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CA3140, CA3140A
FN957 Rev.10.00 Page 11 of 24
Jul 11, 2005
Super Sweep Function Generator
A function generator having a wide tuning range is shown in
Figure 10. The 1,000,000/1 adjustment range is accomplished
by a single variable potentiometer or by an auxiliary sweeping
signal. The CA3140 functions as a non-inverting readout
amplifier of the triangular signal developed across the
integrating capacitor network connected to the output of the
CA3080A current source.
Buffered triangular output signals are then applied to a second
CA3080 functioning as a high speed hysteresis switch. Output
from the switch is returned directly back to the input of the
CA3080A current source, thereby, completing the positive
feedback loop
The triangular output level is determined by the four 1N914
level limiting diodes of the second CA3080 and the resistor
divider network connected to Terminal No. 2 (input) of the
CA3080. These diodes establish the input trip level to this
switching stage and, therefore, indirectly determine the
amplitude of the output triangle.
Compensation for propagation delays around the entire loop is
provided by one adjustment on the input of the CA3080. This
adjustment, which provides for a constant generator amplitude
output, is most easily made while the generator is sweeping.
High frequency ramp linearity is adjusted by the single 7pF to
60pF capacitor in the output of the CA3080A.
It must be emphasized that only the CA3080A is characterized
for maximum output linearity in the current generator function.
Meter Driver and Buffer Amplifier
Figure 11 shows the CA3140 connected as a meter driver and
buffer amplifier. Low driving impedance is required of the
CA3080A current source to assure smooth operation of the
Frequency Adjustment Control. This low-driving impedance
requirement is easily met by using a CA3140 connected as a
voltage follower. Moreover, a meter may be placed across the
input to the CA3080A to give a logarithmic analog indication of
the function generator’s frequency.
Analog frequency readout is readily accomplished by the means
described above because the output current of the CA3080A
varies approximately one decade for each 60mV change in the
applied voltage, VABC (voltage between Terminals 5 and 4 of the
CA3080A of the function generator). Therefore, six decades
represent 360mV change in VABC.
Now, only the reference voltage must be established to set the
lower limit on the meter. The three remaining transistors from
the CA3086 Array used in the sweep generator are used for
this reference voltage. In addition, this reference generator
arrangement tends to track ambient temperature variations,
and thus compensates for the effects of the normal negative
temperature coefficient of the CA3080A VABC terminal voltage.
Another output voltage from the reference generator is used to
insure temperature tracking of the lower end of the Frequency
Adjustment Potentiometer. A large series resistance simulates
a current source, assuring similar temperature coefficients at
both ends of the Frequency Adjustment Control.
To calibrate this circuit, set the Frequency Adjustment
Potentiometer at its low end. Then adjust the Minimum
Frequency Calibration Control for the lowest frequency. To
establish the upper frequency limit, set the Frequency
Adjustment Potentiometer to its upper end and then adjust the
Maximum Frequency Calibration Control for the maximum
frequency. Because there is interaction among these controls,
repetition of the adjustment procedure may be necessary. Two
adjustments are used for the meter. The meter sensitivity
control sets the meter scale width of each decade, while the
meter position control adjusts the pointer on the scale with
negligible effect on the sensitivity adjustment. Thus, the meter
sensitivity adjustment control calibrates the meter so that it
deflects 1/6 of full scale for each decade change in frequency.
Sine Wave Shaper
The circuit shown in Figure 12 uses a CA3140 as a voltage
follower in combination with diodes from the CA3019 Array to
convert the triangular signal from the function generator to a
sine-wave output signal having typically less than 2% THD.
The basic zero crossing slope is established by the 10k
potentiometer connected between Terminals 2 and 6 of the
CA3140 and the 9.1k resistor and 10k potentiometer from
Terminal 2 to ground. Two break points are established by
diodes D1 through D4. Positive feedback via D5 and D6
establishes the zero slope at the maximum and minimum
levels of the sine wave. This technique is necessary because
the voltage follower configuration approaches unity gain rather
than the zero gain required to shape the sine wave at the two
extremes.
7
6
5
4
3
2
0
OFFSET VOLTAGE SHIFT (mV)
0 500 1000 1500 2000 2500 3000 3500 4000 4500
TIME (HOURS)
1
DIFFERENTIAL DC VOLTAGE
(ACROSS TERMINALS 2 AND 3) = 0V
OUTPUT VOLTAGE = V+ / 2
TA = 125oC
FOR METAL CAN PACKAGES
DIFFERENTIAL DC VOLTAGE
(ACROSS TERMINALS 2 AND 3) = 2V
OUTPUT STAGE TOGGLED
FIGURE 9. TYPICAL INCREMENTAL OFFSET VOLTAGE
SHIFT vs OPERATING LIFE