Radio-Frequency Devices
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- Blanche Liliana Wiggins
- 5 years ago
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1 Radio-Frequency Devices Radio-Frequency Bipolar Small-Signal Transistors 280 Radio-Frequency Small-Signal FETs 283 Radio-Frequency Power MOSFETs 284 Radio-Frequency Bipolar Power Transistors 284 Radio-Frequency Diodes 285 Small-Signal MMICs (Radio-Frequency Cell Packs) 287 Radio-Frequency Power Amp ICs 289 Microwave Semiconductors
2 Radio-Frequency Bipolar Small-Signal Transistors Radio-Frequency Bipolar Transistors Package Applications Absolute Maximum Ratings (Ta = 25 C) VCEO IC PC Tj (mw) ( C) Marking TO-92 Equivalent Product Remarks (Mini Transistors) 2SC2714 FM-band radio-frequency amps Q 2SC1923 2SC2668 2SC2715 AM frequency converter, FM IF amps R 2SC380TM 2SC2669 2SC2716 AM radio-frequency amps F 2SC941TM 2SC2670 2SC3123 VHF TV frequency converters HE 2SC3136 ft = 1.4 GHz 2SC5064 S-MINI VHF/UHF-band low-noise amps MA ft = 7 GHz 2SC5084 VHF/UHF-band low-noise amps MC ft = 7 GHz 2SC5089 VHF/UHF-band low-noise amps MD ft = 10 GHz 2SC5094 VHF/UHF-band low-noise amps ME ft = 10 GHz 2SC5106 VHF/UHF oscillators MF ft = 6 GHz 2SC5109 VHF/UHF oscillators MG ft = 5 GHz MT3S03A VHF/UHF band, low voltage operation, low phase noise MR ft = 10 GHz MT3S04A VHF/UHF band, low voltage operation, low phase noise AE ft = 7 GHz MT3S106 VHF/UHF band low noise, low distortion amps (Note 1) 150 R2 ft = 13 GHz 2SC5087 VHF/UHF-band low-noise amps C ft = 7 GHz 2SC5087R SMQ VHF/UHF-band low-noise amps ZP ft = 7 GHz 2SC5092 VHF/UHF-band low-noise amps D ft = 10 GHz 2SC5097 VHF/UHF-band low-noise amps E ft = 10 GHz MT4S03A VHF/UHF band, low voltage operation, low phase noise MR ft = 10 GHz MT4S04A VHF/UHF band, low voltage operation, low phase noise AE ft = 7 GHz MT4S06 VHF/UHF band, low voltage operation, low noise AC ft = 10 GHz MT4S07 VHF/UHF band, low voltage operation, low noise AD ft = 12 GHz 2SC4215 FM-band radio-frequency amps Q 2SC1923 ft = 550 MHz 2SC4250 VHF TV frequency converters HE 2SC3136 ft = 1.4 GHz 2SC5065 VHF/UHF-band low-noise amps MA ft = 7 GHz 2SC5085 VHF/UHF-band low-noise amps MC ft = 7 GHz USM 2SC5090 VHF/UHF-band low-noise amps MD ft = 10 GHz 2SC5095 VHF/UHF-band low-noise amps ME ft = 10 GHz 2SC5107 VHF/UHF oscillators MF ft = 6 GHz 2SC5110 VHF/UHF oscillators MG ft = 5 GHz 2SC5463 VHF/UHF-band low-noise amps MX/MY ft = 7 GHz MT3S03AU VHF/UHF band, low voltage operation, low phase noise MR ft = 10 GHz MT3S04AU VHF/UHF band, low voltage operation, low phase noise AE ft = 7 GHz MT3S16U UHF-band, low-voltage oscillators and amplifiers T4 ft = 4 GHz : Denotes a hfe class. Note 1: Mounted on a ceramic board The products shown in bold are also manufactured in offshore fabs. 280
