0805CS-220XJBC
Abstract: CAPACITOR PORCELAIN PORCELAIN MAX2648 MAX2648EVKIT network analyzer connectors VNA 8753E
Contextual Info: 19-2564; Rev 1; 10/02 MAX2648 Evaluation Kit This EV kit is factory-tuned for operation in the 5150MHz to 5350MHz band but can be retuned for operation in any band from 5000MHz to 6000MHz. Table 1 provides component selection information to retune the MAX2648 for operation in the 5725MHz to
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5Ghz lna transistor
Abstract: SiGE wlan LNA MAX2648 "wireless design guide" maxim SiGe LNA SiGe
Contextual Info: WORLD’S SMALLEST 5GHz SiGe LNA OFFERS 1.8dB NF The MAX2648 SiGe LNA takes the complexity out of designing a low-cost, high-performance 5GHz LNA for IEEE802.11a and HiperLAN2 wireless LAN systems. Compared to a discrete design, the LNA’s integrated active bias network saves 1 transistor and 3 passive
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FR4 microstrip stub
Abstract: fr4 loss tangent 10GHz FR4 substrate 10GHz AN1756 APP1756 MAX2648
Contextual Info: Maxim > App Notes > WIRELESS, RF, AND CABLE Keywords: rf, lna, 5ghz, rfic, wlan, 802.11a, rf ics, integrated circuits Sep 27, 2002 APPLICATION NOTE 1756 Designing with the MAX2648 5GHz LNA for High-Frequency Stability Abstract: RF input and output matching networks are critical factors in determining the performance of a 5GHz
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FR4 SUBSTRATE SHEET
Abstract: MAX2828 AN1113 5GHz of FR4 APP1113 MAX2648 roger 4350 "wireless design guide" maxim FR-4 roger 5GHz Transceiver reference design for 802.11a
Contextual Info: Maxim > App Notes > Wireless and RF Keywords: rf, rfic, lna, 5GHz, receiver, wlan, 802.11a, rf ics, integrated circuits, low noise amplifier Jun 14, 2002 APPLICATION NOTE 1113 REP038: The MAX2648 for 5GHz WLAN Abstract: Presents design layout used to implement a 5GHz low-noise amplifier LNA based on the MAX2648.
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rep038max2648max2828/911a/b/g+10com/an1113an1113app1113fr4 substrate sheetmax28285ghz of fr4roger 4350wireless design guide" maximfr-4 roger5ghz transceiver reference design for 802.11a
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MAX2648EVKIT
Abstract: VNA 8753E
Contextual Info: 19-1894; Rev 0; 1/01 MAX2648 Evaluation Kit This EV kit is factory-tuned for operation in the 5150MHz to 5350MHz band but can be retuned for operation in any band from 5000MHz to 6000MHz. Table 1 provides component selection information to retune the MAX2648 for operation in the 5725MHz to
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HP346A
Abstract: HP346B low noise transistors rf MAX2640 MAX2645 MAX2684 MAX2700 MAX9982 N8973A MAX2649
Contextual Info: Maxim > App Notes > BASESTATIONS / WIRELESS INFRASTRUCTURE WIRELESS, RF, AND CABLE Nov 21, 2003 Keywords: rf, rfic, wireless, noisefigure measurement, gain, meter, y factor, rf ics, rfics APPLICATION NOTE 2875 Three Methods of Noise Figure Measurement Abstract: Three different methods to measure noise figure are presented: Gain method, Y-factor method, and
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max14574
Abstract: MAX1786 MAX1788 MAX8899 DS1849 MAX16908 MAX4967 DS3610 max17018 max13487
Contextual Info: Monitor Reports by Product: 1. Find the product of interest in the table below. Note the process and/or package for that product. 2. Use the "Back" button to return to the home page. 3. Select the process in the "Process Reliability" for the product of interest.
