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'RXMODEM4.BS2 chan var byte msg var byte(20) houseA con 0 unit1 con 0 houseB con 1 houseC con 2 houseD con 3 clk con 4 ipin con 5 M0 con 6 M1 con 7 RI var in8 Tele con 9 clrLCD con 12 opin con 12 buzz con 13 lite con 14 bdmd con 17197 zpin con 10 mpin con 11 init: DIRL = %00000000 DIRH = %00000000 low clk High M0 'modem init High M1 'modem init pause 1000 serout opin,17197,[clrLCD] hold: if IN8 = 1 then hold 'hold: IF in0 = 1 then hold main: pause 1000 high Tele 'telephone line pause 2000 high clk 'modem clock pause 19000 low M0 'modem setup pause 1000

A coil or capacitor cannot dissipate power. The only thing that such a component can do is store energy and then give it back to the circuit a fraction of a cycle later. In real life, the dielectrics or wires in coils or capacitors dissipate some power as heat, but ideal components would not do this. A capacitor, as you have learned, stores energy as an electric field. An inductor stores energy as a magnetic field.

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SERIN ipin,17197,[WAIT(" CHAN"), dec1 chan, STR msg\19\10] debug STR msg pause 200 serout opin,17197,[STR msg\19] branch chan-1,[st1,st2,st3,st4] st1: xout mpin,zpin,[houseA\unit1] xout mpin,zpin,[houseA\uniton] pause 15000 xout mpin,zpin,[houseA\unitoff] pause 20000 low tele goto init st2: xout mpin,zpin,[houseB\unit1] xout mpin,zpin,[houseB\uniton] pause 15000 xout mpin,zpin,[houseB\unitoff] pause 20000 low tele goto init st3: xout mpin,zpin,[houseC\unit1] xout mpin,zpin,[houseC\uniton] pause 15000 xout mpin,zpin,[houseC\unitoff] pause 20000 low tele goto init st4: xout mpin,zpin,[houseD\unit1] xout mpin,zpin,[houseD\uniton] pause 15000 xout mpin,zpin,[houseD\unitoff] pause 20000 low tele goto init

True power, VA power, and reactive power 309 A reactance causes ac current to shift in phase, so that it is no longer exactly in step with the voltage. In a circuit with inductive reactance, the current lags the voltage by up to 90 degrees, or one-quarter cycle. In a circuit with capacitive reactance, the current leads the voltage by up to 90 degrees. In a resistance-reactance circuit, true power is dissipated only in the resistive components. The reactive components cause the VA power to be exaggerated compared with the true power. Why does reactance cause this discrepancy between apparent (VA) power and true power In a circuit that is purely resistive, the voltage and current march right along in step with each other, and therefore, they combine in the most efficient possible way (Fig. 17-4A). But in a circuit containing reactance, the voltage and current don t work together as well (Fig. 17-4B) because of their phase difference. Therefore, the actual energy expenditure, or true power, is not as great as the product of the voltage and the current.

In calculating corporate or enterprise value, the FCFF approach and the spreadsheet software divides corporate assets and liabilities and discounts cash flows into three categories and time periods: Cash Flow from Operations. First, during the excess return period, we calculate free cash flow to the firm. This is the difference between operating cash inflows and cash outflows. The free cash flows are then discounted. The discount factors are a function of the firm s WACC and the timing of the expected cash flows. Corporate Residual Value. Second, we find the corporation s residual value. This is the value calculated by taking the company s NOPAT at the end of the excess return period, dividing it by the company s WACC, and discounting it (also at the WACC) to today s value. At the end of the excess return period, we assume that the corporation is just receiving a return on investment equal to its WACC. Therefore, the net

17-4 At A, current (I) and voltage (E) are in phase in a nonreactive ac circuit. At B, I and E are not in phase when reactance is present.

Listing 23-1 Data-Term program 1 (Continued).

In a circuit containing both resistance and reactance, the relationships among true power PT, apparent or VA power PVA, and imaginary or reactive power PX are PVA2 PT2 PX2 PT < PVA PX < PVA

provided at pin 2, while the input data is applied to pin 6 of the RT5 A quarter-wave vertical whip or half-wave dipole antenna can be connected directly to pin 7 for maximum range A quarter-wave vertical whip is shown in Fig 6-4, and a half-wave dipole antenna is shown in Fig 6-5 The receive/display section of the multichannel alarm begins with either the AM-HRR3418 superregenerative or the optional AM-RRS2-418 superheterodyne receiver The AMHRR3 receiver is shown in Fig 6-6 This AM-type mini data receiver measures only 38 by 137 mm The AM-HRR3 receiver is a thick-film hybrid module with laser-trimmed inductor and requires no external adjustment The AM-HRR3 consumes only about 08 mA and has a range of 150 ft with an external antenna, described above.

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