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The control/display prototype circuit board measured 27 8 5 to fit inside the instrument case selected The schematic for the control/display board is shown in Figure 20-4 The dimensions of the circuit boards can be modified for packaging in the instrument and sensor head cases of your choice Place the control/display circuit board in front of you, along with all its respective components, and we will begin constructing the control/display board First we will begin by placing the resistors on the PC board; locate R6, an 18k ohm resistor, and R7 a 12k ohm resistor, and place them on the board and solder them in place in their respective locations on the board Next locate and install resistors R8, R9, R12, and R20; these are all 10k ohm resistors, solder them in place and cut the excess component leads with your end-cutter Locate and install the remaining resistors, solder them in place and trim the excess component leads afterward Next, you can locate the capacitors C4, a 005 F disk capacitor, and it may be marked (502) Install C4 on the PC board and solder it in place, remember to cut the excess lead lengths Now, locate capacitors C5, C7, C9 and C10; these are all 1 F capacitors and may be

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Voluntary certi cation can be valuable to cost estimators because it provides professional recognition of the estimator s competence and experience In some instances, individual employers may require professional certi cation for employment Both AACE International and the SCEA administer certi cation programs To become certi ed, estimators usually must have between three and seven years of estimating experience and must pass a written and an oral examination In addition, certi cation requirements may include publication of at least one article or paper in the eld

marked (104) Install these capacitors and solder them in place and then trim the extra leads Now, locate C8, a 47 F electrolytic capacitor Capacitor C8 has polarity, so it must be installed with respect to these marking Look at the schematic, and you will see that the plus (+) side of C8 is connected to the junction of resistor R23 and diode D3 Install C8, and then solder it place, trim the excess leads as necessary Go ahead and install the remaining capacitors and solder them in place on the PC board The control/display section of the Aurora Monitor employs two silicon diodes, and they must be installed with respect to their polarity The colored band denotes the cathode end of the diode The cathode end of D3 is fed to R23, while the cathode end of D4 is sent to C12 and M1 Transistors are generally three-lead devices, with a Base lead, a Collector lead, and an Emitter lead The Base lead is depicted as a straight vertical line with two arrows pointing to it The Emitter lead will have a small arrow pointing towards or away from it When the arrow points toward the Base lead the transistor is a PNP type If the arrow is pointing away from the Base lead then the transistor is an NPN type Transistor Q1 is a PNP type, while Q2 and Q3 are NPN types Identify the transistor leads and install them in their respective locations on the PC board, trim the leads as necessary The control/display portion of the Aurora Monitor utilizes three integrated circuits Integrated circuits are highly recommended in the event of a circuit failure at a later date Be sure to install the ICs correctly: pin one (1) of U2 is connected to R7, while pin one (1) of U3 is not used, pin two (2) is jointed with R9 and R8 and R12 Integrated circuit U4 has pin one (1) connected to the junction of R13 and R14 Failure to install the integrated circuits correctly may result in damage to the IC or to other components as well Finally you will need to connect the small audio transformer to the circuit The higher impedance (1K) end of the transformer is connected to the junction of Q1 and R22, and the other 1k lead is connected to the collector of Q3 The secondary or 8 ohm winding of T1 is sent to the small 8 ohm speaker The transformer can be mounted on the circuit board or on the bottom of the chassis box The 100 uA panel meter is wired between the Emitter of Q3 and ground.

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