (.). (.). (.). (.).9 (.). (.). (.9) 6.9 (.). (.). (.9) BSC. (.). (.). (.).9 (.). (.9) BSC. (.). (.9).9 (.). (.). (.). (.). (.). (.). (.9). (.6) 6.9 (.) BSC.6 (.). (.). (.). (.9).6 (.).6 (.).99 (.). (.). (.9). (.9). (.). (.). (.). (.) 6. (.6). (.). (.).9 (.9) 6 9.9 (.).9 (9.). (.).69 (.).6 (.). (.).6 (.6) BSC. (.). (.9).6 (6.).6 (6.). (.) MAX.9 (.). (.9). (.). (.). (.).9 (.).9 (.). (.) 6 9. (.) BSC.9 (.9). (.). (6.). (.).6 (.). (.).99 (.). (.9).96 (.).99 (.) x. (.).6 (.)
AD9/AD9/AD9 PRINTED IN JAPAN D96-.-/99,A