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modicon tsx NANO

Abstract: TSX NANO modicon plc TSX 07 31 2428 tsx pcu 1030 error modicon tsx nano plc TSX NANO TSX NANO CABLE tsx nano plc program terminal XBT-Z908 modicon plc TSX 07 31 2428 error code
Text: ). Nano PLCs are programmed in lists of instructions using the FTX 117 programming terminal, in Ladder or Instruction list language using software on an FT 2000, FTX 517 terminal or PC compatible. Instruction list and Ladder programs are reversible on FTX terminals or PC compatibles. Nano PLCs with 16 , Nano PLC (16 I/O), 1 input simulator and software under DOS for FT 2000/ FTX 517 TSX SDC 07 30 DSF , connectors. T FTX CBF 020 : Uni-Telway connecting cable between the FTX 517 terminal and the TER port of


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2005 - Not Available

Abstract: No abstract text available
Text: Antenna VSWR Tx Attenuation 2 ⋅ fTx 3 ⋅ fTx 4 ⋅ fTx Passband frequency EGSM Tx Insertion loss Amplitude ripple VSWR Antenna VSWR Tx Attenuation 2 ⋅ fTx 3 ⋅ fTx 4 ⋅ fTx Isolation fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx 2 ⋅ fTx PCN/PCS Tx 3 ⋅ fTx PCN/PCS Tx -> -> -> -> -> -> -> fTx ILTx max. VSWR VSWR GSM850 Rx EGSM Rx PCN Rx PCS Rx WCDMA2100 Ant Ant Harmonic generation PIN = 35 dBm 2 ⋅ fTx 3


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PDF D2027 B30654D2027R424 B30674D2024R424 B30654-D2027-R424 GSM850, GSM900
2012 - Not Available

Abstract: No abstract text available
Text: Application Note AN_175 Battery Charger Detection over USB with FT-X Devices Version 1.0 Issue Date: 2012-02-08 The purpose of this document is to describe how to use the FT-X family of , Devices International Limited Application Note AN_175 Battery Charger Detection over USB with FT-X , . 6 2.5 USB Host Port ( FT-X Enumerated) . 7 2.6 USB Host Port ( FT-X not yet enumerated


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tsx pcu 1030

Abstract: TSX NANO PL7-07 TSX NANO modicon plc TSX 07 31 2428 TSX 07 software TSX 07 31 2428 TSX NANO CABLE TSX 07 TSX NANO CABLE modicon tsx NANO 07 31 2428 TSX 07 21 2428
Text: ) 1 TSX Nano (16 I/O), 1 input simulator block and and 1 FTX 117 TSX SDC 07 30 117 0.950 1 , Modicon TSX Nano-programmable controllers Terminal FTX 117 References Terminals FTX 117 (with 4 , ) Terminal FTX 117 Programming/ adjustment of TSX Nano PLCs Manual TLX DM 07 117i Supplied T FTX 117 071i 0.665 Terminal FTX 117 Adjust Adjustment of TSX Nano/Micro PLCs Downloading/ uploading of programs and data Service instructions Supplied T FTX 117 ADJ 02 0.380 Length


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PDF Nano/PL7-07 tsx pcu 1030 TSX NANO PL7-07 TSX NANO modicon plc TSX 07 31 2428 TSX 07 software TSX 07 31 2428 TSX NANO CABLE TSX 07 TSX NANO CABLE modicon tsx NANO 07 31 2428 TSX 07 21 2428
2006 - CXM3513ER

Abstract: No abstract text available
Text: 0.1 5 A ANT-RF1 fud = fRx ­ fTx , *4 ­107 ­97 dBm *4 ­105 ­95 dBm ANT-RF2 fud = fRx ­ fTx , *5 ­105 ­95 dBm fud = fRx ­ fTx , *5 ­105 ­95 dBm ANT-RF3 fud = fRx ­ fTx , *6 ­110 ­100 dBm *6 ­107 ­97 dBm ANT-RF1 fud = fRx + fTx , *4 ­115 ­105 dBm fud = fRx + fTx , *4 ­115 ­105 dBm ANT-RF2 fud = fRx + fTx , *5 ­115 ­105 dBm *5 ­110 ­100 dBm ANT-RF3 fud = fRx + fTx , *6 ­115 ­105 dBm


