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regulator circuit shown in Figure P840 has the Figure P840, the Zener diode is a 1N4740A Determine the minimum and maximum source voltage

R 2 ( d c + Yc )

a b c a b c a bc a bc ab c ab c abc abc 1,801 954 371 160 178 309 879 1,850 6,502

8

for which the diode current remains within its speci ed values Vz = 10 V 5% iz min = 10 mA PRated = 1 W rz = 7 iz max = 91 mA R = 80 5%

The McGraw Hill Companies, 2001

circuit shown in Figure P840 is a 1N4740 The source voltage is obtained from a DC power supply It has a DC and a ripple component: vS = VS + Vr where: VS = 16 V IL = 35 mA Vz = 10 V iz max = 91 mA Vr = 2 V VL = 10 V rz = 7 iz min = 10 mA

circuit shown in Figure P840 is a 1N5231B The source voltage is obtained from a DC power supply It has a DC and a ripple component: vS = VS + Vr where: VS = 20 V R = 220 IL = 65 mA Vz = 51 V Prated = 05 W iz min = 10 mA Determine the ripple voltage across the load VL = 51 V rz = 17 Vr = 250 mV

(45)

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31. The rII mutants of T4 phage will grow and produce large plaques on strain B; rII mutants will not grow on strain K12. Certain crosses are performed in strain B. (As with question 29, assume that the three mutants are of three separate loci in the rII region.) By diluting and plating on strain B, it is determined that each experiment generates about 250 107 phage. By dilution, approximately 1/10,000 of the progeny are plated on K12 to generate these wildtype recombinants (plaques on K12):

100 V

1 1 2 2 3 3 50 25 75

50 V _ _

circuit shown in Figure P840 is a 1N970 The source voltage is obtained from a DC power supply It has a DC and a ripple component: vS = VS + Vr where: VS = 30 V Vz = 24 V iz max = 15 A Vr = 3 V rz = 33 iz min = 15 A IL = 8 A VL = 24 V R=1

( James King-Holmes/SPL/Photo Researchers, Inc.)

automotive battery as shown in the circuit of Figure P852(a) At t = t1 , the protective circuitry of the source causes switch S1 to close, and the source voltage goes to zero Find the currents, IS , IB , and ISW , for the following conditions: a t = t1 + b t = t1 c What will happen to the battery after the switch closes

(46)

Now we are going to charge the battery, using the circuit of Figure P852(b) Repeat parts a and b if the diode has an offset voltage of 06 V

The McGraw Hill Companies, 2001

in Figure P853 Use sinusoidal input voltages with amplitude 6, 15, and 04 V and zero average value Let V = 07 V

he mutation, repair, and recombination of DNA are treated together in this chapter because the three processes have much in common. The physical alteration of DNA is involved in each; repair and recombination share some of the same enzymes. We progress from mutation the change in DNA to repair of damaged DNA, and, nally, to recombination, the new arrangement of pieces of DNA.

+ + 220 nF vout _

RB = 10 ISW t = t1 IB + Vbattery = 96 V _

where R is the tool nose radius, and the other parameters are defined as shown on the right side of Figure 33 (right) The derivation of the equation is shown in the Appendix For a typical example, such as a [100] Ge crystal, it was found that dc = 130 nm and yc = 1300 nm when using the equation with a tool having a radius of 3175 mm and a 30 rake angle Solved examples:

non-Darwinian view. As Luria said, bacteriology remained the last stronghold of Lamarckism (the belief that acquired characteristics are inherited).

vin _

+ Vbattery = 96 V _

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