LA390 Desktop Active Loop Aerial by AOR Ltd.

More catalogs by AOR Ltd. | LA390 Desktop Active Loop Aerial | 2 pages | 2011-05-11

Ads

Contacts for AOR Ltd.

AOR, LTD.
2-6-4 Misuji,
Taito-ku, Tokyo 111-0055.
Japan

Corporate Headquarter
(03) 3865-1695 in Japan +81 3-3865-1695 International

Office Hour
09:30-17:30PM (JST) GMT+9hr. Monday through Friday

AOR U.S.A., INC
20655 S.Western Ave.,
Torrance, CA 90501 U.S.A.,
Tel : 310-787-8615
Fax: 310-787-8619

http://www.aorja.com/

LA390 Desktop Active Loop Aerial is listed under these categories

Consumer Electronics > Radio

Featured catalog pages of LA390 Desktop Active Loop Aerial

® la390 desktop active loop aerial peak an incoming signal depending on its direction decrease interfering signals or local noise 10khz10khz-500mhz with a single indoor loop 5 position band switch for excellent out of band signal rejection high-gain amplifier min 20 b for 150khz to 30mhz ideal for limited space apartments small lots motor homes attics or mobile homes designed and manufactured in japan specifications subject to change without notice or

® la390 desktop active loop aerial 10khz 500mhz the la390 is a high performance active loop aerial ideally suited for internal or desk top use where larger external aerials are not possible the single loop is approximately 30.5cm across with 5 selectable bands having excellent directivity for nulling interference the aerial is powered from 12v power supply provided and comes complete with a 1 metre bnc to bnc coax lead directivity a rotating loop antenna is very directional depending on the loop s orientation you can peak an incoming signal depending on its direction or decrease an interfering signal for example the nulling feature will allow you to remove a station on a frequency and pick up another transmitting from a different direction on the same frequency of course the directional characteristics when listening to distant sky-wave signals will not be as pronounced as local ground-wave propagation thanks to its directivity it is also ideal for minimizing the effects of unwanted