3 Package Applications Absolute Maximum Ratings (Ta = 25 C) VCEO IC PC Tj (mw) ( C) Marking TO-92 Equivalent Product 2SC5088 VHF/UHF-band low-noise amps MC ft = 7 GHz 2SC5093 VHF/UHF-band low-noise amps MD ft = 10 GHz 2SC5098 USQ VHF/UHF-band low-noise amps ME ft = 10 GHz 2SC5319 VHF/UHF-band low-noise amps MT ft = 16 GHz MT4S03AU VHF/UHF band, low voltage operation, low phase noise MR ft = 10 GHz MT4S04AU VHF/UHF band, low voltage operation, low phase noise AE ft = 7 GHz MT4S06U VHF/UHF band, low voltage operation, low noise AC ft = 10 GHz MT4S07U VHF/UHF band, low voltage operation, low noise AD ft = 12 GHz MT4S32U VHF/UHF band, low voltage operation, low noise U4 ft = 16 GHz 2SC4915 FM-band radio-frequency amps Q 2SC1923 ft = 550 MHz 2SC5066 VHF/UHF-band low-noise amps M1/M2 ft = 7 GHz 2SC5086 VHF/UHF-band low-noise amps M5/M6 ft = 7 GHz 2SC5091 VHF/UHF-band low-noise amps M7/M8 ft = 10 GHz 2SC5096 SSM VHF/UHF-band low-noise amps M9/MA ft = 10 GHz 2SC VHF/UHF oscillators MB/MC ft = 6 GHz 2SC5111 VHF/UHF oscillators MD/ME ft = 5 GHz 2SC5322 VHF/UHF-band low-noise amps MU ft = 15.5 GHz 2SC5464 VHF/UHF-band low-noise amps MX/MY ft = 7 GHz MT3S03AS VHF/UHF band, low voltage operation, low phase noise MR ft = 10 GHz MT3S04AS VHF/UHF band, low voltage operation, low phase noise AE ft = 7 GHz MT3S06S VHF/UHF band, low voltage operation, low noise AC ft = 10 GHz MT3S07S VHF/UHF band, low voltage operation, low noise AD ft = 12 GHz 2SC4250FV VESM 1.2 Remarks VHF TV frequency converters HE 2SC3136 ft = 1.4 GHz MT3S03AFS VHF/UHF band, low voltage operation, low phase noise (Note 1) ft = 10 GHz MT3S04AFS VHF/UHF band, low voltage operation, low phase noise (Note 1) ft = 7 GHz MT3S05FS VHF/UHF band, low voltage operation, low phase noise (Note 1) ft = 4.5 GHz MT3S06FS VHF/UHF band, low voltage operation, low noise (Note 1) ft = 10 GHz MT3S07FS fsm VHF/UHF band, low voltage operation, low noise (Note 1) ft = 12 GHz MT3S11FS 0.6 VHF/UHF band, low voltage operation, low phase noise (Note 1) ft = 6 GHz MT3S12FS VHF/UHF band, low voltage operation, low phase noise (Note 1) ft = 7 GHz MT3S14FS VHF/UHF band, low voltage operation, low noise (Note 1) 125 0H ft = 11 GHz MT3S16FS UHF-band, low-voltage oscillators and amplifiers (Note 1) 125 0K ft = 4 GHz MT3S35FS VHF/UHF band, low voltage operation, low noise (Note 1) ft = 20 GHz MT3S36FS VHF/UHF band, low voltage operation, low noise (Note 1) ft = 19 GHz MT3S37FS VHF/UHF band, low voltage operation, low noise (Note 1) ft = 19 GHz MT3S41FS VHF/UHF band, low voltage operation, low noise (Note 1) ft = 15 GHz CST3 MT3S11CT 0.6 VHF/UHF band, low voltage operation, low phase noise (Note 1) ft = 6 GHz UFM MT3S15TU * VHF/UHF-band low-noise amps (Note 2) 150 T3 ft = 11.5 GHz MT3S19TU * VHF/UHF-band low-noise amps (Note 2) 150 T6 ft = 11 GHz MT3S20TU * 1.7 VHF/UHF-band low-noise amps (Note 2) 150 MU ft = 7 GHz Pw-Mini MT3S20P * VHF/UHF-band low-noise amps (Note 2) 150 MU ft = 7 GHz MT3S21P * VHF/UHF-band low-noise amps (Note 2) 150 T2 ft = 9 GHz MT3S22P * VHF/UHF-band low-noise amps (Note 2) 150 T5 ft = 8.5 GHz : Denotes a hfe class. Note 1: When mounted on a glass-epoxy PCB board Note 2: Mounted on a ceramic board The products shown in bold are also manufactured in offshore fabs. 281