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PDF CXM3513ER CXM3513ER 900MHz, 95GHz 20-pin 25dBm, 840MHz 1785MHz
2005 - Not Available

Abstract: No abstract text available
Text: VSWR Tx Attenuation 2 ⋅ fTx 3 ⋅ fTx 4 ⋅ fTx fTx ILTx -> -> -> -> -> -> - , dBm 2 ⋅ fTx 3 ⋅ fTx 4 . 12 ⋅ fTx 8 824 — — — — 30 25 20 1.2 0.05 , 27 — — — — — — — dB dB dB dB dB dB dB — — — VSWR fTx , VSWR Antenna VSWR Tx Attenuation 2 ⋅ fTx 3 ⋅ fTx 4 ⋅ fTx Isolation fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx 2 ⋅ fTx PCN/PCS Tx 3 â


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PDF D5013 B30654D5013Q824 B30654-D5013-Q824
2006 - CXM3513ER

Abstract: No abstract text available
Text: fTx , *4 ­107 ­97 dBm *4 ­105 ­95 dBm ANT-RF2 fud = fRx ­ fTx , *5 ­105 ­95 dBm fud = fRx ­ fTx , *5 ­105 ­95 dBm ANT-RF3 fud = fRx ­ fTx , *6 ­110 ­100 dBm *6 ­107 ­97 dBm ANT-RF1 fud = fRx + fTx , *4 ­115 ­105 dBm fud = fRx + fTx , *4 ­115 ­105 dBm ANT-RF2 fud = fRx + fTx , *5 ­115 ­105 dBm *5 ­110 ­100 dBm ANT-RF3 fud = fRx + fTx , *6 ­115 ­105 dBm fud = fRx + fTx , *6 ­110


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PDF CXM3513ER CXM3513ER 900MHz, 95GHz 20-pin 25dBm, 840MHz 1785MHz
2008 - epcos saw

Abstract: gsm switch epcos
Text: frequency GSM850 Tx Insertion loss Amplitude ripple VSWR Antenna VSWR Tx Attenuation 2 fTx 3 fTx 4 fTx Passband frequency EGSM Tx Insertion loss Amplitude ripple VSWR Antenna VSWR Tx Attenuation 2 fTx 3 fTx 4 fTx Isolation fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx 2 fTx PCN/PCS Tx 3 fTx PCN/PCS Tx fTx ILTx VSWR VSWR max. 849 1.5 0.4 1.5 1.5 - - - , dB fTx ILTx VSWR VSWR 1.25 0.05 1.15 1.1 46 50 38 dB CTQ dB dB dB dB -> -> -> -> -> -


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PDF D5013 B30654D5013Q824 B30654-D5013-Q824 D5013 epcos saw gsm switch epcos
2005 - Not Available

Abstract: No abstract text available
Text: Tx Insertion loss Amplitude ripple VSWR Antenna VSWR Tx Attenuation 2 fTx 3 fTx 4 fTx Passband frequency EGSM Tx Insertion loss Amplitude ripple VSWR Antenna VSWR Tx Attenuation 2 fTx 3 fTx 4 fTx Isolation fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx 2 fTx PCN/PCS Tx 3 fTx PCN/PCS Tx fTx ILTx VSWR VSWR typ. @25 °C 1.2 0.02 1.2 1.3 38 39 30 max , - - 30 25 20 dB dB dB fTx ILTx VSWR VSWR 1.25 0.03 1.1 1.2 39 48 27 dB dB dB dB dB


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PDF D2027 B30654D2027R424 B30674D2024R424 GSM850, GSM900, GSM1800, GSM1900, B30654-D2027-R424
2008 - Not Available

