Flip Flops – 97

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97. A 555 operating as a monostable multivibrator has a C1 = 0.01 F. Determine R1 for a pulse width of 2 ms.

(a) 200 k
(b) 182 k
(c) 91 k
(d) 182

Answer

Answer : (b)

Explanation

Explanation : No answer description available for this question. Let us discuss.

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Flip Flops - 95
555555555595. A 555 operating as a monostable multivibrator has an R1 of 220 k. Determine C1 for a pulse width of 4 ms. (a) 0.017 F (b) 17 pF (c) 170 pF (d) 1,700 F
Tags: flip, flops, operating, monostable, multivibrator, determine, pulse, width, ms, electronics
Flip Flops - 101
5555555555101. A 555 operating as a monostable multivibrator has a C1 = 100 F. Determine R1 for a pulse width of 500 ms. (a) 45 (b) 455 (c) 4.5 k (d) 455 k
Tags: flip, flops, operating, monostable, multivibrator, determine, pulse, width, ms, electronics
Flip Flops - 98
555555555598. The output pulse width of a 555 monostable circuit with R1 = 4.7 k and C1 = 47 F is ________. (a) 24 s (b) 24 ms (c) 243 ms (d) 243 s
Tags: ms, flip, flops, pulse, width, monostable, electronics, engineering
Flip Flops - 100
5555555555100. A 555 operating as a monostable multivibrator has an R1 of 1 M. Determine C1 for a pulse width of 2 s. (a) 1.8 F (b) 18 F (c) 18 pF (d) 18 nF
Tags: flip, flops, operating, monostable, multivibrator, determine, pulse, width, electronics, engineering
Flip Flops - 94
555555555594. The output pulse width for a 555 monostable circuit with R1 = 3.3 k and C1 = 0.02 F is ________. (a) 7.3 s (b) 73 s (c) 7.3 ms (d) 73 ms
Tags: ms, flip, flops, pulse, width, monostable, electronics, engineering

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