4 Dual Radio-Frequency Bipolar Transistor Package VCEO (Q1/Q2) Absolute Maximum Ratings (Ta = 25 C) IC (Q1/Q2) PC (mw) Structure (Q1/Q2) ft (Q1/Q2) Internal Connections MT6L63FS 5/6 25/ (Note 1) MT3S07FS/MT3S11FS 12/ MT6L64FS 4.5/6 24/ (Note 1) MT3S35FS/MT3S11FS 19.5/6 19 MT6L65FS 4.5/6 36/ (Note 1) MT3S36FS/MT3S11FS 20/6 1F MT6L67FS * fs6 4.5/6 36/ (Note 1) MT3S36FS/MT3S106FS 20/8.5 1J MT6L68FS 5/6 15/ (Note 1) MT3S06FS/MT3S11FS 10/4.5 1K MT6L70FS 4.5/6 20/ (Note 1) MT3S107FS/MT3S106FS 16.5/8.5 1U MT6L71FS 5/6 25/ (Note 1) MT3S07FS/MT3S11AFS 12/4.5 1W MT6L72FS 4.5/6 36/ (Note 1) MT3S36FS/MT3S11AFS 19/4.5 1X MT6L75FS * 5/6 25/ (Note 1) MT3S07FS/MT3S106FS 12/8.5 Q1 Q2 52 MT6L76FS * 5/6 15/ (Note 1) MT3S06FS/MT3S106FS 10/ MT6L77FS * 6/6 40/ (Note 1) MT3S11FS/MT3S106FS 6/ MT6L78FS 6/6 40/ (Note 1) MT3S11FS/MT3S11AFS 6/6 55 MT6L77FST * fs6t 6/6 40/ MT3S11FS/MT3S106FS 6/8.5 Marking PC: Total power dissipation Note 1: When mounted on a glass-epoxy PCB board The internal connection diagrams only show the general configurations of the circuits. SiGe HBTs Absolute Maximum Ratings (Ta = 25 C) Package Applications VCEO IC PC Tj Marking Remarks (mw) ( C) MT4S100U USQ VHF/UHF band, low voltage operation, low noise P6 ft = 22 GHz MT4S101U VHF/UHF band, low voltage operation, low noise P7 ft = 21 GHz MT4S102U * UHF/SHF band, low voltage operation, low noise P8 ft = 24 GHz MT4S104U * UHF/SHF band, low voltage operation, low noise P1 ft = 23 GHz MT4S200U * UHF/SHF band, low voltage operation, low noise (Note 1) 150 P2 ft = 30 GHz MT4S100T TESQ VHF/UHF band, low voltage operation, low noise P6 ft = 23 GHz MT4S101T 1.2 VHF/UHF band, low voltage operation, low noise P7 ft = 23 GHz MT4S102T * UHF/SHF band, low voltage operation, low noise P8 ft = 25 GHz MT4S104T * UHF/SHF band, low voltage operation, low noise P1 ft = 25 GHz MT4S200T * UHF/SHF band, low voltage operation, low noise P2 ft = 30 GHz fsm MT3S106FS * UHF/SHF band, low voltage operation, low noise (Note 1) ft = 8.5 GHz 0.6 MT3S107FS * UHF/SHF band, low voltage operation, low noise (Note 1) ft = 16.5 GHz S-MINI MT3S111 * VHF/UHF band, low noise, low distortion (Note 1) 150 R5 ft = 11.5 GHz UFM MT3S111TU * VHF/UHF band, low noise, low distortion (Note 1) 150 R5 ft = 10 GHz 1.7 Pw-Mini 4.6 MT3S111P * VHF/UHF band, low noise, low distortion (Note 1) 150 R5 ft = 8 GHz Note 1: When mounted on a glass-epoxy PCB board 282
5 Radio-Frequency Small-Signal FETs Radio-Frequency MOSFETs Package Applications VDS Electrical Characteristics (Ta = 25 C) ID PD (mw) IDSS Yfs (ms) Marking Equivalent Product (Leaded Type) SMQ 3SK232 TV UHF radio-frequency amps to UO 3SK291 TV UHF radio-frequency amps to UF 1.5 3SK292 TV VHF/UHF radio-frequency amps to UV USQ 3SK249 TV UHF radio-frequency amps to UO 3SK293 TV UHF radio-frequency amps to UF 3SK TV VHF/UHF radio-frequency amps to UV Radio-Frequency Junction FETs Package Applications VGDO VGDS Electrical Characteristics (Ta = 25 C) IG PD (mw) IDSS Yfs (ms) 2SK210 S-MINI FM radio-frequency amps to 24 7 Y Marking Equivalent Product (Leaded Type) 2SK211 FM radio-frequency amps to 10 9 K SK711 AM radio-frequency amps to RB 2SK709 USM 2SK1875 AM radio-frequency amps to RB 2SK : Denotes a IDSS class. The products shown in bold are also manufactured in offshore fabs. 283
