PTFA091201E-V4-R250

48*%) 48*%* 'SRJMHIRXMEP0MQMXIH-RXIVREP(MWXVMFYXMSR 8LIVQEPP])RLERGIH ,MKL 4S[IV 6* 0(137 *)8W ;z1,^ (IWGVMTXMSR 8LI48*%)ERH48*%*EVI[EXX0(137*)8W HIWMKRIHJSVYPXVEPMRIEV+71)(+)TS[IVEQTPMJMIVETTPMGEXMSRWMR XLIXS1,^FERH*IEXYVIWMRGPYHIMRTYXERHSYXTYXQEXGLMRK ERH XLIVQEPP]IRLERGIH TEGOEKIW [MXL WPSXXIH SV IEVPIWW JPERKIW 1ERYJEGXYVIH [MXL -RJMRISRW EHZERGIH 0(137 TVSGIWW XLIWI HIZMGIW TVSZMHI I\GIPPIRX XLIVQEP TIVJSVQERGI ERH WYTIVMSV VIPMEFMPMX] VDD = 28 V, IDQ = 750 mA, ƒ = 959.8 MHz y 8LIVQEPP]IRLERGIH IVQEPP]IRLER QEPP]IRL TEGOEKIW y &VSEHFERH VSEHFER MRXIVREP M QEXGLMRK y 8]TMGEP)(+)TIVJSVQERGI 8]TMGEP) TMG %ZIVEKISYXTYXTS[IV!;  %ZI +EMR!H& + )JJMGMIRG]! y 8]TMGEP';TIVJSVQERGI 3YXTYXTS[IVEX4zH&!; +EMR!H& )JJMGMIRG]! y -RXIKVEXIH)7(TVSXIGXMSR,YQER&SH]1SHIP 'PEWWQMRMQYQ 15 y 4FJVIIERH6S,7GSQTPMERX 10 y )\GIPPIRXXLIVQEPWXEFMPMX]PS[,'-HVMJX y 'ETEFPISJLERHPMRK:7;6$: „;„'; SYXTYXTS[IV 55 -10 50 Efficiency -20 45 -30 40 0 -40 35 -50 30 400 kHz -60 48*%* 4EGOEKI , *IEXYVIW EDGE Modulation Spectrum Performance 0 48*%) 4EGOEKI , 25 -70 20 -80 600 kHz -90 36 38 40 42 44 46 48 50 Output put Pow Power, Avg. (dBm) 6*'LEVEGXIVMWXMGW WX WXMGW )(+)1IEWYVIQIRXW RSXWYFNIGXXSTVSHYGXMSRXIWX{ZIVMJMIHF]HIWMKRGLEVEGXIVM^EXMSRMR-RJMRISRXIWXJM\XYVI :((!:-(5!Q%4398!;g!1,^ 'LEVEGXIVMWXMG 7]QFSP 1MR 8]T 1E\ 9RMX ):1617 {  { 1SHYPEXMSR7TIGXVYQ$O,^ %'46 { z { H&G 1SHYPEXMSR7TIGXVYQ$O,^ %'46 { z { H&G +EMR +TW {  { H& (VEMR)JJMGMIRG] K( {  { )VVSV:IGXSV1EKRMXYHI %PPTYFPMWLIHHEXEEX8 '%7)!”'YRPIWWSXLIV[MWIMRHMGEXIH 7II-RJMRISRHMWXVMFYXSVJSVJYXYVIEZEMPEFMPMX] )7()PIGXVSWXEXMGHMWGLEVKIWIRWMXMZIHIZMGI{SFWIVZILERHPMRKTVIGEYXMSRW (EXE7LIIX SJ 6IZ   48*%) 48*%* 'SRJMHIRXMEP0MQMXIH-RXIVREP(MWXVMFYXMSR 8]TMGEP4IVJSVQERGIHEXEXEOIRMRETVSHYGXMSRXIWXJM\XYVI CW Sweep in a Broadband Test Fixture Intermodulation Distortion vs. Output Power VDD = 28 V, IDQ = 750 mA, POUT = 50.79 dBm (as measured in a broadband circuit) VDD = 28 V, IDQ = 750 mA, ƒ1 = 959 MHz, ƒ2 = 960 MHz 21 -10 70 Efficiency 20 -20 60 -30 Gain 19 3rd Orderr 50 -40 18 -15 