The measured Deep Space Network (DSN) 70-meter antenna performance at S- and X-bands is compared with the design expectations. A discussion of natural radio-source calibration standards is given. New estimates of DSN 64-meter antenna performance are given, based on improved values of calibration source flux and size correction. A comparison of the 64- and 70-meter performances shows that average S-band peak gain improvement is 1.94 dB, compared with a design expectation of 1.77 dB. At X-band, the average peak gain improvement is 2.12 dB, compared with the (coincidentally similar) design expectation of 1.77 dB. The average measured 70-meter S-band peak gain exceeds the nominal design-expected gain by 0.02 dB; the average measured 70-meter X-...
As the current 70-meter antennas are quite old (28-35 years) it is necessary to consider replacing t...
As the current 70-meter antennas are quite old (28-35 years) it is necessary to consider replacing t...
The configuration, detail design, and performance of the dual S-/X-band microwave feed system for th...
The design optimizations associated with the microwave and structural upgrade of the DSN 64-m antenn...
Aperture efficiency measurements made during 1988 on the three 70-m stations (DSS-14, DSS-43, and DS...
Two models are provided of the Deep Space Network (DSN) 70 m antenna performance at Ka-band (32 GHz)...
The Deep Space Network (DSN) 64-meter antenna in Spain (DSN 63) has been calibrated prior to its upg...
The Deep Space Network (DSN) 64-meter antenna in Australia has been calibrated prior to its upgradin...
The results of preliminary 32 GHz calibrations of the 70 meter antenna at Goldstone are presented. M...
The efficiency and noise temperature characteristics of the DSN 64 m antenna network prior to its up...
The gain, phase, and pointing performance of the Deep Space Network (DSN) 70 m antennas are investig...
In 1985, L-band (1668 MHz) receive-only feed systems were installed on the three Deep Space Network ...
The performance of X-band (8.5-GHz) and 32-GHz telemetry links is compared on the basis of the total...
The X-band feed assemblies in the 64 meter antennas were redesigned to accommodate the upgrading to ...
This work describes the development of new automated antenna calibration in-strumentation for the De...
As the current 70-meter antennas are quite old (28-35 years) it is necessary to consider replacing t...
As the current 70-meter antennas are quite old (28-35 years) it is necessary to consider replacing t...
The configuration, detail design, and performance of the dual S-/X-band microwave feed system for th...
The design optimizations associated with the microwave and structural upgrade of the DSN 64-m antenn...
Aperture efficiency measurements made during 1988 on the three 70-m stations (DSS-14, DSS-43, and DS...
Two models are provided of the Deep Space Network (DSN) 70 m antenna performance at Ka-band (32 GHz)...
The Deep Space Network (DSN) 64-meter antenna in Spain (DSN 63) has been calibrated prior to its upg...
The Deep Space Network (DSN) 64-meter antenna in Australia has been calibrated prior to its upgradin...
The results of preliminary 32 GHz calibrations of the 70 meter antenna at Goldstone are presented. M...
The efficiency and noise temperature characteristics of the DSN 64 m antenna network prior to its up...
The gain, phase, and pointing performance of the Deep Space Network (DSN) 70 m antennas are investig...
In 1985, L-band (1668 MHz) receive-only feed systems were installed on the three Deep Space Network ...
The performance of X-band (8.5-GHz) and 32-GHz telemetry links is compared on the basis of the total...
The X-band feed assemblies in the 64 meter antennas were redesigned to accommodate the upgrading to ...
This work describes the development of new automated antenna calibration in-strumentation for the De...
As the current 70-meter antennas are quite old (28-35 years) it is necessary to consider replacing t...
As the current 70-meter antennas are quite old (28-35 years) it is necessary to consider replacing t...
The configuration, detail design, and performance of the dual S-/X-band microwave feed system for th...