TGA9070 Search Results

TGA9070 Datasheets (4)

Part	ECAD Model	Manufacturer	Description	Datasheet Type	PDF	PDF Size	Page count
TGA9070		TriQuint Semiconductor	23 - 29 GHz High Power Amplifier	Original	PDF	205.26KB	7
TGA9070-EPU		TriQuint Semiconductor	23 GHz to 29 GHz High-Power Amplifier	Original	PDF	80.38KB	1
TGA9070-SCC		TriQuint Semiconductor	23 - 29 GHz High Power Amplifier	Original	PDF	205.26KB	7
TGA9070-SCC		TriQuint Semiconductor	RF Amplifier, General purpose amplifier, Single channel, Chip, 29000 MHz, 11-Pin	Original	PDF	1.44MB	7

TGA9070 Datasheets Context Search

Catalog Datasheet	Type	Document Tags	PDF
TGA9070 Abstract: TGA9070-EPU Contextual Info: Advance Product Information TGA9070-EPU 23 GHz to 29 GHz High-Power Amplifier Key Features and Performance Primary Applications • • • • • • LMDS • Point-to-Point Radio 0.25um pHEMT technology 23 GHz to 29 GHz frequency range Nominal Pout of 1 watt 28GHz	Original	TGA9070-EPU 28GHz) TGA9070 TGA9070-EPU 400mA P1d20	PDF
Contextual Info: Product Datasheet 23 - 29 GHz High Power Am plifier TGA9070-SCC Key Features and Performance 0.25um pHEMT Technology 23 GHz - 29 GHz Frequency Range Nominal 1 Watt 28GHz @ P1dB Nominal Gain of 23 dB Bias 7V @ 400 mA Chip Dimensions 4.1 mm x 3.0mm Primary Applications	OCR Scan	TGA9070-SCC 28GHz) TGA9070-SCC 0007-inch	PDF
tico 732 Abstract: 13749 8739 4737 Contextual Info: TriQuint f# Advance Product Information SEMICONDUCTOR 23-29 GHz High Power Amplifier Key Features and Performance 0.25um pHEMT Technology TGA9070-EPU Primary Applications • LMDS Nominal Pout of 1 W att 28GHz • Point-to-Point Radio Nominal Gain of 24 dB	OCR Scan	28GHz) TGA9070-EPU TGA9070 1246E 1092C TGA9070-EPU tico 732 13749 8739 4737	PDF
14141 Abstract: CD005 1160E Contextual Info: TriQuint <+ Advance Product Information SEMiÇONDUC TOR 23 - 29 GHz High Power Amplifier TGA9070-EPU Key Features and Performance 0.25um pHEMT Technology 23 GHz - 29 GHz Frequency Range Nominal 1 W att 28GHz @ P1dB Nominal Gain of 23 dB Bias 7V @ 400 mA	OCR Scan	TGA9070-EPU 28GHz) TGA9070-EPU 0007-inch 14141 CD005 1160E	PDF
sem 5027 Contextual Info: TriQuint €► Advance Product Information SEMICONDUCTOR« 23 - 29 GHz High Power Amplifier TGA9070-EPU Key Features and Performance 0.25um pHEMT Technology 23 GHz - 29 GHz Frequency Range Nominal 1 Watt 28GHz @ P1dB Nominal Gain of 23 dB Bias 7V @ 400 mA	OCR Scan	TGA9070-EPU 28GHz) TGA9070-EPU 0007-inch sem 5027	PDF
TGA9070 Abstract: TGA9070-SCC Contextual Info: Product Datasheet Not Recommended for New Designs 23 - 29 GHz High Power Amplifier TGA9070-SCC Key Features and Performance • • • • • • 0.25um pHEMT Technology 23 GHz - 29 GHz Frequency Range Nominal 1 Watt 28GHz @ P1dB Nominal Gain of 23 dB	Original	TGA9070-SCC 28GHz) TGA9070-SCC 60roper 0007-inch TGA9070	PDF
TGA9070 Contextual Info: Product Datasheet 23 - 29 GHz High Power Amplifier TGA9070-SCC Key Features and Performance • • • • • • 0.25um pHEMT Technology 23 GHz - 29 GHz Frequency Range Nominal 1 Watt 28GHz @ P1dB Nominal Gain of 23 dB Bias 7V @ 400 mA Chip Dimensions 4.1mm x 3.0mm	Original	TGA9070-SCC 28GHz) TGA9070-SCC 0007-inch TGA9070	PDF
