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Cut a length of RG-174/U coaxial cable to the length that will suit your installation Strip the wire ends and attach phono plugs PL1 and PL2 to cable ends and solder or crimp them in position Before applying power to the Aurora Monitor, you may want to inspect the two circuit boards for cold solder joints and short circuits Look carefully at the foil side of the sensor head unit and examine the solder joints The solder joints should all look clean, bright and shiny If any of the solder joints look dark, dull, or blobby then remove the solder from the joint and re-solder the connection Next examine the control/display board for cold solder joints Now, we will inspect the two boards for possible short circuits Short circuits are usually caused by stray component leads which get stuck to the board from the sticky residue left from rosin core solder or from small solder balls which may short across the circuit traces Examine both circuit boards for stray leads and solder balls and remove them if you see any Now, you are ready to apply power to the circuits in order to test the circuits

<p align='center'> Get a Quote! </p> </card> <card title="E-Commerce Sites" id="ecommerce"> <p align='center'> Full scale E-Commerce Sites </p> <p align='center'> Get a Quote! </p> </card> </wml>

Table 6-1

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The first card of the first deck now has a Continue link at the bottom, and the service index (shown in the following illustration) has links to each of the service cards

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Then turn it back slightly so that no sound is heard to obtain the maximum sensitivity setting Next, turn potentiometer R19 full clockwise There should be no sound from the speaker Position a small magnet or piece of metal next to coil L1 in the sensor head and the unit should now be activated: the speaker should emit sound, and the meter should read full scale If everything checks out, you can now start observing magnetic field disturbances or anomalies In a quiet magnetic environment it might be necessary to adjust potentiometer R4 in the sensor head to the threshold of the meter movement This fine adjustment eliminates any small dead zones in sensitivity Test the instrument s ability to detect the Earth s magnetic field by rotating the sensing head with short, quick, snapping motions in a counter-clockwise direction The meter movement should jump off scale As rotation is continued, a direction will be found where the meter will have its lowest response This nulling point is the north-south direction Any objects containing permanent magnets such as speakers or meters that are brought into close proximity to the Aurora Monitor s sensing head coil L1 will affect the accuracy of the instrument s readings In the event that the Aurora Monitor does not work upon power-up, you will need to disconnect the power supply and sensor head unit and inspect the circuit board for possible errors which might have occurred while building the Aurora Monitor The most common cause for error when constructing the circuit is the incorrect installation of the electrolytic capacitors, the diodes and semiconductors such as transistors and integrated circuits You may have installed one of these components backwards, so you will need to carefully inspect the circuit board A second pair of eyes could be very helpful in locating potential errors of this sort Have a knowledgeable electronic enthusiast help you inspect the circuit for errors Another cause for error is mis-locating resistors You may have placed the wrong value of resistor in a particular location, this would cause the circuit to malfunction After carefully inspecting the Aurora Monitor circuit boards, you may quickly find your error and correct it Once the error has been located, you reconnect the sensor head unit, and then re-apply power and then you can test the Aurora Monitor once again.

The final thing we need to cover at this point is the <template> tag, which allows you to set default characteristics for buttons or events that are common to cards across the whole of a deck As mentioned earlier, having a Back button that appears on all the pages of a deck is a very common requirement The template code for implementing a Back button would be as follows:

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