40 17 -25 30 16 900 910 Return Loss 920 930 940 950 960 -35 20 970 980 -50 5th -60 7th -70 37 39 41 43 45 47 49 Output Power, Avg. (dBm) Frequency (MHz) Power Sweep IM3 vs. Output Power at Selected ed Biases Bias VDD = 28 V, ƒ = 960 MHz VDD = 28 V, ƒ1 = 959, ƒ 2 = 960 60 MHz, series show IDQ 20.5 -20 IDQ = 1125 mA 20.0 -25 -30 19.5 525 mA -35 19.0 750 mA -40 IDQ = 750 mA 18.5 -45 -50 18.0 940 mA -55 IDQ = 375 mA 17.5 -60 37 39 41 43 45 47 40 49 42 44 46 48 50 52 Output Power (dBm) Output Power, Avg. (dBm) 7II-RJMRISRHMWXVMFYXSVJSVJYXYVIEZEMPEFMPMX] (EXE7LIIX SJ 6IZ   48*%) 48*%* 'SRJMHIRXMEP0MQMXIH-RXIVREP(MWXVMFYXMSR 8]TMGEP4IVJSVQERGIGSRX EDGE EVM Performance Gain & Efficiency vs. Output Power VDD = 28 V, IDQ = 750 mA, ƒ = 959.8 MHz VDD = 28 V, IDQ = 750 mA, ƒ = 960 MHz 9 90 8 80 7 70 6 60 5 40 3 30 EVM 2 20 1 38 40 42 44 46 48 18 50 17 40 16 30 20 Efficiency 14 0 36 60 Gain 15 10 0 70 19 50 Efficiency 4 20 10 40 50 Output Power, Avg. (dBm) 43 46 49 52 Output Power (dBm) Frequency Sweep at P–1dB dB Output Power (P–1 dB) vs. Supply Voltage VDD = 28 V, IDQ = 750 mA IDQ = 750 mA, ƒ = 960 MHz 20 52.5 70 Efficiency 19 65 18 60 52.0 51.5 Gain 51.0 17 Output Power 16 15 900 910 920 930 940 950 55 50.5 50 50.0 45 960 49.5 24 28 30 32 Supply Voltage (V) Frequency (MHz) (EXE7LIIX 26 SJ 6IZ   48*%) 48*%* 'SRJMHIRXMEP0MQMXIH-RXIVREP(MWXVMFYXMSR 6IJIVIRGI'MVGYMX C1 0.001µF R2 1.3K 1 R1 1.2K 1 QQ1 LM7805 VDD Q1 BC P56 C2 0.001µF R3 2K1 C3 0.001µF R4 2K1 R5 5.1K 1 C4 10µF 35V R6 10 1 C5 0.1µF L1 V DD R7 5.1K 1 C6 33pF C7 0.1µF C8 0.01µF C14 33pF C9 33pF C15 1µF C16 10µF 50V "5 C17 C 0.1µF C18 10µF 50V "6 C10 33pF RF_IN "1 C24 1.0pF 1 .0p .0pF R8 10 1 C27 33pF DU T "2 "3 "4 C11 1.2pF C12 7.5pF C13 0.7pF pF "8 "7 "9 " 10 C25 1.0pF C26 2.4pF "11 " 12 "13 RF_OUT C28 0.5pF L2 C19 33pF C20 1µF C21 10µF 50V C22 0.1µF C23 10µF 50V 6IJIVIRGIGMVGYMXWGLIQEXMGJSVg!1,^ 1,^ 1,^ 'MVGYMX%WWIQFP]-RJSVQEXMSR (98 48*%)SV48*%* )SV48 )SV 4'& QQ?AXLMGO QQ?A QQ? HV! 1MGVSWXVMT " " " " " "" " " " " " "  )PIGXVMGEP'LEVEGXIVMWXMGWEX1,^ IGXVMGEP