TGA9070 Abstract: TGA9070-SCC Contextual Info: Product Data Sheet 23 - 29 GHz High Power Amplifier TGA9070-SCC Key Features and Performance • • • • • • 0.25um pHEMT Technology 23 GHz - 29 GHz Frequency Range Nominal 1 Watt 28GHz @ P1dB Nominal Gain of 23 dB Bias 7V @ 400 mA Chip Dimensions 4.1mm x 3.0mm	Original	TGA9070-SCC 28GHz) TGA9070-SCC 0007-inch TGA9070	PDF
TGA9070 Contextual Info: Advance Product Information 23 - 29 GHz High Power Amplifier TGA1088-EPU Key Features and Performance • • • • • • • • 0.25um pHEMT Technology 23 GHz - 29 GHz Frequency Range Nominal 1 Watt 28GHz @ P1dB Nominal Gain of 23 dB OTOI 38 dBm typical (Linear Mode)	Original	TGA1088-EPU 28GHz) 115mm 047mm TGA188-EPU 100pF TGA1088 TGA9070	PDF
TGA2519-SG Abstract: HPA Ku TGF4350-EPU HPA41 ic 7435 TGC4401-EPU ku vsat amplifier TGA2512 price tga8658 TGA2519 Contextual Info: Microwave / Millimeter Wave Products GaAs MMICs and Discretes for Broadband, Military and Space TriQuint Semiconductor Phone: +1-972-994-8465 Fax: +1-972-994-8504 E-mail: i n f o - s a l e s @ t q s . c o m	Original	AsareavailableforkeybandsacrossDCto100GHz Alldevicesare100% 11GHzCut-OffFreq TGC1430F-EPU TGC1430G-EPU TGC4401-EPU TriQuintSemiconductor5/06 S11/S22 DC-20 DC-18 TGA2519-SG HPA Ku TGF4350-EPU HPA41 ic 7435 TGC4401-EPU ku vsat amplifier TGA2512 price tga8658 TGA2519	PDF
10 ghz gain block Contextual Info: Microwave/Millimeter-Wave Products TGA8810-SCC 2 – 10 GHz Gain Block Amplifier, Self-Biased The TriQuint TGA8810-SCC is a self-biased general-purpose amplifier. Two gain stages employ shunt feedback to produce flat gain to 10 GHz. At 1 dB gain compression, output	Original	TGA8810-SCC TGA8810-SCC gold-pla00 TGA9070-EPU 10 ghz gain block	PDF
531 amplifier Abstract: 14 Ghz microwave transceiver power amplifier s band ghz mhz 10 ghz gain block Contextual Info: Component Selection Guide RF Wireless Communications Products Part Description TQ9114 TQ9121 TQ9122 TQ9132 30 – 500 MHz IF/AGC Amplifier 1.2 – 1.6 GHz Low-Noise Amplifier 500 – 2500 MHz Low-Noise Amplifier 800 – 2500 MHz 50-mW Driver Amplifier Gain dB	Original	50-mW DCS-1800 GA1110E-20 GA1210E-20 531 amplifier 14 Ghz microwave transceiver power amplifier s band ghz mhz 10 ghz gain block	PDF
Contextual Info: Advance Product Information 23 - 29 GHz High Power Amplifier TGA1088-EPU Key Features and Performance • • 0.25um pHEMT Technology 23 GHz - 29 GHz Frequency Range Nominal 1 Watt 28GHz @ P1dB Nominal Gain of 23 dB OTOI 38 dBm typical (Linear Mode) Bias 7V @ 400 mA Idq (Sat Power mode)	OCR Scan	TGA1088-EPU 28GHz) 115mm 047mm TGA188-EPU TGA1088	PDF
ka band lna Abstract: TGA4820-EPU ka band Limiter HPA Ku diode 142 19C ka Band LNA, mixer TGB2001-EPU HPA-40 ka band power fet ka band space lna Contextual Info: Microwave / Millimeter Wave Products GaAs MMICs for Broadband, Military and Space TriQuint Semiconductor Phone: +1-972-994-8465 Fax: +1-972-994-8504 E-mail: info-mmw@tqs.com Web: www.triquint.com TriQuint uses proven 0.25µm power pHEMT and 0.15µm LN processes to design MMICs for	Original		PDF