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TVL board then can be inserted into the 10-pin female header (second inside header) on the main Tele/Page-Alert board once you are ready. Note that pins 8 and 9 are inputs to the comparator, and these pins should be either clipped or bent so as not to be inserted into the Tele/Page-Alert board. The voltage level inputs from the circuit being remotely monitored are connected to pins 8 and 9, i.e., inputs IN1 and IN2, respectively. Your temperature/voltage level module is now complete and ready to go. It is advised that you test your new TVL board before you connect it to the main Tele/Page-Alert board.

A resistor, coil, and capacitor are connected in parallel. The resistor has a value of 100 , the capacitance is 200 pF, and the inductance is 100 H. The frequency is 1.00 MHz. What is the net complex admittance First, you need to calculate the inductive and capacitive susceptances. Recall jBL j(1/(6.28fL), and plug in the values, getting jBL j(l/(6.28 1.00 100) j0.00159

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Connect a scope or multimeter to the channel 1 output on the TVL board. Next, connect the plus ( ) lead from a 5-V power supply to pins 2 and 10, and then connect the minus ( ) lead from the power supply to the system ground at pin 3. For this initial testing, resistors R1/R2 and R3/R4 are not inserted. Now, locate an adjustable low-voltage power supply. Connect the plus lead ( ) from the adjustable supply to the input at IN1 or pin 8, and connect the minus ( ) lead to the system ground at pin 3. Be sure the adjustable power supply is initially adjusted for zero volts before applying to terminals at the edge of the TVL board. Now, turn on the first 5-V power supply and slowly advance the adjustable power supply voltage from 0 to 1 or 2 V You may have to set the threshold to set the trip . point at which you will begin to see an output on the scope. Once the comparator is tripped, the scope reading should change from 0 V to 5 V Once channel 1 has been tested, you can . move on to testing channel 2 in the same manner. Once the TVL board has been tested and

Megahertz and microhenrys go together in the formula. As for jBC, recall the formula jBC j(6.28fC). Convert 200 pF to microfarads to go with megahertz in the formula; C 0.000200 F. Then jBC j(6.28 1.00 0.000200) j0.00126

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Now, you can consider the conductance, which is 1/100 0.0100 siemens, and the inductive susceptance to go together. So one of the vectors is 0.0100 j0.00159. The other is 0 j0.00126. Adding these gives 0.0100 j0.00033.

you have decided whether you wish temperature or voltage level sensing, you can insert the input resistors S1/R2 or the scalers. The TVL board can now be inserted into the 10-pin female header on the main Tele/Page-Alert board. Note that the components on both circuit boards should face each other when connected together.

Problem 16-16

U1 R1, R3 R2 R5 R4, R6 R7 R8 C1 C2 S1 Miscellaneous LM393 comparator IC 2-k 50-k 1-M 10-k 10-M 3.3-k

A resistor, coil, and capacitor are in parallel. The resistance is 10.0 , the inductance is 10.0 H, and the capacitance is 1000 pF. The frequency is 1592 kHz. What is the complex admittance of this circuit at this frequency j(1/(6.28fL)). Convert the frequency to megahertz; 1592 First, calculate jBL kHz 1.592 MHz. Then jBL j/(l/(6.28 1.592 10.0)) j0.0100

TABLE 2-7

Then calculate jBC j(6.28fC). Convert picofarads to microfarads, and use megahertz for the frequency. Therefore jBC j(6.28 1.592 0.001000) j0.0100

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Let the conductance and inductive susceptance go together as one vector, 0.100 j0.0100. (Remember that conductance is the reciprocal of resistance; here G

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294 RLC circuit analysis 1/R 1/10.0 0.100.) Let the capacitance alone be the other vector, 0 j0.0100. Then the sum is 0.100 j0.0100 j0.0100 0. 100 j0. This is a pure conductance of 0.100 siemens.

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