IGXVMGEP' 0(1378VERWMWXSV 6SKIVW811 S^GSTTIV (MQIRWMSRW0\;QQ (MQIRWMSRW0\;MR O: O: O: O: O: O: O: O: O: O: O: O: \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ )PIGXVMGEPGLEVEGXIVMWXMGWEVIVSYRHIH (EXE7LIIX SJ 6IZ   48*%) 48*%* 'SRJMHIRXMEP0MQMXIH-RXIVREP(MWXVMFYXMSR 6IJIVIRGI'MVGYMXGSRX R5 C4 C5 C9 C8 R4 C3 R3 C6 R1 R6 R7 C7 C1 LM R2 C18 VDD QQ1 C2 C14 C15 Q1 C16 C17 R8 C24 RF_IN C10 C11 VDD L1 C28 RF_O R RF_OUT C12 C25 C27 C26 C13 C22 1 C21 C19 C20 VDD L2 C23 A091201in_01 A091201out_01 A09120 A091201ou a 0 9 1 2 0 1 e f_ a s s y 6IJIVIRGIGMVGYMX EWWIQFP]HMEKVEQRSXXSWGEPI  'SQTSRIRX (IWGVMTXMSR 7YKKIWXIH1ERYJEGXYVIV 42SV'SQQIRX ''' ' '''' '''' ' ' ' ' ' ' ' ' '''' ' ' ' ' 00 5 55 6 6 6 6 66 66 'ETEGMXSV™* 8ERXEPYQGETEGMXSV™*: ™ ™* *: 'ETEGMXSV™* * 'IVEQMGGETEGMXSVT* TEGMXS GMXSVVT*  (MKM/I] (MKM/I] (MKM/I] %8' 4'''82( 2( 4''&'82( &  'ETEGMXSV™* EGMXS XSVV™*  'IVEQMGGETEGMXSVT* 'IVEQMGGETE IVEQMGGET 'IVEQMGGETEGMXSVT* 'IVEQ 'IVEQMGG 'IVEQMGGETEGMXSVT* 'IVE 'IVEQ 'ETEGMXSV™* 'E 8ERXEPYQGETEGMXSV™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48*%) 48*%* 'SRJMHIRXMEP0MQMXIH-RXIVREP(MWXVMFYXMSR 4EGOEKI3YXPMRI7TIGMJMGEXMSRW 4EGOEKI, (45° X 2.72 [.107]) CL 4.83±0.51 190 [.190±.020] D FLANGE 9.78 [.385] LID 9.40 +0.10 19.43 ±0.51 [.765±.020] –0.15 [.370 +.004 –.006 ] S C L 2X R1.63 [R.064] G 4X R1.52 [R.060] 2X 12.70 [.500] [.5 27.94 2 [1.100] 19.81±0.20 [.780±.008] 1.02 [.040] 40] C L SPH 1.57 [.062] 3.61±0.38 [.142±.015] 0.0381 [.0015] -AA34.04 [1.340] 07 1 1 1 7 _ h 3 - 6 2 4 8 -2 _ p o (MEKVEQ 2SXIW{YRPIWW SXLIV[MWI WTIGMJMIH  0IEHXLMGORIWWz?zA  %PPXSPIVERGIW•?AYRPIWWWTIGMJMIHSXLIV[MWI  4MRW(!HVEMR7!WSYVGI+!KEXI  -RXIVTVIXHMQIRWMSRWERHXSPIVERGIWTIV%71)=1  4VMQEV]HMQIRWMSRWEVIQQ%PXIVREXIHMQIRWMSRWEVIMRGLIW  +SPHTPEXMRKXLMGORIWW 7(+JPERKI PIEHW•QMGVSR?