11. Repeat Problem 10 for the triac circuit in Figure 11–58. The breakover potential is 25 V and IH = 1 mA. FIGURE 11-58 15 V peak R 4.7 kN

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두
ORS
IH = 1 mA.
FIGURE 11-58
15 V peak
R
4.7 k.
Section 11-5
The Silicon-Controlled Switch (SCS)
12. Explain the turn-on and turn-off operation of an SCS in terms of its transistor equivalent.
13. Name the terminals of an SCS.
Section 11-6
The Unijunction Transistor (UJT)
14. In a certain UJT, rý1 = 2.5 kN and r82 = 4 k. What is the intrinsic standoff ratio?
15. Determine the peak-point voltage for the UJT in Problem 14 if VBB = 15 V.
16. Find the range of values of R¡ in Figure 11–59 that will ensure proper turn-on and turn-otf of
the UJT. 7 = 0.68, Vy = 0.8 V, Iy = 15 mA, I, = 10 µA, and Vp = 10 V.
%3D
%3D
FIGURE 11-59
Transcribed Image Text:두 ORS IH = 1 mA. FIGURE 11-58 15 V peak R 4.7 k. Section 11-5 The Silicon-Controlled Switch (SCS) 12. Explain the turn-on and turn-off operation of an SCS in terms of its transistor equivalent. 13. Name the terminals of an SCS. Section 11-6 The Unijunction Transistor (UJT) 14. In a certain UJT, rý1 = 2.5 kN and r82 = 4 k. What is the intrinsic standoff ratio? 15. Determine the peak-point voltage for the UJT in Problem 14 if VBB = 15 V. 16. Find the range of values of R¡ in Figure 11–59 that will ensure proper turn-on and turn-otf of the UJT. 7 = 0.68, Vy = 0.8 V, Iy = 15 mA, I, = 10 µA, and Vp = 10 V. %3D %3D FIGURE 11-59
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