INTRODUCTION AND SPECIFICATIONS
Table 1-4. Typical Signal Generator Performance (cont)
TRIP/RESET
IEEE-488
INTERFACE FUNCTIONS
INTERNAL MODULATION SOURCE
SINE WAVE
FREQUENCY ACCURACY
DISPLAY RANGES
FREQUENCY RESOLUTION
OUTPUT LEVEL RANGE
OUTPUT LEVEL RESOLUTION
DISTORTION
OUTPUT LEVEL ACCURACY
OUTPUT IMPEDANCE
OTHER WAVEFORMS AVAILABLE
BY SPECIAL FUNCTION
EXTERNAL MODULATION INPUTS
1V peak provides indicated modulation inde
Nominal input impedance is 600 ohms.
Maximum input level is ± 5 V peak.
MODULATION MODES
Any combination of AM, PULSE, and FM or
DIGITAL FREQUENCY SWEEP
SWEEP MODES
Flashing RF OFF annunciator indicates a tripped
condition. Pushing RF ON/OFF button will reset
signal generator.
SH1, AH1,
T5,
TE0,
L3,
LE0, SR1, RL1, PP0, DC1,
DT1,
C0, and E2.
0.1 Hz to 200 kHz synthesized sine wave.
Same as reference ±7 mHz
00.1
to
99.9
Hz
100 to 999 Hz
1.00
to
9.99
kHz
10.0
to
99.9
kHz
100 to 200 kHz
0.1 Hz or 3 digits
0 to 4V peak into 600 ohms
3 digits or 4 mv peak, whichever is larger
< 0.15% THD for output levels > 2V peak and mod
frequency < 20 kHz
±(4% + 15 mV) for mod frequency < 100 kHz
600 ohms ±2%
Square Wave (Fmod < 2 kHz)
Triangle Wave (Fmod < 5 kHz)
X.
ØM, internal or external, may be used.
Auto, single, or manual
1-15
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