A.H. Systems SAS-543 Скачать руководство пользователя страница 3

A.H. Systems SAS-543 High Power Biconical Antenna

INTRODUCTION

The SAS-543 Biconical Antenna is an ideal solution for immunity testing and capable of
generating a high fields at lower frequencies. The Biconical antenna has a unique balun
design an ideal for IEC 1000-4-3 testing or any other immunity testing. The rugged design
of this biconical antenna has an impedance transformation and matching circuit capable of
handling   1000   Watts.   This   Biconical   antenna   is   a   versatile   performer   for   all   your
compliance testing needs.
 

 A.H. Systems inc. – May 2014

REV C

3

Содержание SAS-543

Страница 1: ...A H Systems SAS 543 High Power Biconical Antenna SAS 543 Biconical Antenna Operation Manual A H Systems inc May 2014 REV C 1 ...

Страница 2: ...tended Purposes 4 Optional Equipment 5 OPERATING INSTRUCTIONS Assembly Instructions 6 Mounting Instructions 6 SPECIFICATIONS Specifications 8 Typical Data 9 Calculations 10 Convertion Factors 11 MAINTENANCE Maintenance Procedures 12 Annual Calibration 12 Warranty 13 A H Systems inc May 2014 REV C 2 ...

Страница 3: ... lower frequencies The Biconical antenna has a unique balun design an ideal for IEC 1000 4 3 testing or any other immunity testing The rugged design of this biconical antenna has an impedance transformation and matching circuit capable of handling 1000 Watts This Biconical antenna is a versatile performer for all your compliance testing needs A H Systems inc May 2014 REV C 3 ...

Страница 4: ...n designed to be used in the process of generating controlling and measuring high levels of electromagnetic Radio Frequency RF energy It is the responsibility of the user to assure that the device is operated in a location which will control the radiated energy such that it will not cause injury and will not violate regulatory levels of electromagnetic interference A H Systems inc May 2014 REV C 4...

Страница 5: ... Adapters Need an Adapter We stock those as well MOUNTING ACCESSORIES AEH 510 Azimuth and elevation head to assist the test engineer in orientating biconical antenna at the device under test ATU 510 Each tripod leg is independently adjustable in angle and length to facilitate antenna height setting The tripod legs have a rubber tip on one end for indoor or hard surface use and a metal spike on the...

Страница 6: ...e rotated 360 degrees and tilted between horizontal and vertical polarization Each tripod leg is independently adjustable in angle and length to facilitate antenna height setting The tripod legs have a rubber tip on one end for indoor or hard surface use and a metal spike on the other end for outdoor soft surface such as dirt use Mount the antenna such that the elements are parallel to the ground ...

Страница 7: ...e mismatch errors it is recommended that high quality in line attenuators be used to reduce reflections Connect the attenuator at the antenna end of the transmitting cable or when receiving connect the attenuator at the measuring instrument or preamplifier input Dress the cables straight back from the antenna connector at least 1 meter before being dressed vertically down to the ground plane Signa...

Страница 8: ...ntenna Factor 7 to 20 dB m Antenna Gain 14 to 3 dBi Impedance nominal 50W Average VSWR 2 8 1 typ Maximum Continuous Power 1000 Watts Maximum Radiated Field 100 V m Connector N Type female Mounting 1 4 20 female PHYSICAL SPECIFICATIONS Weight 6 lbs 2 7 kg Size W x H 52 5 x 17 133cm x 43 2cm A H Systems inc May 2014 REV C 8 ...

Страница 9: ...A H Systems SAS 543 High Power Biconical Antenna TYPICAL DATA A H Systems inc May 2014 REV C 9 ...

Страница 10: ...tenna factor plus cable loss to receiver reading in dB V to convert to field strength in dB V meter Field Strength dBuV m SA dBuV AF dB m cable loss dB SA Spectrum Analyzer or Receiver voltage reading AF Antenna Correction Factor CL Cable Loss in dB IMMUNITY TESTING For Immunity measurements the generated electric field strength can be calculated by FS Approximate Field Strength in V m P Power in ...

Страница 11: ... m to T T 1 25 A m dB A to dBA dBA dB A 120 E FIELD ANTENNAS LOG LINEAR POWER Correction Factor dB V m dB V AF dBm to Watts W 10 dBm 30 10 Field Strength V m 30 watts Gain numeric meters Watts to dBm dBm 10log W 30 Required Power Watts V m meters 2 30 Gain numeric dBW to Watts W 10 dBW 10 LOOP ANTENNAS Watts to dBW dBW 10log W Correction Factors dB A m dB V AF dBW to dBm dBm dBW 30 Assumed E field...

Страница 12: ...d emissions testing for electromagnetic compatibility EMC requires the measurement of electric field E field strength which is compared with a limit level The output voltage of an antenna is converted to E field strength via its antenna factor the measurement of which must include the uncertainty components related to that particular antenna taking into consideration the environment in which the a...

Страница 13: ...encing with the delivery of the product by A H Systems The remedy set forth herein shall be the only remedy available to the buyer and in no event shall A H Systems be liable for direct indirect incidental or consequential damages This warranty shall not apply to any part of the product which without fault of A H Systems has been subject to alteration failure caused by a part not supplied by A H S...

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