6 Radio-Frequency Power MOSFETs Radio-Frequency Power MOSFETs Package Applications VDSS Absolute Maximum Ratings (Tc = 25 C) PD (W) ID (A) Min VDD Po (W) Test Conditions RFM08U9X * PW-X SK3075 PW-X UHF/VHF 2SK3074 PW-MINI Professional radios 2SK3476 PW-X SK3475 PW-MINI SK4037 PW-X GMRS SK2855 PW-MINI UHF/VHF SK2854 PW-MINI Professional radios SK3079A PW-X SK3756 PW-MINI FRS/GMRS SK3078A PW-MINI SK3077 USQ Driver SK3656 PW-MINI FRS/GMRS f (MHz) Pi (W) Radio-Frequency Bipolar Power Transistors Package Applications VCBO 2SC2782A 2-13C1A 175 MHz Marine radios Professional radios Amateur radios Absolute Maximum Ratings (Tc = 25 C) PC (W) IC (A) Min VCC Po (W) Test Conditions f (MHz) Pi (W) Package Applications VCBO Absolute Maximum Ratings (Tc = 25 C) PC (W) IC (A) Max Pi (WPEP) Test Conditions f (MHz) VCC 2SC2510A 2-13B1A 27 to 50 MHz SC2879A 2-13B1A CB radios SC2290A 2-13B1A Amateur radios Po (WPEP) 284
7 Radio-Frequency Diodes Variable Capacitance Diodes S-MINI Package (Diodes for Electronic Tuning) FM8 VR CT VR CT VR Applications to to 14 9 FM car radios, portable radios 1SV to to FM Hi-Fi tuners 1SV to to FM car radios, portable radios HN1V02H to to AM car radios, portable radios JDV3C to to FM tuners Package USC ESC USQ sesc fsc VR CT VR CT VR Applications SV214 1SV278B to to VHF/UHF TV tuners 1SV to to CATV tuners 1SV229 1SV to to VHF/UHF VCOs 1SV to to CATV converters 1SV to to CATV tuners 1SV to to CATV tuners 1SV239 1SV to to 10 L-Band VCOs 1SV245 1SV to to BS tuners 1SV262 1SV to to CATV tuners 1SV269 1SV283B to to 25 CATV tuners 1SV270 1SV to to VHF/UHF VCOs 1SV276 1SV to to VHF/UHF VCOs JDV2S07FS to to L-Band VCOs 1SV288 1SV290B to to CATV tuners 1SV304 1SV305 JDV4P08U JDV2S08S JDV2S08FS to to VHF/UHF VCOs 1SV310 1SV to to VHF/UHF VCOs 1SV314 JDV2S10FS to to VHF/UHF VCOs 1SV322 1SV to to VCXOs 1SV324 1SV to to VCXOs JDV2S36E to to VCXOs 1SV to to VCXOs 1SV329 JDV2S13FS to to VHF/UHF VCOs JDV2S05E JDV2S05S JDV2S05FS to to VHF/UHF VCOs JDV2S71E 30 6 to to UHF/SHF tuners The products shown in bold are also manufactured in offshore fabs. fsc Package SC VR CT VR CT VR Applications JDV2S25FS * JDV2S25SC * to to 2 4 VHF/UHF VCOs JDV2S26FS * JDV2S26SC * to to VHF/UHF VCOs JDV2S29FS * JDV2S29SC * to to VHF/UHF VCOs JDV2S31SC * to to VHF/UHF VCOs JDV2S38SC * 10 7 to to VHF/UHF VCOs 285
8 Radio-Frequency Switching Diodes Applications IR (Max) VF (Max) CT () rs () VR VR IF VR IF f (µa) (Ω) (MHz) Package 1SS USC 1SS381 Single ESC JDS2S03S sesc 1SS268 TV band S-MINI 1SS269 switch S-MINI 1SS312 Twin USM 1SS USM 1SS SSM 1SV () S-MINI 1SV USC JDP3C04TU * UFM 1SV USC 1SV ESC Switch, ATT JDP2S01E Single ESC JDP2S04E ESC JDP2S02AS sesc JDP2S02AFS fsc JDP2S05FS fsc JDP2S08SC Switch SC2 1SV () S-MINI 1SV USM 1SV237 Switch, ATT Twin () SMQ 1SV USQ JDP4P02AT TESQ The products shown in bold are also manufactured in offshore fabs. Radio-Frequency Schottky Barrier Diodes Applications VR VRM IF 1SS S-MINI (Single) 1SS271 VHF to S-band mixers S-MINI (Twin) JDH2S03S * (Max) sesc 1SS S-MINI (Twin) 1SS USC JDH2S01FS fsc JDH3D01S UHF MIX SSM (Twin) JDH3D01FV VESM (Twin) JDH2S02FS fsc JDH2S02SC SC2 VF () IF CT () VR Package 286
