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Untitled Abstract: No abstract text available Text: Part Number: Integra IB0810M100 TECHNOLOGIES, INC. L-Band Radar Transistor Silicon Bipolar − Ultra-high fT The high power pulsed radar transistor device part number IB0810M100 is designed for L-Band radar systems operating over the instantaneous bandwidth of 870-990 MHz. While operating in class C mode at Vcc=36V,	Original	PDF	IB0810M100 IB0810M100 IB0810M100-REV-NC-DS-REV-A
transistor Common Base configuration Abstract: IB0810M50 IB0810M12 f 0952 radar circuit component transistor Common collector configuration ballast 300 watt Transistor Data Book Text: Part Number: Integra IB0810M12 TECHNOLOGIES, INC. 12 Watt L-Band Radar Transistor Frequency : Output Power : Power Gain : Efficiency : Output VSWR : Pulse Width : Duty Factor : Collector Voltage : Driver Transistor Use as driver transistor IB0810M50. for Bandwidth	Original	PDF	IB0810M12 IB0810M50. IB0810M12-SF-REV-NC transistor Common Base configuration IB0810M50 IB0810M12 f 0952 radar circuit component transistor Common collector configuration ballast 300 watt Transistor Data Book
IB0810M12 Abstract: transistor Common Base configuration IB0810M12-REV-NC-DS-REV-NC method d 1071 transistor BD 325 bd 142 transistor 4620 Common collector configuration BD 54 transistor IB0810M Text: Part Number: Integra IB0810M12 TECHNOLOGIES, INC. L-Band Radar Transistor Silicon Bipolar − Ultra-high fT The high power pulsed radar transistor device part number IB0810M12 is designed for L-Band radar systems operating over the instantaneous bandwidth of 870-990 MHz. While operating in class C	Original	PDF	IB0810M12 IB0810M12 IB0810M12-REV-NC-DS-REV-NC transistor Common Base configuration IB0810M12-REV-NC-DS-REV-NC method d 1071 transistor BD 325 bd 142 transistor 4620 Common collector configuration BD 54 transistor IB0810M
bd 142 transistor Abstract: No abstract text available Text: Part Number: Integra IB0810M12 TECHNOLOGIES, INC. Silicon Bipolar − Ultra-high fT L-Band Radar Transistor Class C Operation − High Efficiency The high power pulsed radar transistor device part number IB0810M12 is designed for L-Band radar systems operating over the instantaneous	Original	PDF	IB0810M12 IB0810M12 IB0810M12-REV-NC-DS-REV-A bd 142 transistor
Untitled Abstract: No abstract text available Text: Part Number: Integra IB0810M50 TECHNOLOGIES, INC. Silicon Bipolar − Ultra-high fT L-Band Radar Transistor Class C Operation − High Efficiency The high power pulsed radar transistor device part number IB0810M50 is designed for L-Band radar systems operating	Original	PDF	IB0810M50 IB0810M50 IB0810M50-REV-NC-DS-REV-A
IB0810M100 Abstract: l-band 60 watt transistor x band radar U 855 D nc50 Text: Part Number: Integra IB0810M100 TECHNOLOGIES, INC. L-Band Radar Transistor Silicon Bipolar − Ultra-high fT The high power pulsed radar transistor device part number IB0810M100 is designed for L-Band radar systems operating over the instantaneous bandwidth of 870-990 MHz. While operating in class C mode at Vcc=36V,	Original	PDF	IB0810M100 IB0810M100 IB0810M100-REV-NC-DS-REV-NC l-band 60 watt transistor x band radar U 855 D nc50
