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potentiometers were all mounted on the front of the metal chassis used to house the project, and wired to the circuit board with 20 ga insulated wire The two toggle switches, S1 and S2, were also mounted on the front panel of the chassis and were wired to the circuit board using 22 ga insulated wire The Lightning Monitor utilizes two analog meters, one for each monitoring circuit The meter for the Spheric circuit at M1, was a 500 A meter, while the Static meter circuit uses a 250-0-250 A center reading meter at M2 Both of these meters were found surplus and were mounted on the front panel of the metal chassis The speaker was mounted on the rear panel of the chassis and wired to the circuit board using two 6 lengths or #22 ga insulated wire A 1 8 switched mini audio panel jack for headphone use was mounted on the front panel An RCA jack was provided for antenna-1; you can use a whip antenna or an outdoor whip antenna An SO-239 antenna connector was mounted at the rear panel to allow the Capacitive Hat antenna-2 to connect to the circuit board, via a small piece of coax cable The Capacitive Hat antenna is shown in Figure 16-4, it can be built with an antenna bracket mounted on a pole outdoors An SO-239 jack was mounted on the small antenna bracket A threaded shaft was silver soldered to the center terminal of the connector with a small rain guard on it At the top of the threaded shaft a metal coffee can lid is held in place with two nuts The antenna can be placed outdoor on a pole near the house with a length of coax cable leading from the antenna to the antenna jack on the Lightning Monitor.

These functions are necessary to remove trunks from service, place them back into service, test them for transmission, and reset them to an idle state when necessary Other functions such as traffic load control and collection of traffic statistics are beyond the scope of ANSI-41 We describe each of the functions and provide examples of how the ANSI-41 mobile application part (MAP) operations (eg, TrunkTest) are used to accomplish inter-MSC circuit management tasks We summarize this information at the end of the chapter Note that we employ the ANSI-41 convention for operation component acronyms; the Invoke component acronym is in all-capital letters (eg, TRUNKTEST), while the Return Result component acronym is in all-lowercase letters (eg, trunktest) Refer to the ANSI-41 standard for the descriptions of the individual ANSI-41 operations and parameters Also, the reader should consult the Glossary for the description of general terms (eg, serving system) not explicitly defined in this chapter Throughout this chapter we consider the serving system as a single entity encompassing the mobile switching center (MSC) and visitor location register (VLR) functional entities This simplifies the descriptions of the ANSI-41 OA&M functions and also is representative of a large percentage of the ANSI-41 implementations currently in service However, the reader should keep in mind that the potential for separation of the MSC and VLR exists and is fully defined in ANSI-41

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Where Are OA&M Functions Specified in ANSI-41

OA&M functions are specified in two parts of ANSI-41:

If you wish to experiment, you can try an indoor 5 whip without the coil and see how the circuit performs You could also experiment with an outdoor whip antenna without the coil and you could build the coil and place it in series with an outdoor whip antenna if desired The Lightning Monitor needs a power supply which can provide a 12 volt source for the audio amplifier circuit as well as a plus and minus power supply for the op-amps The diagram in Figure 16-5 illustrates a 12 volt and dual plus/minus 5 volt power supply which can be used to power the Lightning Monitor The prototype Lightning Monitor incorporated the power supply in the same chassis as the actual monitor You will need to locate a 12 volt, 250 mA center-tapped transformer ahead of the rectifier circuit The rectifier circuit is fed directly to the regulator integrated circuits as shown You will need to connect the dual voltage power supply to the Lightning Monitor The plus voltage is connected to pins 7 on both the LM741 and the LF355 op-amp as well as to the J-FET at Q1 The negative voltage supply is connected to pin 4 of both the LM741 and the LF355 op-amp, as well as to the JFET at Q1 The 12 volt power supply is used to power the LM380 audio amplifier Once the power supply and Lightning Monitor have been completed, you connect the whip antenna-1 and the Capacitive Hat antenna-2 and prepare for testing the Lightning Monitor To best test the circuit you will need to wait for a thunderstorm However, you can do some testing of the circuit First, apply power to the Lightning Monitor circuit, turn the Off-On switch to the On position Make sure both antennas are connected Turn up the main volume and the Static Volume controls past the 1 2 position and adjust VR7 to past 1 2 You will need to generate some static electricity by rubbing a lucite rod with some animal fur to create a static charge Bring the lucite rod near the Capacitive Hat antenna and you should see the Static Meter at M2 swing into action This will give you a good indication that the Static portion of the meter is working You may be able to test the Spheric Meter portion of the circuit if you have an RF broadband noise generator If the Lightning Monitor doesn t seem to work at all or appears DEAD, then you will want to turn Off the circuit and remove the power and inspect the circuit board once again While inspecting the circuit board.

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