Play Meter

a. Provide high input
impedance
b. Require no current drain
c. Provide low out voltages
GO TO BLOCK 22
GO TO BLOCK 5
GO TO BLOCK 17
18
YOU ARE CORRECT!
MOSFET devices can be used in the drain circuits of the
MOSFET gates in a flip-flop since they _ __ _ _ _ _ _
10
YOU ARE CORRECT!
a. A ct as constant current
sources and provide the
same drain current as
the gates
b. Act as constant voltage
sources
c. Provide more open -loop
gain in the cross-coupling
For the JFET-NPN Schmitt trigger shown in Fig. 15- 1, as T,
begins to turn on, T 2 - - - - - - - -- - - - - --
GO TO BLOCK 13
a. Begins to turn on
b. Remains in the linear
region
c. Begins to turn off
GO TO BLOCK 19
GO TO BLOCK 6
GO TO BLOCK 9
GO TO BLOCK 23
GO TO BLOCK 4
19
11
YOU ARE INCORRECT!
YOU ARE INCORRECT!
Refer to the text and return to BLOCK 10.
Refer to the tex t and return to BLOCK 3.
20
12
YOU ARE INCORRECT!
YOU ARE CORRECT!
Refer to the text and return to BLOCK 6.
The don 't care input condition on the RS flip -flop indica tes
that _ _ _ _ _ _ _ __ __ _ _ _ _
a. The Q output is 1 and the
output is zero
b. Neither output can be
predicted
c. The Q output is zero and
the 0 output is 1
a
21
GO TO BLOCK 21
YOU ARE INCORRECT!
GO TO BLOCK 3
Refer to the text and return to BLOCK 12.
GO TO BLOCK 16
22
13
YOU ARE INCORRECT!
YOU ARE CORRECT!
In a Schmitt trigger, the JFET and NPN transistors are con-
nected in a _ __ _ _ _ __ _ _ _ _ __ _ _ _ _ _
Refer to the text and return to BLOCK 10.
GO TO BLOCK 15
GO TO BLOCK 10
GO TO BLOCK 2
a. Negative feedback loop
b. Positive feedback loop
c. Cascade connection
14
YOU ARE INCORRECT!
Refer to the text and return to BLOCK 3.
23
YOU ARE INCORRECT!
15
Refer to the text and return to BLOCK 18.
YOU ARE INCORRECT!
Refer to the text and return to BLOCK 22.
24
YOU ARE INCORRECT!
16
YOU ARE INCORRECT!
Refer to the text and return to BLOCK 12.
17
YOU ARE INCORRECT!
Refer to the text and return to BLOCK 9.
100
Refer to the text and return to BLOCK 1.
25
YOU ARE CORRECT!
You have completed the test for the last two lessons_- and, by
doing so you have completed the MOSI FET & J! FET Circuit
Design course.
CONGRATULATIONS!
PLAY M ETER, October 1 5. 1985