9 Small-Signal MMICs (Radio-Frequency Cell Packs) Wideband Amp ICs Package Applications Functions Electrical Characteristics TA4000F TA4001F TA4002F TA4004F TA4011AFE TA4011FU TA4012AFE TA4012FU SM6 SMQ SMQ SMV ESV USV ESV USV BS tuners, communications equipment, BS tuners, communications equipment, BS tuners, communications equipment, BS tuners, communications equipment, Communications equipment, Communications equipment, Communications equipment, Communications equipment, TA4018F SM8 CATV, IF variable amps Bipolar differential gain control amp TA4019F SM8 CATV, IF amps Bipolar differential amp TA4022F * SM8 TA4023F * SM8 Communications equipment, Communications equipment, Bipolar linear differential amp Bipolar linear differential amp TA4020FT TESQ Bipolar low-noise amp TA4024CT * CST8 Bipolar linear differential amp TA4025CT * CST8 Bipolar linear differential amp TA4026CT * CST8 Bipolar linear differential amp TA4027CT * CST8 Bipolar linear differential amp TA4028CT * CST8 Bipolar linear differential amp TA4029CTC * CST6C TA4029TU ** UF6 Bipolar low-noise amp with a pass-through mode Bipolar low-noise amp with a pass-through TA4031CT ** CST8 Bipolar linear differential gain control amp mode B/W = 1.3 GHz Gp = = 400 MHz, VCC = 5 V B/W = 2.4 GHz Gp = = 500 MHz, VCC = 5 V B/W = 1.3 GHz Gp = = 500 MHz, VCC = 5 V B/W = 1.2 GHz Gp = = 500 MHz, VCC = 2 V B/W = 2.4 GHz, Po1dB = = 2 V B/W = 2.4 GHz, Po1dB = = 2 V B/W = GHz, Po1dB = = 2 V B/W = GHz, Po1dB = = 2 V S21 2 = 11dB, GR = = 5 V, f = 45 MHz S21 2 = 30dB, IM3 = = 5 V, f = 45 MHz, Pin = 35dBmW S21 2 = 19dB, IM3 = = 5 V, f = 45 MHz, Pin = 21dBmW, ZI = 250 Ω S21 2 = 28dB, IM3 = = 5 V, f = 45 MHz, Pin = 33dBmW, ZI = 250 Ω S21 2 = 15dB, NF = = 3 V, f = 1.5 GHz S21 2 = 26dB, IM3 = 53dBc, ICC = 26 = 3.3 V, f = 45 MHz S21 2 = 25dB, IM3 = 52dBc, ICC = 21 = 3.3 V, f = 45 MHz S21 2 = 26dB, IM3 = 54dBc, ICC = 35 = 3.3 V, f = 45 MHz S21 2 = 35dB, IM3 = 55dBc, ICC = 25 = 3.3 V, f = 45 MHz S21 2 = 35dB, IM3 = 54dBc, ICC = 15 = 3.3 V, f = 45 MHz S21 2 = 13dB, IIP3 = = 2.5 V, f = 1 GHz (LNA_ON) S21 2 = = 2.5 V, f = 1 GHz (LNA_OFF) S21 2 = 13dB, IIP3 = = 2.5 V, f = 1 GHz (LNA_ON) S21 2 = = 2.5 V, f = 1 GHz (LNA_OFF) S21 2 = 53dB, IM3 = 54dBc, NF = = 3.3 V/VAGC = 2.5 V, f = 45 MHz GCR = 53dB Supply Voltage S21 TB7600CTC * 2 = 11.5dB, NF = 1.7dB, ICC = 2.5 ma CST6C Low-noise VHF/UHF amp Pass-through S21 2 = 2.5dB, ICC < 1 TB7600TU * UF6 Low-noise VHF/UHF amp Pass-through = 2.5 V, f = 1 GHz S21 TB7601CTC * 2 = 13.5dB, NF = 1.4dB, ICC = 3.5 ma CST6C Low-noise VHF/UHF amp Pass-through S21 2 = 2.5dB, ICC < 1 TB7601TU * UF6 Low-noise VHF/UHF amp Pass-through = 2.5 V, f = 1 GHz S21 TB7602CTC * 2 = 15.5dB, NF = 1.3dB, ICC = 6 ma CST6C Low-noise VHF/UHF amp Pass-through S21 2 = 2.5dB, ICC < 1 TB7602TU * UF6 Low-noise VHF/UHF amp Pass-through = 2.5 V, f = 1 GHz TB7603CTC * CST6C Low-noise VHF/UHF amp Pass-through mode Inverted logic version of the TB7600CTC/TU TB7603TU * UF6 Low-noise VHF/UHF amp Pass-through mode TB7604CTC * CST6C Low-noise VHF/UHF amp Pass-through mode Inverted logic version of the TB7601CTC/TU TB7604TU * UF6 Low-noise VHF/UHF amp Pass-through mode TB7605CTC * CST6C Low-noise VHF/UHF amp Pass-through mode Inverted logic version of the TB7602CTC/TU TB7605TU * UF6 Low-noise VHF/UHF amp Pass-through mode to to to to to to to 3.3 **: Under development 287