Abstract: No abstract text available
Text: loss Amplitude ripple VSWR Antenna VSWR Tx Attenuation 2 fTx 3 fTx 4 fTx Passband frequency EGSM Tx Insertion loss Amplitude ripple VSWR Antenna VSWR Tx Attenuation 2 fTx 3 fTx 4 fTx Isolation fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx 2 fTx PCN/PCS Tx 3 fTx PCN/PCS Tx fTx ILTx VSWR VSWR typ. @25 °C 1.2 0.02 1.2 1.3 38 39 30 max. 849 1.5 0.4 1.5 , dB dB dB fTx ILTx VSWR VSWR 1.25 0.03 1.1 1.2 39 48 27 dB dB dB dB dB -> -> -> -> -


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PDF D2027 B30654-D2027-R424 GSM850, GSM900, GSM1800, GSM1900, D2027
2014 - AN_201 FT-X MTP memory Configuration

Abstract: FT-X MTP memory Configuration FT-X series FT-X
Text: Future Technology Devices International Application Note AN_201 FT-X MTP memory Configuration 2.0 Issue Date: 2013-12-18 This application note describes the MTP Memory Map of the FTDI FT-X series of chips. This MTP memory is used for storing configuration data in the FT-X series of devices. The MTP Memory can be read and written over USB on all FT-X series devices, and can also be read and written over I2C on the members of the FT-X family which include I2C interfaces. This application note


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PDF FT1248 AN_201 FT-X MTP memory Configuration FT-X MTP memory Configuration FT-X series FT-X
2005 - D5013

Abstract: F61074-V8207-Z000 epcos saw B30654-D5013-Q824
Text: Attenuation 2 fTx 3 fTx 4 fTx Passband frequency EGSM Tx Insertion loss Amplitude ripple VSWR Antenna VSWR Tx Attenuation 2 fTx 3 fTx 4 fTx Isolation fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx fTx GSM850/EGSM Tx 2 fTx PCN/PCS Tx 3 fTx PCN/PCS Tx fTx ILTx VSWR VSWR , 880 - - - - 30 25 20 dB dB dB fTx ILTx VSWR VSWR 1.25 0.05 1.15 1.1 46 50 38 dB CTQ , generation PIN = 35 dBm 2 fTx 3 fTx 4 . 12 fTx - - - ­56 ­48 ­72 ­38 ­38 ­38 dBm dBm dBm


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PDF D5013 B30654D5013Q824 B30654-D5013-Q824 D5013will D5013 F61074-V8207-Z000 epcos saw
2004 - Not Available

Abstract: No abstract text available
Text: . Max. Ptx = 21.5dBm, Pjam = –15dBm, ftx = 835MHz, fjam = 45MHz, fim = 880MHz — –122 –105 — –118 –105 — –115 –105 Ptx = 21.5dBm, Pjam = –15dBm, ftx , €“15dBm, ftx = 835MHz, fjam = 45MHz, fim = 880MHz — –120 –105 — –120 –105 — –107 –103 Ptx = 21.5dBm, Pjam = –15dBm, ftx = 1950MHz, fjam = 4090MHz, fim = 2140MHz — –112 –105 Ptx = 21.5dBm, Pjam = –15dBm, ftx = 835MHz, fjam = 790MHz, fim =


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PDF CXM3544XR CXM3544XR 900MHz, 65dBm M3544
Not Available

Abstract: No abstract text available
Text: . Max. Ptx = 21.5dBm, Pjam = –15dBm, ftx = 835MHz, fjam = 45MHz, fim = 880MHz *1 Path â , €“102 Ptx = 21.5dBm, Pjam = –15dBm, ftx = 835MHz, fjam = 1715MHz, RF4 (Ant2) fim = 880MHz –RF1, 2, 3 Ptx = 21.5dBm, Pjam = –15dBm, ftx = 1950MHz, fjam = 190MHz, fim = 2140MHz Ptx = 21.5dBm, Pjam = –15dBm, ftx = 1950MHz, fjam = 4090MHz, fim = 2140MHz IMD2 dBm 1-12 Ptx = 21.5dBm, Pjam = –15dBm, ftx = 835MHz, fjam = 45MHz, fim = 880MHz — –120 –105 — –120 –105 â


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PDF CXM3544XR CXM3544XR 900MHz, 65dBm 100pF)
2008 - Not Available

