Difference between revisions of "Radio Groundstations"

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=== Visual Angle of Sky ===
 
=== Visual Angle of Sky ===
 +
 +
== Other Radio Groundstations ==
 +
 +
 +
Table 4.1: Network Receiver Node Locations.
 +
#
 +
City State
 +
 +
Latitude (deg)
 +
Longitude (deg)
 +
Altitude (km)
 +
1
 +
 +
Anchorage AK
 +
61.175
 +
-149.993
 +
0.031
 +
2
 +
 +
Atlanta GA
 +
33.748
 +
-84.388
 +
0.313
 +
3
 +
 +
Augusta ME
 +
44.312
 +
-69.783
 +
0.020
 +
4
 +
 +
Austin TX
 +
30.267
 +
-97.743
 +
0.305
 +
5
 +
 +
Blacksburg VA
 +
37.205
 +
-80.417
 +
0.633
 +
6
 +
 +
Denver CO
 +
40.039
 +
-104.984
 +
1.6475
 +
7
 +
 +
Edmonton CAN
 +
53.544
 +
-113.491
 +
0.671
 +
8
 +
 +
Helena MT
 +
46.596
 +
-112.027
 +
1.237
 +
9
 +
 +
Honolulu HI
 +
21.304
 +
-157.858
 +
0.004
 +
10
 +
 +
McMurdo ANT
 +
-77.845
 +
-75.597
 +
0.034
 +
11
 +
 +
Miami FL
 +
25.79
 +
-80.13
 +
0.0024
 +
12
 +
 +
Oklahoma OK
 +
35.468
 +
-97.516
 +
0.396
 +
13
 +
 +
Olympia WA
 +
47.037
 +
-122.9
 +
0.031
 +
14
 +
 +
Phoenix AZ
 +
33.446
 +
-112.077
 +
0.340
 +
15
 +
 +
Pierre SD
 +
44.368
 +
-100.35
 +
0.442
 +
16
 +
 +
Sacramento CA
 +
38.582
 +
-121.493
 +
0.009
 +
17
 +
 +
SanJuan PR
 +
18.451
 +
-66.088
 +
0.003
 +
18
 +
 +
Toronto CAN
 +
43.653
 +
-79.384
 +
0.076
 +
19
 +
 +
Urbana IL
 +
40.111
 +
-88.228
 +
0.222

Revision as of 22:04, 17 April 2016

Overview

(From Wikipedia)

A ground station, earth station, or earth terminal is a terrestrial radio station designed for extraplanetary telecommunication with spacecraft (constituting part of the ground segment of the spacecraft system), or reception of radio waves from astronomical radio sources. Ground stations may be located either on the surface of the Earth, or in its atmosphere.

The Stanford Dish

Background

The Stanford Dish is a 150 ft diameter radio telescope built in 1961 at Stanford University. First used to study the chemical composition of the atmosphere, the station is now used to communicate with satellites and spacecraft using its unique bistatic range radio communicators, where the transmitter and receiver are in separate units. Beside the dish stands a 20-25 megacycle transmitter - the million watt input gives the dish a 300-400 KW radar probe.

Stanford Daily Unveiling Article

The dish is currently owned by SRI International

Bands of Operation

150 MHz to 1.5 GHz as described by this site

Visual Angle of Sky

Other Radio Groundstations

Table 4.1: Network Receiver Node Locations.

City State

Latitude (deg) Longitude (deg) Altitude (km) 1

Anchorage AK 61.175 -149.993 0.031 2

Atlanta GA 33.748 -84.388 0.313 3

Augusta ME 44.312 -69.783 0.020 4

Austin TX 30.267 -97.743 0.305 5

Blacksburg VA 37.205 -80.417 0.633 6

Denver CO 40.039 -104.984 1.6475 7

Edmonton CAN 53.544 -113.491 0.671 8

Helena MT 46.596 -112.027 1.237 9

Honolulu HI 21.304 -157.858 0.004 10

McMurdo ANT -77.845 -75.597 0.034 11

Miami FL 25.79 -80.13 0.0024 12

Oklahoma OK 35.468 -97.516 0.396 13

Olympia WA 47.037 -122.9 0.031 14

Phoenix AZ 33.446 -112.077 0.340 15

Pierre SD 44.368 -100.35 0.442 16

Sacramento CA 38.582 -121.493 0.009 17

SanJuan PR 18.451 -66.088 0.003 18

Toronto CAN 43.653 -79.384 0.076 19

Urbana IL 40.111 -88.228 0.222

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