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The power cable supplied with the kit has a female power plug on one end and stripped leads on the other Notice that the power cable has a black stripe, or tracer, along one of the wires This is the wire that is connected to the center conductor of the plug and must be connected to the (+) side of the power source The Radio Shack RS 23-007 (Eveready) 12 volt battery or equivalent is suitable Next, turn the Jupiter receiver s power switch to OFF Connect either headphones or an amplified speaker (Radio Shack 277-1008C or equivalent) to the receiver audio output (J3 or J4) These jacks accept 35 mm (1 8 ) monaural or stereo plugs If you are using a Radio Shack amplified speaker, turn it ON and adjust the volume control on the speaker up about 1 8 turn If you are using headphones, hold them several inches from your ear as there may be a loud whistle due to the internal test oscillator Turn the receiver ON The LED should light Set the volume control to the 12 o clock position Allow the receiver to warm-up for several minutes Set the TUNING control to the 10 o clock position Carefully adjust inductor L5 with the white tuning stick until a loud low frequency tone is heard in the speaker (set volume control as desired) Caution: Do not screw down the inductor slugs too far, as the ferrite material could crack By adjusting L5 to hear the tone, you are tuning the receiver to 2000 MHz The signal which you hear is generated in OSC1, a crystal controlled test oscillator built into the receiver Once L5 has been set, DO NOT readjust it during the remainder of the alignment procedure (When the receiver tunes 2000 MHz with the nob set to the 10 o clock position it will tune 201 MHz with the knob centered on the 12 o clock position) The following steps involve adjusting variable capacitors (C2 and C6) and a variable inductor (L4) to obtain the maximum signal strength (loudest tone) at the audio output For some, it is difficult to discern slight changes in the strength of an audio tone simply by ear For this reason three different methods are described, each using a form of test instrument In the event that no test equipment is available, then a fourth method simply relying on the ear is possible In all cases, adjust the receiver tuning knob so that the audio tone is in the range of about 500 to 2000 Hz Use procedure A as a method to use in.

cations utilizing GPS, a worldwide network of 24 satellites transmitting precise location data, have been available since the mid-1980s GPS chipsets are being integrated into pagers, cellular and satellite phones, as well as trunked radios, and walkie-talkies Some systems now unify the GPS chipset with a two-way radio using a single IP compliant processor, enabling a system to use the Internet and ubiquitous two-way paging networks to achieve real-time location data delivery (Brenda Lewis, Location, Location, Location: The Killer App for Mobile E-Commerce " in WirelessAgenda2000, Session #B6, Conference Proceedings, published by The Wireless Data Forum WDF/CTIA 2000)

The following issues need to be addressed in the implementation of SMS:

The receiver requires 12 volts DC (vdc) which may be obtained from a well regulated power supply or from a battery Current drain is approximately 60 milliamps (ma)

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Delivering short messages to roaming subscribers Location, status, and address information needs to be obtained from the serving system to deliver a mobile-terminated short message Delivering short messages during intersystem handoff Short messages being delivered during intersystem handoff must be delivered intact to the subscriber Methods for originating short messages from an MS Typical mobile stations do not have an adequate keypad for entering message information to be transmitted In a basic implementation, a message may be selected from a predetermined set of messages stored in the MS; alternatively, operator assistance or portable computers can be used to generate messages

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tuning up your receiver Procedures B-D are optional tuning methods If no test equipment is available, then simply tune by ear for the loudest audio signal Listen to the tone and carefully adjust the tuning knob to keep the pitch constant If the pitch changes during the alignment, it indicates that the receiver has drifted off frequency As you make adjustments, the signal will get louder Reduce the receiver volume control as necessary to keep the tone from sounding distorted or clipped To test the receiver on the air, simply connect the antenna For best performance, use a 50 ohm antenna designed to operate in the frequency range of 199 202 MHz At certain times of the day, you should be able to hear WWV or WWVH on 20000 MHz These are standard time and frequency stations, located in Colorado and Hawaii, which broadcast the time of day as well as other information related to propagation and solar-terrestrial conditions The Jupiter Radio Telescope direct conversion receiver design does not allow clear reception of amplitude modulated (AM) stations like WWV, so the voice will probably be garbled, unless you tune very precisely The receiver does work well on single sideband (SSB) signals and code (CW) In the event that the Jupiter receiver does not appear to work, you will need to disconnect the power supply and antenna and examine the circuit board for errors The most common cause for building errors are the incorrect installation of the electrolytic capacitors and diodes which may have been installed backwards, since the components have polarity which must be observed Another possible cause for errors are the incorrect placement of resistors Often color codes are read wrong and the wrong resistor may be installed at a particular location Finally one of the most common causes for errors is the incorrect installation of transistors and integrated circuits Make sure that you can identify the manufacturer s pin-out diagrams and pay particular attention to if the pin-outs are for top or bottom views Have a knowledgeable electronics enthusiast help you scan the circuit for possible mistakes; a second pair of eyes always helps to find errors you may have missed as the builder Once you have located and fixed the problem, you can apply power and re-test the circuit for proper operation.

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