bd 36 930 Abstract: No abstract text available Text: Integra Part Number: IB0810M210 TECHNOLOGIES, INC. L-Band Radar Transistor Silicon Bipolar − Ultra-high fT IB0810M210 is designed for L-Band radar systems operating over the instantaneous band width of 870-990 MHz. While operating in class C mode this common base device supplies a	Original	PDF	IB0810M210 IB0810M210 IB0810M210-REV-NC-DS-REV-B bd 36 930
tegra 2 Abstract: IB0810M210 tegra BD 9280 CI 321 sar radar INTEGRA TECHNOLOGIES transistor BD 255 Text: Part Number: Integra IB0810M210 TECHNOLOGIES, INC. L-Band Radar Transistor Silicon Bipolar − Ultra-high fT The high power pulsed radar transistor device part number IB0810M210 is designed for L-Band radar systems operating over the instantaneous bandwidth of 870-990 MHz. While operating in class C	Original	PDF	IB0810M210 IB0810M210 IB0810M210-REV-NC-DS-REV-A tegra 2 tegra BD 9280 CI 321 sar radar INTEGRA TECHNOLOGIES transistor BD 255
filter for GPS spice Abstract: BLF578 diode smd marking BUF GP 750 BLF7G10-300p AX 2008 lqfp48 GP 809 DIODE BF1118 MPAL2731M15 bgu7051 BB 505 Varicap Diode Text: RF手册第14版用于高性能RF产品的应用和设计手册2010年5月恩智浦半导体RF手册第14版 3 高性能RF适用于最高要求的应用恩智浦RF手册令设计更简易恩智浦RF手册–当今RF设计市场上最重要的参考工具之一–展示了我们从小信号到大功率	Original	PDF	RF20105 67SiGe JESD204A-DACADC JESD204A- AEC100 BFR90 BFQ33 TFF1004HN JESD204A BLF578) filter for GPS spice BLF578 diode smd marking BUF GP 750 BLF7G10-300p AX 2008 lqfp48 GP 809 DIODE BF1118 MPAL2731M15 bgu7051 BB 505 Varicap Diode
MPF102 spice model Abstract: BLF278 mosfet HF amplifier BLF4G08LS-160A x-band mmic core chip BLF4G08LS-160 BIT 3713 IB3135 toshiba smd marking code transistor bgu7041 TEA6848H Text: RF Manual 15th edition Application and design manual for High Performance RF products May 2011 High Performance RF for the most demanding applications NXP’s RF Manual makes design work much easier NXP's RF Manual is one of the most important reference tools on the market for	Original	PDF	te121 MPF102 spice model BLF278 mosfet HF amplifier BLF4G08LS-160A x-band mmic core chip BLF4G08LS-160 BIT 3713 IB3135 toshiba smd marking code transistor bgu7041 TEA6848H
sot-89 BV SMD TRANSISTOR MARKING CODE Abstract: bgu7051 MS1051 2SK163 BLF578 fm band BLF278 mosfet HF applications BFU610F TAN250A PTFA 210301E - 30 W 100MHz SMD RF Mixer Text: RFマニュアル第14版 RF製品用のアプリケーションおよび設計マニュアル2010年5月 NXPセミコンダクターズRFマニュアル第14版 3 最も要求の高いアプリケーションに向けたハイパフォーマンスRF NXPのRFマニュアルでRF設計がこれ	Original	PDF	NXPRF14 JESD204A AEC100 RFBFR90 RFBFQ33 TFF1004HN FMF11070HN sot-89 BV SMD TRANSISTOR MARKING CODE bgu7051 MS1051 2SK163 BLF578 fm band BLF278 mosfet HF applications BFU610F TAN250A PTFA 210301E - 30 W 100MHz SMD RF Mixer
circuit diagram of GSM based home automation system Abstract: BF1118 MOBILE jammer GSM 1800 MHZ circuit diagram bgu7051 BLF578 CMMB antenna MRF6V2300N 300w power amplifier circuit diagram BF256B spice model maxim DVB Text: RF Manual 14th edition Application and design manual for High Performance RF products May 2010 2010 NXP B.V. copyright owner. The information presented in this document does not form part of any quotation or contract, is believed to be accurate and reliable and may be changed without notice. No liability will be accepted by	Original	PDF