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the satellite s transmit antenna. Referring back to Eq. (12.3), the power output of the TWTA is given by [PTWTA] [EIRP]D [GT]D [TFL]D (12.56)

Since a monopoly produces output where MR = MC and P > MR, the monopolist produces less and charges a higher price than a perfect competitor with the same cost curves. For example, if Figure 14-1 was for a perfectly competitive industry, output would be 3 units and price $5 (given where P = MC), rather than Q = 2.5 and P = $5.50 for the monopolist. Thus, monopoly leads to a misallocation of resources. For ef ciency considerations, government (federal, state, or local) often allows natural monopolies (such as public utilities) to operate but subjects them to regulation. This usually takes the form of setting a price that allows the monopolist to earn the normal or fair return of about 8 10 percent on its investment. However, such regulation only partly corrects the more serious problem of misallocation of resources.

Once [PTWTA] is found, the saturated power output rating of the TWTA is given by [PTWTA]S [PTWTA] [BO]0 (12.57)

The following example creates an Xref based on user input: Public Sub TestAttachExternalReference() Dim strPath As String Dim strName As String Dim varInsertionPoint As Variant Dim dblX As Double Dim dblY As Double Dim dblZ As Double Dim dblRotation As Double Dim strInput As String Dim blnOver As Boolean

Example 12.15 A satellite is operated at an EIRP of 56 dBW with an output BO of 6 dB. The transmitter feeder losses amount to 2 dB, and the antenna gain is 50 dB. Calculate the power output of the TWTA required for full saturated EIRP.

14 dBW (or 25 W)

12.9 Effects of Rain Up to this point, calculations have been made for clear-sky conditions, meaning the absence of weather-related phenomena which might affect the signal strength. In the C band and, more especially, the Ku band, rainfall is the most significant cause of signal fading. Rainfall results in attenuation of radio waves by scattering and by absorption of energy from the wave, as described in Sec. 4.4. Rain attenuation increases with increasing frequency and is worse in the Ku band compared with the C band. Studies have shown (CCIR Report 338-3, 1978) that the rain attenuation for horizontal polarization is considerably greater than for vertical polarization. Rain attenuation data are usually available in the form of curves or tables showing the fraction of time that a given attenuation is exceeded or, equivalently, the probability that a given attenuation will be exceeded (see Hogg et al., 1975; Lin et al., 1980; Webber et al., 1986). Some yearly average Ku-band values are shown in Table 12.2. The percentage figures at the head of the first three columns give the percentage of time, averaged over any year, that the attenuation exceeds

Rain attenuation, dB Location Cat Lake Fort Severn Geraldton Kingston London North Bay Ogoki Ottawa Sault Ste. Marie Sioux Lookout Sudbury Thunder Bay Timmins Toronto Windsor

SOURCE:

1. Pure monopoly is the opposite of perfect competition. 2. The monopoly maximizes pro t at the output level where P = MC. 3. The monopolist always earns pro ts in the short run. 4. A monopoly leads to a higher commodity price and less output than perfect competition. 5. All monopoly pro ts disappear in the long run. Answers: 1. True; 2. False; 3. False; 4. True; 5. False

1% 0.2 0.0 0.1 0.4 0.3 0.3 0.1 0.3 0.3 0.2 0.3 0.2 0.2 0.2 0.3

0.5% 0.4 0.1 0.2 0.7 0.5 0.4 0.2 0.5 0.5 0.4 0.6 0.3 0.3 0.6 0.6

'' get input from user With ThisDrawing.Utility .InitializeUserInput 1 strPath = .GetString(True, vbCr & "External file name: ") .InitializeUserInput 1 strName = .GetString(True, vbCr & "Block name to create: ") .InitializeUserInput 1 varInsertionPoint = .GetPoint(, vbCr & "Pick the insert point: ") .InitializeUserInput 1 + 2 dblX = .GetDistance(varInsertionPoint, vbCr & "X scale: ") .InitializeUserInput 1 + 2 dblY = .GetDistance(varInsertionPoint, vbCr & "Y scale: ") .InitializeUserInput 1 + 2 dblZ = .GetDistance(varInsertionPoint, vbCr & "Z scale: ") .InitializeUserInput 1 dblRotation = .GetAngle(varInsertionPoint, vbCr & "Rotation angle: ") .InitializeUserInput 1, "Attach Overlay" strInput = .GetKeyword(vbCr & "Type [Attach/Overlay]: ") blnOver = IIf("Overlay" = strInput, True, False) End With '' create the object ThisDrawing.ModelSpace.AttachExternalReference strPath, strName, _ varInsertionPoint, dblX, dblY, dblZ, dblRotation, blnOver End Sub