Abstract: No abstract text available
Text: important notes at the end of this document. fTx ILTx VSWR VSWR fTx ILTx VSWR VSWR 824 â , generation PIN = 35 dBm antenna port: VSWR Ant 1:1 2 ⋅ fTx 3 ⋅ fTx 4 . 12 ⋅ fTx Harmonic generation antenna port: VSWR Ant 3:1, PMAX = 33 dBm 2 ⋅ fTx 3 ⋅ fTx Please read cautions and , . 5130 . fTx ILTx VSWR VSWR fTx ILTx VSWR VSWR 3570 3820 5355 5730 1710 â , antenna port: VSWR Ant 1:1 2 ⋅ fTx 3 ⋅ fTx 4 . 7 ⋅ fTx — — — –50 –50 â


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PDF D2024 B30674D2024R424 B30674D5024Q824 B30674-D2024-R424
2008 - D2024

Abstract: EPCOS 3570 epcos saw WB1900 GSM1800 GSM1900 GSM900 IEC-61000-4-2 F61074-V8216-Z000 WCDMA850
Text: important notes at the end of this document. fTx ILTx VSWR VSWR fTx ILTx VSWR VSWR 824 - , antenna port: VSWR Ant 1:1 2 fTx 3 fTx 4 . 12 fTx Harmonic generation antenna port: VSWR Ant 3:1, PMAX = 33 dBm 2 fTx 3 fTx Please read cautions and warnings and important notes at the end of , 1710 . WCDMA850-> PCN/PCS Tx 824 . GSM850/EGSM Tx -> Ant 3420 . 5130 . fTx ILTx VSWR VSWR fTx ILTx VSWR VSWR 3570 3820 5355 5730 1710 - - - - 1850 - - - -


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PDF D2024 B30674D2024R424 B30674-D2024-R424 D2024 EPCOS 3570 epcos saw WB1900 GSM1800 GSM1900 GSM900 IEC-61000-4-2 F61074-V8216-Z000 WCDMA850
2010 - imd2

Abstract: PJ 900 SP10T GSM900 NJG1670LG3 GSM1800 GSM1900 TORX1
Text: IMD2(1) TRX1~4 ON, Tone1: fTX =1950MHz, PTX=20dBm, Tone2: fJ =190MHz, PJ=-15dBm - -110 -102 dBm IMD2(2) TRX1~4 ON, Tone1: fTX =1950MHz, PTX=20dBm, Tone2: fJ =4090MHz, PJ=-15dBm - -110 -102 dBm IMD2(3) TRX1~4 ON, Tone1: fTX =1880MHz, PTX=20dBm, Tone2: fJ =80MHz, PJ=-15dBm - -110 -102 dBm IMD2(4) TRX1~4 ON, Tone1: fTX =1880MHz, PTX=20dBm, Tone2: fJ =3840MHz, PJ=-15dBm - -110 -102 dBm IMD2(5) TRX1~4 ON, Tone1: fTX =837MHz, PTX


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PDF NJG1670LG3 SP10T NJG1670LG3 LCSP20-G3 imd2 PJ 900 GSM900 GSM1800 GSM1900 TORX1
2004 - Not Available

Abstract: No abstract text available
Text: /1.8V) Item Symbol State *1 Path Condition Ptx = 21.5dBm, Pjam = ­15dBm, ftx = 835MHz, fjam = , ­15dBm, ftx = 835MHz, fjam = 1715MHz, RF4 (Ant2) fim = 880MHz ­RF1, 2, 3 Ptx = 21.5dBm, Pjam = ­15dBm, ftx = 1950MHz, fjam = 190MHz, fim = 2140MHz Ptx = 21.5dBm, Pjam = ­15dBm, ftx = 1950MHz, fjam = 4090MHz, fim = 2140MHz Ptx = 21.5dBm, Pjam = ­15dBm, ftx = 835MHz, fjam = 45MHz, fim = 880MHz Ptx = 21.5dBm, Pjam = ­15dBm, ftx = 835MHz, fjam = 1715MHz, RF5 (Ant1) fim = 880MHz ­RF1, 2, 3 Ptx = 21.5dBm


