Antenna gain

Results: 115



#Item
91MISSION STATUSBULTETIN  YOYAGER November 29, 1977  No. 12

MISSION STATUSBULTETIN YOYAGER November 29, 1977 No. 12

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Source URL: planetary.s3.amazonaws.com

Language: English - Date: 2010-09-13 17:35:04
92PRINTING CALIBRATION Galileo Scale Model PARTS SHEET 1: The High-Gain Antenna PRINT ON TRANSPARENCY MATERIAL

PRINTING CALIBRATION Galileo Scale Model PARTS SHEET 1: The High-Gain Antenna PRINT ON TRANSPARENCY MATERIAL

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Source URL: solarsystem.nasa.gov

Language: English - Date: 2003-11-26 16:08:10
93ETSI TR[removed]V1[removed]Technical Report Fixed Radio Systems; Representative values for transmitter power and antenna gain

ETSI TR[removed]V1[removed]Technical Report Fixed Radio Systems; Representative values for transmitter power and antenna gain

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Source URL: www.etsi.org

Language: English - Date: 2013-07-09 05:50:42
94«Flat line» Patch antenna 430 to 440 MHz Part Nr[removed]Electrical data Radiation at 435 MHz

«Flat line» Patch antenna 430 to 440 MHz Part Nr[removed]Electrical data Radiation at 435 MHz

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Source URL: www.f9ft.com

Language: English - Date: 2009-07-17 09:11:45
957.2.7 Performance Enhancements The antenna patterns we saw in Figures 7-8 and 7-9 are not really good omnidirectional antennas, with significant variation in gain in different directions — as much as 10 dB. Furthermore

7.2.7 Performance Enhancements The antenna patterns we saw in Figures 7-8 and 7-9 are not really good omnidirectional antennas, with significant variation in gain in different directions — as much as 10 dB. Furthermore

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Source URL: www.w1ghz.org

Language: English - Date: 2003-02-11 21:18:43
96Chapter 2  ELECTROMAGNETIC HORN ANTENNAS Paul Wade N1BWT © 1994,1998 A horn antenna is the ideal choice for a rover station. It offers moderate gain in a small, rugged package with no adjustments needed, and has a wide

Chapter 2 ELECTROMAGNETIC HORN ANTENNAS Paul Wade N1BWT © 1994,1998 A horn antenna is the ideal choice for a rover station. It offers moderate gain in a small, rugged package with no adjustments needed, and has a wide

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Source URL: www.w1ghz.org

Language: English - Date: 2003-02-11 21:18:30
97K5QY’s PHASED ARRAYS[removed]and 3-Element 80 m Phased Verticals 2) 2-Element 160 m Phased Verticals 3) K9AY Phased Receiving Array 4) 2-Element Phased 80 – 10 m Inverted Vees

K5QY’s PHASED ARRAYS[removed]and 3-Element 80 m Phased Verticals 2) 2-Element 160 m Phased Verticals 3) K9AY Phased Receiving Array 4) 2-Element Phased 80 – 10 m Inverted Vees

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Source URL: www.k5qhd.org

Language: English - Date: 2009-08-26 12:28:32
98JAVA  JAVA FM Broadband Log Periodic ANTENNA JAMPRO JAVA FM broadband log periodic antenna system is one of the finest available to the broadcasting industry. Ideal for High Gain

JAVA JAVA FM Broadband Log Periodic ANTENNA JAMPRO JAVA FM broadband log periodic antenna system is one of the finest available to the broadcasting industry. Ideal for High Gain

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Source URL: www.jampro.com

Language: English - Date: 2014-01-14 18:41:26
99JLPU UHF-TV LOG-PERIODIC ANTENNA 8 dBd gain 470–862 MHz (Channels 14–69*) The JAMRPO JLPU Log-Periodic Antenna covers all 6, 7, and 8 MHz UHF-TV channels worldwide (bands IV/V). The JLPU is made

JLPU UHF-TV LOG-PERIODIC ANTENNA 8 dBd gain 470–862 MHz (Channels 14–69*) The JAMRPO JLPU Log-Periodic Antenna covers all 6, 7, and 8 MHz UHF-TV channels worldwide (bands IV/V). The JLPU is made

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Source URL: www.jampro.com

Language: English - Date: 2014-03-13 15:32:11
100Frequency Range:  Down link 824-849MHz / Up-link 869-894MHz  Overall systems Gain  (3dB Pass Band):110dB min. for 15db S/N  Pass band ripple: +/- 2.5dB max. within 3dB Pass Band

Frequency Range:  Down link 824-849MHz / Up-link 869-894MHz  Overall systems Gain  (3dB Pass Band):110dB min. for 15db S/N  Pass band ripple: +/- 2.5dB max. within 3dB Pass Band

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Source URL: www.tufftelecom.com

Language: English - Date: 2009-11-22 03:08:38