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Figure 16-3 Semiconductor pin-outs circuit board Solder them in place and then trim the excess leads if necessary Let s take a well deserved break and when we return we will inspect the circuit board for possible short circuits and cold solder joints Pick up the Lightning Monitor circuit board with the foil side of the board facing upwards towards you First we will inspect the PC board for possible cold solder joints Take a look at the solder joints, they should all look clean, shiny and bright If you see any solder joints that appear dull, dark or blobby, then you should remove the solder from the joint and re-solder the joint all over again until it looks good Once you are confident that all looks well, we can move on to inspecting the PC board for possible short circuits There are two main causes for short circuits, small round solder blobs laying across a PC trace can cause a circuit to short-out The second cause of short circuits is a stray component lead Often when cutting excess component leads, they will stick to the circuit board from rosin core solder residue Make sure that there are no stray leads bridging between the circuit board traces Once you are confident that there are no shorts, we can move on to finishing the project Now, let s move on to mounting the larger components and hardware on the chassis box The chassis mounted

13:

SMS_ OriginalOriginalOriginalSMS_ Originating- Destination- Originating- OriginatingAddress Address Address Address

Table 16-3

1 2 3 4 5

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The APT satellites give about 12 good images a day, wherever you are in the world The resolution is 4 km per pixel and there are visible and infrared sensors This is a simple system where the satellite is in low Earth orbit and very easily received at 137 MHz The two frequencies in main use are 13650 for NOAA 12 and 15 and 13762 MHz for NOAA 14 A simple crossed dipole antenna can be used, or for marine use a stainless steel quadrifilar helix antenna These simple omni-directional antennas do not need moving or tracking to receive the satellite The satellite is so strong that when is about 20 above the horizon perfect results will be obtained The APT signal is easily recognizable by its modulated frequency (FM) and carrier tonality ranging between 1500 and 2500 Hz New satellites have a 2400 Hz carrier like this NOAA 14 APT signal In APT mode, satellites transmit at the rate of 120 LPM (lines per minute) alternating two channels, one for the visible image, the other for the infrared image This is through the decoding software that you select one or another channel Russian weather satellites only transmit infrared images at 120 LPM The sound of their transmission is

The air interface OriginalOriginatingAddress parameter maps to the ANSI-41 SMS_OriginalOriginatingAddress parameter The air interface OriginalDestinationAddress parameter maps to the ANSI-41 SMS_OriginalDestinationAddress parameter

For the last several years wireless manufacturers and consultants have been framing the data discussion as a battle of devices and form factors Some have argued the industry is heading toward a significant and highly capable single form factor that will satisfy the majority of user needs the one size fits all argument, incorporating the best of features and functions, including sophisticated displays, graphics, video, audio, data, rich applications, and telephony Others have argued just the opposite, namely that creating an array of devices that support distinctly different aspects of communications that is, separate phones, pagers, PDAs, and laptops, to name just a few is the only way to satisfy discriminating users There are wireless mavens who argue that a single device can t do anything really well; there are users who say many devices are cumbersome and expensive to carry and operate Both sides of the argument seem to have merit, but they both lack a quintessential factor of the equation the human who will use this equipment Strangely enough, articles and speeches describe device technology, but the discussions have curiously ignored the fact that

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However, the values of the SMS_OriginatingAddress and SMS_DestinationAddress parameters vary depending on the particular information flow in Figure 137 and are set to ensure correct routing of the message:

In step 2, the SMS_DestinationAddress parameter is set to MIN-A, rather than to MIN-B, to route the SMDPP message to SME-A s MC In step 3, the SMS_OriginatingAddress parameter is set to MIN-A, to identify the source of the message as SME-A s MC; the SMS_DestinationAddress parameter is set to MIN-B, to route the SMDPP message to SME-B s MC In step 4, the SMS_OriginatingAddress parameter is set to MIN-B, rather than to MIN-A, to identify the source of the message as SME-B s MC

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