RALPH HAROLD BRITTON, JR
Pilots at Rinconada Ave, Palo Alto, CA

License number
California A0217544
Issued Date
May 2015
Expiration Date
May 2017
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
240 Rinconada Ave, Palo Alto, CA 94301

Personal information

See more information about RALPH HAROLD BRITTON at radaris.com
Name
Address
Phone
Ralph Britton, age 83
3461 Texas Ave, Simi Valley, CA 93063
Ralph Britton
715 Rhine Ct, Los Banos, CA 93635
(209) 826-2209
Ralph Britton
PO Box 367, Llano, CA 93544
(661) 944-3571
Ralph R Britton
14382 Red Hill Ave #49, Tustin, CA 92780
Ralph R Britton
31750 165Th St E, Llano, CA 93544
(661) 944-3571

Professional information

See more information about RALPH HAROLD BRITTON at trustoria.com
Ralph Britton Photo 1
Calibrated Power Detector

Calibrated Power Detector

US Patent:
4794325, Dec 27, 1988
Filed:
May 29, 1985
Appl. No.:
6/738964
Inventors:
Ralph H. Britton - Palo Alto CA
Bret A. Herscher - Mountain View CA
Assignee:
Wavetek Corporation - San Diego CA
International Classification:
G01R 1706, G01R 1132, G01C 1738
US Classification:
324 99D
Abstract:
Power from an alternating signal having a frequency variable in a wide and relatively high range such as approximately 10 megahertz to 40 gigahertz is indicated by a detector. To calibrate the detector, an alternating signal is introduced from a source to a bridge including a regulating member such as a thermistor. The bridge also receives a direct voltage. The thermistor is maintained at a particular impedance such as 400 ohms, regardless of the power provided by the alternating signal, by varying the magnitude of the direct voltage. The alternating signal, which is regulated in accordance with the dc voltage, is also introduced to the detector. The detector output is introduced to a data processing unit which processes the detector output to indicate the power from the alternating signal. The output from the data processing unit is converted to an analog signal which is combined with the signal from the bridge to produce a resultant signal. The amplitude of the resultant signal is compared with a reference signal to produce an error signal which is introduced to the source of the alternating signal to obtain adjustments in the output from the source in a direction to minimize the error.