•QMGVSMRGLA *MRHXLIPEXIWXERHQSWXGSQTPIXIMRJSVQEXMSREFSYXTVSHYGXWERHTEGOEKMRKEXXLI-RJMRISR-RXIVRIXTEKI http://www.infineon.com/products (EXE7LIIX SJ 6IZ   48*%) 48*%* 'SRJMHIRXMEP0MQMXIH-RXIVREP(MWXVMFYXMSR 4EGOEKI3YXPMRI7TIGMJMGEXMSRWGSRX 4EGOEKI, ( 45° X 2.72 [.107]) CL 4.83±0.51 [.190±.020] D +0.10 LID 9.40 –0.15 [.370 +.004 –.006] FLANGE 9.78 [.385] C L 19.43±0.51 1 [.765±.020] G 4X R0.508+0.381 –0.127 [R.020+.015 –.005] 2X 12.70 [.500] 19.81±0.20 [.780±.008] C L SPH 1.57 [.062] 1.02 [.040] 0.0381 [.0015] 0015] 01 -A-A S 0 7 1 1 1 7 _ h -3 7 2 4 8 -2 _ p o 3.61±0.38 [.142±.015] 20.57 [.810] (MEKVEQ 2SXIW{YRPIWW SXLIV[MWI WTIGMJMIH  0IEHXLMGORIWWz?zA  %PPXSPIVERGIW•?AYRPIWWWTIGMJMIHSXLIV[MWI  4MRW(!HVEMR7!WSYVGI+!KEXI  -RXIVTVIXHMQIRWMSRWERHXSPIVERGIWTIV%71)=1  4VMQEV]HMQIRWMSRWEVIQQ%PXIVREXIHMQIRWMSRWEVIMRGLIW  +SPHTPEXMRKXLMGORIWW 7(+JPERKI PIEHW•QMGVSR?•QMGVSMRGLA *MRHXLIPEXIWXERHQSWXGSQTPIXIMRJSVQEXMSREFSYXTVSHYGXWERHTEGOEKMRKEXXLI-RJMRISR-RXIVRIXTEKI http://www.infineon.com/products (EXE7LIIX SJ 6IZ   48*%)* 'SRJMHIRXMEP0MQMXIH-RXIVREP(MWXVMFYXMSR 6IZMWMSR,MWXSV]  4VIZMSYW:IVWMSR   (EXE7LIIX 4EKI 7YFNIGXWQENSVGLERKIWWMRGIPEWXVIZMWMSR (EXE7LIIX ;I0MWXIRXS=SYV'SQQIRXW %R]MRJSVQEXMSR[MXLMRXLMWHSGYQIRXXLEX]SYJIIPMW[VSRKYRGPIEVSVQMWWMRKEXEPP# =SYVJIIHFEGO[MPPLIPTYWXSGSRXMRYSYWP]MQTVSZIXLIUYEPMX]SJXLMWHSGYQIRX 4PIEWIWIRH]SYVTVSTSWEPMRGPYHMRKEVIJIVIRGIXSXLMWHSGYQIRX XS LMKLTS[IV6*$MRJMRISRGSQ 8SVIUYIWXSXLIVMRJSVQEXMSRGSRXEGXYWEX +30(137 97% SV-RXIVREXMSREP +30(137’MWEVIKMWXIVIHXVEHIQEVOSJ-RJMRISR8IGLRSPSKMIW%+ LRSPSKMIW%+ SPSKMIW )HMXMSR 4YFPMWLIHF] -RJMRISR8IGLRSPSKMIW%+ 1àRGLIR+IVQER] -RJMRISR8IGLRSPSKMIW%+ %+ + %PP6MKLXW6IWIVZIH 0IKEP(MWGPEMQIV 8LIMRJSVQEXMSRKMZIRMRXLMWHSGYQIRXWLEPPMRRSIZIRXFIVIKEVHIHEWEKYEVERXIISJGSRHMXMSRWSVGLEVEGXIVMWXMGW IRM IRMRX w&IWGLEJJIRLIMXWKEVERXMIx ;MXLVIWTIGXXSER]I\EQTPIWSVLMRXWKMZIRLIVIMRER]X]TMGEPZEPYIWWXEXIHLIVIMRERHSV ER]MRJSVQEXMSRVIKEVHMRKXLIETTPMGEXMSRSJXLIHIZMGI-RJMRISR8IGLRSPSKMIWLIVIF]HMWGPEMQWER]ERHEPP[EVVERXMIW ERHPMEFMPMXMIWSJER]OMRHMRGPYHMRK[MXLSYXPMQMXEXMSR[EVVERXMIWSJRSRMRJVMRKIQIRXSJMRXIPPIGXYEPTVSTIVX]VMKLXWSJER] XLMVHTEVX] -RJSVQEXMSR *SVJYVXLIVMRJSVQEXMSRSRXIGLRSPSK]HIPMZIV]XIVQWERHGSRHMXMSRWERHTVMGIWTPIEWIGSRXEGX]SYVRIEVIWX-RJMRISR 8IGLRSPSKMIW3JJMGI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