10 Frequency Converters Package Applications Functions Electrical Characteristics TA4107F SM8 CATV analog digital tuner Bipolar linear down-converter C Gain = 0.5dB, IIP3 = = 1 GHz, flo = 950 MHz, VCC = 4.5 V Supply Voltage
11 Radio-Frequency Power Amp ICs Modules (Analog) Features Package Structure Applications Frequency Po (Min) ηt (Min) Range f (MHz) (W) (%) ρi (Max) Test Conditions Power Supply Pi (mw) VGG VDD S-AV36A 5-53P 60-W FM professional radios 134 to S-AV32A 5-53P 50-W FM professional radios 134 to S-AV33A 5-53P 25-W FM professional radios 134 to VHF S-AV35A 5-32G 25-W FM marine radios 154 to S-AV37A 5-32G 25-W FM marine radios 154 to S-AV40 * 5-32G 30-W FM professional radios 220 to S-AU82ASL * 5-53P 350 to Modules S-AU82AVL 5-53P 378 to W FM professional radios S-AU82AL 5-53P 400 to S-AU82AH 5-53P 450 to UHF S-AU93A 5-53P 50-W FM professional radios 430 to S-AU83AL 5-53P 400 to W FM professional radios S-AU83AH 5-53P 450 to S-AU F 5-W FM handheld professional radios 450 to Modules (Digital) Features Test Conditions Power Supply Package Structure Applications Frequency ACP Pi (dbmw) IDD (A) Po (dbmw) VDD VGG Range f (MHz) (db) (Max) (Note 1) S-AV F 150 to VHF Digital professional radios S-AV F 260 to Modules adjusted adjusted S-AU C 889 to MHz Digital MCA S-AU100 * 5-23F 905 to Note 1: Modulating signal: π/4dqpsk (α = 0.5, 32 kbps), Bandwidth: 16 khz, Detuning frequency: 25 khz 289
12 Microwave Semiconductors GaAs FETs (Power GaAs FETs) Appropriate P1dB (dbm) G1dB (db) η add (%) f (test) VDS Frequency Band S S to S8836A S8836B 6 to 9 S8837A S8850A JS8850A-AS S to JS8851-AS S JS8853-AS S JS8855-AS : Dry-packed Note: JS denotes a chip product. 10 GaAs MMICs Frequency Band P1dB (dbm) G1dB (db) IDD (A) IM3 (dbc) TMD to TMD to TMD to TMD to TMD1414-2C to IM3 : : 2-tone test PO = 19.0dBm (single-carrier level) : 2-tone test PO = 2dBm (single-carrier level) VDD 290 Electronic Systems Marketing Dept. Microwave Solid State Group TEL
13 (L-, S-Band Partially Matched Power GaAs FETs) Frequency Band P1dB (dbm) G1dB (db) η add (%) VDS = 12 V TPM TPM TPM Contact the Toshiba sales representative for information about RoHS compliance before you purchase any components. Frequency Band P2dB (dbm) G2dB (db) η add (%) VDS = 12 V TPM # to TPM ## #: I DSset = A ##: I DSset = 10.0 A Contact the Toshiba sales representative for information about RoHS compliance before you purchase any components. (X-Band Internally Matched Power GaN HEMT) Frequency Band Pout (dbm) at Pin = 41dBm GL (db) η add (%) TGI to Contact the Toshiba sales representative for information about RoHS compliance before you purchase any components. (Ku-Band Internally Matched Power GaN HEMT) Frequency Band Pout (dbm) GL (db) at at Pin = 42dBm Pin = 20dBm η add (%) TGI L # 14.0 to #: I DSset = A Contact the Toshiba sales representative for information about RoHS compliance