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PDF CXM3544XR CXM3544XR 900MHz, 63dBm 22pino M3544
2013 - CXM3630UR

Abstract: CXM3630UR-T9 CXM363
Text: ] fTx +20 dBm on RF [MHz] fBlocker ­15 dBm on RF1 [MHz] IMD2 (fRx ­ fTx ) Band 1 2140 1950 IMD2 (fRx + fTx ) IMD3 (2fTx ­ fRx) IMD3 (2fTx + fRx) IMD2 (fRx ­ fTx ) Band 2 1960 1880 IMD2 (fRx + fTx ) IMD3 (2fTx ­ fRx) IMD3 (2fTx + fRx) IMD2 (fRx ­ fTx ) Band 5 880 835 IMD2 (fRx + fTx ) IMD3 (2fTx ­ fRx) IMD3 (2fTx + fRx) IMD2 (fRx ­ fTx ) Band 7 2655 2535 IMD2 (fRx + fTx ) IMD3 (2fTx ­ fRx) IMD3 (2fTx + fRx) 190 , *16 *17 *18 *19 *20 *21 *22 *23 *24 *25 *26 IMD Condition (2) fRx on RF [MHz] 747 872 872 fTx PTx


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PDF CXM3630UR CXM3630UR IMT2000 CXM3630UR-T9 Code875342170 Code875342701 CXM363
2012 - CXM3630UR

Abstract: LTE antenna switch jammer IMD2 CXM363
Text: recommended circuit. 4 CXM3630UR IMD Condition (1) Band fRx on RF [MHz] fTx +20 dBm on RF [MHz] fBlocker ­15 dBm on RF1 [MHz] IMD2 (fRx ­ fTx ) Band 1 2140 1950 IMD2 (fRx + fTx ) IMD3 (2fTx ­ fRx) IMD3 (2fTx + fRx) IMD2 (fRx ­ fTx ) Band 2 1960 1880 IMD2 (fRx + fTx ) IMD3 (2fTx ­ fRx) IMD3 (2fTx + fRx) IMD2 (fRx ­ fTx ) Band 5 880 835 IMD2 (fRx + fTx ) IMD3 (2fTx ­ fRx) IMD3 (2fTx + fRx) IMD2 (fRx ­ fTx ) Band 7 2655 2535 IMD2 (fRx + fTx ) IMD3 (2fTx ­ fRx) IMD3 (2fTx + fRx) 190 4090 1760 6040 80 3840 1800 5720 45


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PDF CXM3630UR CXM3630UR IMT2000 CXM3630UR-T9 LTE antenna switch jammer IMD2 CXM363
2013 - CXM3592AUR-T9

Abstract: ic 8355 jammer gsm
Text: recommended circuit. 4 IMD Condition (1) Band fRx on RF [MHz] fTx +20 dBm on RF [MHz] fBlocker ­15 dBm on RF1 [MHz] IMD2 (fRx ­ fTx ) Band 1 2140 1950 IMD2 (fRx + fTx ) IMD3 (2fTx ­ fRx) IMD3 (2fTx + fRx) IMD2 (fRx ­ fTx ) Band 2 1960 1880 IMD2 (fRx + fTx ) IMD3 (2fTx ­ fRx) IMD3 (2fTx + fRx) IMD2 (fRx ­ fTx ) Band 5 880 835 IMD2 (fRx + fTx ) IMD3 (2fTx ­ fRx) IMD3 (2fTx + fRx) IMD2 (fRx ­ fTx ) Band 7 2655 2535 IMD2 (fRx + fTx ) IMD3 (2fTx ­ fRx) IMD3 (2fTx + fRx) 190 4090 1760 6040 80 3840 1800 5720 45 1715 790


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PDF CXM3592AUR CXM3592AUR IMT2000 CXM3592AUR-T9 Code875340755 Code875342695 ic 8355 jammer gsm
2010 - SP9T