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53f1
Abstract: MAX267AENG HP nc 8430 40HZ-1 91429 designs max263 at 42 qt 1010 CK 67A
Contextual Info: 1&-0597, Rev 2: 9/96 J V \ Æ A \ / V \ P in P ro g ra m m a b le U n iv e rs a l a n d B a n d p a s s F ilte r s - Feature* The MAX263/264 and MAX267/268 CMOS swltchedcapacitor active filters are designed for precision filtering applications. Center frequency, Q, and oper
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32-step128-slep75khzax264/266+10max263/264max267/26853f1max267aenghp nc 843040hz-191429designs max263at 42 qt 1010ck 67a
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HP346B
Abstract: HP346A MAX2105 MAX2640 MAX2645 MAX2684 MAX2700 MAX9982 N8973A
Contextual Info: BASESTATIONS / WIRELESS INFRASTRUCTURE WIRELESS, RF, AND CABLE Nov 21, 2003 Three Methods of Noise Figure Measurement Three different methods to measure noise figure are presented: Gain method, Y-factor method, and the Noise Figure Meter method. The three
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5100 B3 transmitter
Abstract: 500-SERIES MAX2648 MAX2648EBT
Contextual Info: 19-1894; Rev 0; 1/01 UAL IT MAN TION K A ET U E L H A S EV TA WS DA FOLLO 5GHz to 6GHz Low-Noise Amplifier in 6-Pin UCSP Features ♦ 5GHz to 6GHz Wideband Operation ♦ Low Noise Figure: 1.8dB at 5.25GHz ♦ High Gain: 17dB ♦ High IIP3: 0dBm ♦ +2.7V to +3.6V Single-Supply Operation
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smith chart
Abstract: max2640 smith smith MAX2320 MAX2338 MAX2387 MAX2388 MAX2640 MAX2641 MAX2642
Contextual Info: WIRELESS, RF, AND CABLE Application Note 742: Mar 23, 2001 Impedance Matching and the Smith Chart: The Fundamentals Tutorial on RF impedance matching using the Smith Chart. Examples are shown plotting reflection coefficients, impedances and admittances. A sample matching network is designed at 60 MHz using graphical methods.
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planar transformer theory
Abstract: 0805CS-060XMBC 0402CS-10NXJBX do33116p C337 w 79 a4490 0805CS-220XJBC DO3316C-334 MAX2620 SC4501
Contextual Info: 07/2009 COILCRAFT MAGNETICS FOR IC REFERENCE DESIGNS – 2009 COILCRAFT MAGNETICS FOR AVNET MEMEC SUPPLIER REFERENCE DESIGNS Avnet Memec is proud to be a distributor for Coilcraft as well as several leading semiconductor firms, many of whom require high performance inductors and
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Ericsson 15GHz MW Antenna
Abstract: max2115 dvb-t tv splitter circuit laptop LVDS vga input satellite receiver TUNER RF 2.4Ghz band receiver bpsk modulation maxim vco 824MH Ericsson Base Station MAX2118
Contextual Info: WIRELESS Data Sheets ANALOG DESIGN SOLUTIONS Applications Notes • Free Samples • N ITIO D E 15th 802.11b Zero-IF Radio Delivers Best-In-Class Size, Power, and Sensitivity Performance RE FUTU CT U D O R P • -87dBm Receiver Sensitivity at 11Mbps Data Rate Is 3dB Better than Other
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AN1913
Abstract: APP1913 MAX2648 Ultra Chip
Contextual Info: Maxim > App Notes > WIRELESS, RF, AND CABLE Keywords: S-parameter, measurements, fixture, error, microstrip, mismatch, rfic, lna Mar 06, 2003 APPLICATION NOTE 1913 Improve Device S-Parameter Measurement with Fixture Design and Calibration Abstract: This application note describes how to correct and minimize the errors introduced by the test fixture
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5100 B3 transmitter
Abstract: 500-SERIES MAX2648 MAX2648EBT-T