before you purchase any components. VDS VDS (X-, Ku-Band Internally Matched Power GaAs FETs) Frequency Band P1dB (dbm) G1dB (db) η add (%) TIM TIM to 9.6 TIM TIM TIM # 8.9 to TIM TIM TIM to 10.5 TIM TIM TIM L TIM1011-2L TIM1011-4L TIM1011-5L to 11.7 TIM1011-8L TIM L TIM L TIM TIM to 12.7 TIM TIM L TIM1213-2L TIM1213-4L TIM1213-8L 12.7 to TIM L TIM L TIM TIM TIM TIM TIM to 14.5 TIM1314-9L TIM LA TIM TIM L TIM L # TIM1414-2L TIM1414-4LA TIM1414-5L TIM TIM1414-8L to 14.5 TIM1414-9L TIM LA TIM L TIM L TIM L # TIM to #: I DSset = 7.0 A for TIM1314/ L, TIM Contact the Toshiba sales representative for information about RoHS compliance before you purchase any components. VDS Electronic Systems Marketing Dept. Microwave Solid State Group TEL
14 (C-Band Internally Matched Power GaAs FETs) Frequency P1dB (dbm) G1dB (db) η add (%) IM3 (dbc) Band VDS = 10 V TIM3742-4SL-341 ## TIM3742-8SL-341 ## TIM SL-341 ## 3.3 to TIM SL-341 ## TIM SL-341 ## TIM UL to 3.8 TIM SL TIM3742-4SL TIM3742-4UL TIM3742-8SL TIM3742-8UL TIM UL TIM SL 3.7 to TIM UL TIM UL TIM SL TIM SL TIM SL TIM4450-4SL TIM4450-4UL TIM4450-8SL TIM4450-8UL TIM UL TIM SL 4.4 to TIM UL TIM UL TIM SL TIM SL TIM SL # TIM5053-4SL TIM5053-8SL to 5.3 TIM SL TIM SL TIM5359-4SL TIM5359-4UL TIM5359-8SL TIM5359-8UL TIM SL to 5.9 TIM UL TIM SL TIM SL TIM SL # TIM SL ### TIM5964-4SL TIM5964-4UL TIM5964-6UL TIM5964-8SL TIM5964-8UL TIM UL TIM SL TIM UL 5.9 to TIM UL TIM SL TIM UL TIM SLA TIM SL TIM SL # TIM SL ### #: I DSset = 9.5 A for TIM4450/5359/5964/6472/7179/ SL, TIM SL-422 ##: G1dB(min.) for TIM3742-4SL-341, TIM3742-8SL-341, TIM SL-341, TIM SL-341, TIM SL-341 G1dB(min.) for TIM5964-4SL-422, TIM5964-8SL-422, TIM SL-422, TIM SLA-422, TIM SL-422 ###: I DSset = 10.0 A for TIM SL, TIM SL Frequency P1dB (dbm) G1dB (db) η add (%) IM3 (dbc) Band VDS = 10 V TIM5964-4SL-422 ## TIM5964-8SL-422 ## TIM SL-422 ## 5.85 to TIM SLA-422 ## TIM SL-422 #, ## TIM6472-4SL TIM6472-4UL TIM6472-6UL TIM6472-8SL TIM6472-8UL TIM UL TIM SL 6.4 to TIM UL TIM UL TIM SL TIM SL TIM SL TIM SL # TIM7179-4SL TIM7179-4UL TIM7179-6UL TIM7179-8SL TIM7179-8UL TIM UL to 7.9 TIM SL TIM UL TIM UL TIM SL TIM SL TIM SL # TIM7785-4SL TIM7785-4UL TIM7785-6UL TIM7785-8SL TIM7785-8UL TIM UL TIM SL 7.7 to TIM UL TIM UL TIM SL TIM SL TIM SL TIM SL # IM3 : : 2-tone test PO = 25.5dBm (single-carrier level) : 2-tone test PO = 27.5dBm (single-carrier level) : 2-tone test PO = 28.5dBm (single-carrier level) : 2-tone test PO = 30.5dBm (single-carrier level) : 2-tone test PO = 31.5dBm (single-carrier level) : 2-tone test PO = 33.5dBm (single-carrier level) : 2-tone test PO = 34.0dBm (single-carrier level) : 2-tone test PO = 34.5dBm (single-carrier level) : 2-tone test PO = 3dBm (single-carrier level) : 2-tone test PO = 35.5dBm (single-carrier level) : 2-tone test PO = 36.5dBm (single-carrier level) : 2-tone test PO = 4dBm (single-carrier level) 292 Electronic Systems Marketing Dept. Microwave Solid State Group TEL
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More informationTypical Performance 1. 1 Device performance _ measured on a BeRex evaluation board at 25 C, 50 Ω system.
