urn:nasa:pds:pvo-oefd-cal:data-highres-asc:3611 1.0 1.22.0.0 Product_Observational 2024 This file contains wave electric field amplitudes measured at four different frequencies by the Pioneer Venus Orbiter Electric Field Detector. The four frequencies are 100 Hz, 730 Hz, 5.4 kHz, 30 kHz. The frequency filters are narrow-band, with a 30% bandwidth. Thus wave intensities are given in V2/m2/Hz. Frederick L. Scarf 1 TRW Space and Technology Group 1 Strangeway Robert 0000-0001-9839-1828 2 University of California, Los Angeles https://ror.org/046rm7j60 1 Muriel Kniffin 3 University of California, Los Angeles https://ror.org/046rm7j60 1 2024-09-18 1.0 This product, PVO_OEFD_HIGHRES_3611.TAB, was originally released in 1995 as part of the PDS3 PVO-V-OEFD-3--EFIELD-HIRES-V1.0 data set. The metadata have been migrated to PDS4. The data have been converted to ASCII, but the data values are unchanged. 1988-10-24T12:00:57.647Z 1988-10-25T13:30:05.406Z Science Calibrated Heliosphere Ionosphere Fields Electric Waves Pioneer Venus (PV) Mission urn:nasa:pds:context:investigation:mission.pioneer_venus data_to_investigation Pioneer Venus Orbiter (PVO) Host urn:nasa:pds:context:instrument_host:spacecraft.pvo is_instrument_host Orbiter Electric Field Detector (OEFD) Instrument urn:nasa:pds:context:instrument:pvo.oefd is_instrument Venus Planet urn:nasa:pds:context:target:planet.venus data_to_target Solar Wind Plasma Stream urn:nasa:pds:context:target:plasma_stream.solar_wind data_to_target Venus Orbital Operations 3611 3611 urn:nasa:pds:pvo-oefd-cal:data-highres-bin:3611::1.0 data_to_calibrated_product This product is the original binary version of these data. urn:nasa:pds:pvo-omag-cal:data-anc-inststat-asc:3611::1.0 data_to_calibrated_product This product contains the ASCII Instrument Status. urn:nasa:pds:pvo-omag-oefd-anc:data-eng-asc:3611::1.0 data_to_raw_product This product contains the ASCII Engineering data. urn:nasa:pds:pvo-omag-oefd-anc:data-phaseoff-asc:3611::1.0 data_to_raw_product This product contains the ASCII Phase and Offset data. PVO-V-OEFD-3--EFIELD-HIRES-V1.0:OEFD_HRES_3611.TAB:OEFD_HRES_3611.TAB data_to_calibrated_source_product 10.17189/1519807 PDS Planetary Plasma Interactions Node This is the first version of this product converted to PDS4. The DOI provided references the PDS3 source data set. PVO_OEFD_HIGHRES_3611.TAB 2012-10-29T16:48:37 2857415 8a5b34e9c7678f4c62977036dd6dbcaf This data file is unmodified from the PDS3 version. 0 23615 Carriage-Return Line-Feed 9 0 121 UT 1 1 ASCII_Date_Time_YMD 23 Universal Time given in PDS format: yyyy-mm-ddThh:mm:ss.sss. E100HZ 2 25 ASCII_Real 15 (V/m)**2/Hz Wave intensity per Hertz, measured at 100 Hz. The wave intensity is the square of the wave electric field amplitude. At a particular frequency the wave intensity (V/M)^2 is measured over the bandwidth of the filter (30% bandwidth for OEFD). The bandwidth is incorporated in order to compare measurements made with this instrument with other wave measurements, which may have different bandwidths. 1.0e32 E730HZ 3 41 ASCII_Real 15 (V/m)**2/Hz Wave intensity per Hertz, measured at 730 Hz. The wave intensity is the square of the wave electric field amplitude. At a particular frequency the wave intensity (V/M)^2 is measured over the bandwidth of the filter (30% bandwidth for OEFD). The bandwidth is incorporated in order to compare measurements made with this instrument with other wave measurements, which may have different bandwidths. 1.0e32 E5.4KHZ 4 57 ASCII_Real 15 (V/m)**2/Hz Wave intensity per Hertz, measured at 5.4 kHz. The wave intensity is the square of the wave electric field amplitude. At a particular frequency the wave intensity (V/M)^2 is measured over the bandwidth of the filter (30% bandwidth for OEFD). The bandwidth is incorporated in order to compare measurements made with this instrument with other wave measurements, which may have different bandwidths. 1.0e32 E30KHZ 5 73 ASCII_Real 15 (V/m)**2/Hz Wave intensity per Hertz, measured at 30 kHz. The wave intensity is the square of the wave electric field amplitude. At a particular frequency the wave intensity (V/M)^2 is measured over the bandwidth of the filter (30% bandwidth for OEFD). The bandwidth is incorporated in order to compare measurements made with this instrument with other wave measurements, which may have different bandwidths. 1.0e32 E100_PH 6 89 ASCII_Real 7 deg Instantaneous phase angle with respect to the sun of the wave instrument dipole axis for the 100 Hz channel. The antenna dipole is 267.5 degrees behind the sun-sensor (i.e., the spacecraft must rotate through 267.5 degrees after the sun pulse time for the dipole axis to be aligned with the sun). The phase angle is corrected for differences between the record time tag and the actual sample time within a data frame. 999.999 E730_PH 7 97 ASCII_Real 7 deg Instantaneous phase angle with respect to the sun of the wave instrument dipole axis for the 730 Hz channel. The antenna dipole is 267.5 degrees behind the sun-sensor (i.e., the spacecraft must rotate through 267.5 degrees after the sun pulse time for the dipole axis to be aligned with the sun). The phase angle is corrected for differences between the record time tag and the actual sample time within a data frame. 999.999 E5.4K_PH 8 105 ASCII_Real 7 deg Instantaneous phase angle with respect to the sun of the wave instrument dipole axis for the 5.4 kHz channel. The antenna dipole is 267.5 degrees behind the sun-sensor (i.e., the spacecraft must rotate through 267.5 degrees after the sun pulse time for the dipole axis to be aligned with the sun). The phase angle is corrected for differences between the record time tag and the actual sample time within a data frame. 999.999 E30K_PH 9 113 ASCII_Real 7 deg Instantaneous phase angle with respect to the sun of the wave instrument dipole axis for the 30 kHz channel. The antenna dipole is 267.5 degrees behind the sun-sensor (i.e., the spacecraft must rotate through 267.5 degrees after the sun pulse time for the dipole axis to be aligned with the sun). The phase angle is corrected for differences between the record time tag and the actual sample time within a data frame. 999.999