Contextual Info: 19-1894; Rev 1; 8/03 KIT ATION EVALU E L B A IL AVA 5GHz to 6GHz Low-Noise Amplifier in 6-Pin UCSP Features ♦ 5GHz to 6GHz Wideband Operation ♦ Low Noise Figure: 1.8dB at 5.25GHz ♦ High Gain: 17dB ♦ High IIP3: 0dBm ♦ +2.7V to +3.6V Single-Supply Operation
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APP742
Abstract: smith chart smith MAX2320 MAX2338 MAX2358 MAX2387 MAX2388 MAX2472 matching with smith chart
Contextual Info: Maxim > App Notes > WIRELESS, RF, AND CABLE Keywords: smith chart, RF, impedance matching, transmission line Jul 22, 2002 APPLICATION NOTE 742 Impedance Matching and the Smith Chart: The Fundamentals Abstract: Tutorial on RF impedance matching using the Smith Chart. Examples are shown plotting reflection
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free transistor and ic equivalent data
Abstract: free transistor Germanium Amplifier Circuit diagram germanium transistors NPN k2a2 GERMANIUM TRANSISTOR silicon bipolar transistor low noise amplifier Germanium Amplifier silicon germanium germanium NPN
Contextual Info: BASESTATIONS / WIRELESS INFRASTRUCTURE WIRELESS, RF, AND CABLE Mar 15, 2000 Silicon Germanium SiGe Technology Enhances Radio Front-End Performance This application note describes how silicon germanium enhances IC performance in RF applications. A Giacoleto model is used to analyze noise effects. Wider gain bandwidth of SiGe technology is
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max2644max2645max2648max2649+16max2651max2654max2680max2683max3273max3892free transistor and ic equivalent datafree transistorgermanium amplifier circuit diagramgermanium transistors npnk2a2germanium transistorsilicon bipolar transistor low noise amplifiergermanium amplifiersilicon germaniumgermanium npn
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5100 B3 transmitter
Abstract: 5GHz operational amplifier 5Ghz lna transistor
Contextual Info: 19-1894; Rev 1; 8/03 KIT ATION EVALU E L B A IL AVA 5GHz to 6GHz Low-Noise Amplifier in 6-Pin UCSP Features ♦ 5GHz to 6GHz Wideband Operation ♦ Low Noise Figure: 1.8dB at 5.25GHz ♦ High Gain: 17dB ♦ High IIP3: 0dBm ♦ +2.7V to +3.6V Single-Supply Operation
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MAX2292
Abstract: Motorola transceiver chip 100 MHz to 4GHz MAX2382 ericsson single line module 900 GSM Max2606 fm transmitter Single Chip L-band Tuner DVB Satellite MAX2620 Cellular RF Transmitter 1900 2400 MHz MAX2750 MAX2451
Contextual Info: WIRELESS Data Sheets ANALOG DESIGN SOLUTIONS Applications Notes • Free Samples • Chip-Scale PA Delivers +22.5dBm Output Power for 2.4GHz 4. HIGHER 5dB POWE 802.11b WLAN PRISM R THAN II PA! +2.7V TO +3.6V SUPPLY BIAS DET OUT 1. DETECTOR mm 5 • 28.5dB GAIN
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5100 B3 transmitter
Abstract: 5800MHZ ZS 1032 driver
Contextual Info: 19-1894; Rev 0; 1/01 UAL IT MAN TION K A ET U E L H A S EV TA WS DA FOLLO 5GHz to 6GHz Low-Noise Amplifier in 6-Pin UCSP Features ♦ 5GHz to 6GHz Wideband Operation ♦ Low Noise Figure: 1.8dB at 5.25GHz ♦ High Gain: 17dB ♦ High IIP3: 0dBm ♦ +2.7V to +3.6V Single-Supply Operation
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free transistor and ic equivalent data
Abstract: AN697 germanium npn germanium transistors NPN MAX2247 MAX2321 MAX2323 MAX2338 5Ghz lna transistor MAX2641
Contextual Info: Maxim > App Notes > BASESTATIONS / WIRELESS INFRASTRUCTURE WIRELESS, RF, AND CABLE Keywords: silicon germanium, SiGe, rfic, rf design, lna, rfics, rf ics Mar 15, 2000 APPLICATION NOTE 697 Silicon Germanium SiGe Technology Enhances Radio Front-End Performance
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