Device Features OIP3 = 28 dbm @ 1900 MHz Gain = 16 db @ 1900 MHz Output P1 db = 15.5 dbm @ 1900 MHz 50 Ω Cascadable Patented temperature compensation Lead-free/RoHS-compliant SOT-89 SMT package Product
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Device Features OIP3 = 35.5 dbm @ 1900 MHz Gain = 16 db @ 1900 MHz Output P1 db = 19.7 dbm @ 1900 MHz 50 Ω Cascadable Patented temperature compensation Lead-free/RoHS-compliant SOT-89 SMT package Product
More informationTypical Performance 1. 1 Device performance _ measured on a BeRex evaluation board at 25 C, 50 Ω system.
Device Features 3 ~ 3.2V supply No Dropping Resistor Required No matching circuit needed Lead-free/Green/RoHS compliant SOT-363 package Application: Driver Amplifier, Cellular, PCS, GSM, UMTS, WCDMA, Wireless
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Device Features OIP3 = 35 dbm @ 1900 MHz Gain = 13.3 db @ 1900 MHz Output P1 db = 18.5 dbm @ 1900 MHz 50 Ω Cascadable Patented temperature compensation Lead-free/RoHS-compliant SOT-89 SMT package Product
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Device Features OIP3 = 35 dbm @ 1900 MHz Gain = 16 db @ 1900 MHz Output P1 db = 19.5 dbm @ 1900 MHz 50 Ω Cascadable Patented temperature compensation Lead-free/RoHS-compliant SOT-89 SMT package Product
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More informationTypical Performance 1. 1 Device performance _ measured on a BeRex evaluation board at 25 C, 50 Ω system.
Device Features OIP3 = 43.0 dbm @ 70 MHz Gain = 17.5 db @ 70 MHz Output P1 db = 20.5 dbm @ 70 MHz 50 Ω Cascadable Patented temperature compensation Patented over voltage protection Lead-free/RoHS-compliant
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Device Features OIP3 = 32 dbm @ 1900 MHz Gain = 21.5 db @ 1900 MHz Output P1 db = 19 dbm @ 1900 MHz 50 Ω Cascadable Patented temperature compensation Lead-free/RoHS-compliant SOT-89 SMT package Product
More informationTypical Performance 1. 1 Device performance _ measured on a BeRex evaluation board at 25 C, 50 Ω system.
Device Features Single Fixed 3V supply No Dropping Resistor Required No matching circuit needed Lead-free/Green/RoHS compliant SOT-363 package Application: Driver Amplifier, Cellular, PCS, GSM, UMTS, WCDMA,
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More informationTypical Performance 1. 1 Device performance _ measured on a BeRex evaluation board at 25 C, 50 Ω system.
Device Features OIP3 = 39.0 dbm @ 70 MHz Gain = 24 db @ 70 MHz Output P1 db = 20.5 dbm @ 70 MHz 50 Ω Cascadable Patented temperature compensation Lead-free/RoHS-compliant SOT-89 SMT package Product Description
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More informationTypical Performance 1. 1 Device performance _ measured on a BeRex evaluation board at 25 C, 50 Ω system.
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Device Features NF = 0.7 db @ 900MHz at RF connectors of Demo board Gain = 19.0 db @ 900 MHz OIP3 = 36.0 dbm @ 1900MHz, 2450MHz Output P1 db = 21.0 dbm @ 900MHz, 22.0 dbm @2450MHz 5V/48mA, MTTF > 100 Years,
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