Abstract: imd2 GSM1800 GSM1900 GSM900 NJG1673LG3 LCSP20-G3 capacitor pj 70 RX412
Text: Typ Max Units IMD2(1) TRX1~3 ON, Tone1: fTX =1950MHz, PTX=20dBm, Tone2: fJ =190MHz, PJ=-15dBm - -110 -102 dBm IMD2(2) TRX1~3 ON, Tone1: fTX =1950MHz, PTX=20dBm, Tone2: fJ =4090MHz, PJ=-15dBm - -110 -102 dBm IMD2(3) TRX1~3 ON, Tone1: fTX =1880MHz, PTX=20dBm, Tone2: fJ =80MHz, PJ=-15dBm - -110 -102 dBm IMD2(4) TRX1~3 ON, Tone1: fTX , : fTX =837MHz, PTX=20dBm, Tone2: fJ =45MHz, PJ=-15dBm - -110 -102 dBm IMD2(6) TRX1~3


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PDF NJG1673LG3 NJG1673LG3 LCSP20-G3 SP9T imd2 GSM1800 GSM1900 GSM900 LCSP20-G3 capacitor pj 70 RX412
2013 - Not Available

Abstract: No abstract text available
Text: recommended circuit. 4 dBm CXM3593UR IMD Condition Band fRx on RF [MHz] fTx +20 dBm on RF [MHz] fBlocker –15 dBm on ANT [MHz] IMD condition IMD2 (fRx – fTx ) Band 7 2655 , *21 2550 *22 120 *23 IMD2 (fRx + fTx ) 5190 *24 IMD3 (2fTx – fRx) 2415 *25 IMD3 (2fTx + fRx) 5 *15 IMD2 (fRx + fTx ) 2535 80 IMD3 (2fTx – fRx) 835 *14 IMD2 (fRx – fTx ) 880 6040 IMD3 (2fTx + fRx) Band 5 *13 IMD2 (fRx + fTx


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PDF CXM3593UR CXM3593UR IMT2000 UQFN-12 100pF)
2011 - GSM jammer

Abstract: E11717 CXM3592UR CXM3592
Text: Measured with the recommended circuit. 4 CXM3592UR IMD condition (1) Band fRx on RF [MHz] fTx +20 dBm on RF [MHz] fBlocker -15 dBm on RF1 [MHz] IMD2(fRx - fTx ) Band 1 2140 1950 IMD2(fRx + fTx ) IMD3(2fTx - fRx) IMD3(2fTx + fRx) IMD2(fRx - fTx ) Band 2 1960 1880 IMD2(fRx + fTx ) IMD3(2fTx - fRx) IMD3(2fTx + fRx) IMD2(fRx - fTx ) Band 5 880 835 IMD2(fRx + fTx ) IMD3(2fTx - fRx) IMD3(2fTx + fRx) IMD2(fRx - fTx ) Band 7 2655 2535 IMD2(fRx + fTx ) IMD3(2fTx - fRx) IMD3(2fTx + fRx) 190 4090 1760 6040 80


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PDF CXM3592UR CXM3592UR IMT2000 GSM jammer E11717 CXM3592
2012 - CXM3592AUR

Abstract: No abstract text available
Text: ) Measured with the recommended circuit. 4 CXM3592AUR IMD Condition (1) Band fRx on RF [MHz] fTx +20 dBm on RF [MHz] fBlocker ­15 dBm on RF1 [MHz] IMD2 (fRx ­ fTx ) Band 1 2140 1950 IMD2 (fRx + fTx ) IMD3 (2fTx ­ fRx) IMD3 (2fTx + fRx) IMD2 (fRx ­ fTx ) Band 2 1960 1880 IMD2 (fRx + fTx ) IMD3 (2fTx ­ fRx) IMD3 (2fTx + fRx) IMD2 (fRx ­ fTx ) Band 5 880 835 IMD2 (fRx + fTx ) IMD3 (2fTx ­ fRx) IMD3 (2fTx + fRx) IMD2 (fRx ­ fTx ) Band 7 2655 2535 IMD2 (fRx + fTx ) IMD3 (2fTx ­ fRx) IMD3 (2fTx + fRx) 190 4090 1760


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PDF CXM3592AUR CXM3592AUR IMT2000 V92AUR
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