|
Frequency
range
|
0.01㎐...
12.5 M㎐ for sinusoidal and square wave signals
0.01㎐... 100 ㎑ for triangular and ramp
signals
|
|
Frequency
setting
|
5
digits or 0.001㎐
|
|
Accuracy
of the frequency setting (at nominal temperature)
|
±0.01%
±0.0002㎐
|
|
Duration
of the auto-calibration of the frequency
|
abt.
0.8s for f＞100㎐，abt. 0.8...30s for
f<100㎐
|
|
Temperature
coefficient of the frequency
|
±100ppm
in operating temperature range
|
|
Ouput
impedance
|
50Ω
± 1.5%, unsymmetrical
|
|
Ouput
voltage Uss
|
10㎷...
10 V / 50Ω
|
|
Ouput
voltage setting
|
3
digits
|
|
Accuracy
of output voltage at f =1㎑
|
±(2%
+ 20㎷)
|
|
Additional
frequency error of output voltage
|
±1dB
in the range 10㎐...1M㎐,±3 dB 0.01㎐...10M㎐
|
|
Temperature
coefficient of output voltage
|
<±5
× 10-3 / K
|
|
Direct
voltage offset of signal(Voltset)
|
±2.5V
in 10㎷ steps
|
|
Accuracy
of offset voltage setting
|
±(1%
+ 20㎷)
|
|
Output
signal
|
sinusoidal,
square wave, triangular, ramp(up, down) arbitrary
|
|
Distortion
factor of sinusoidal signal
|
<0.5%
in the range 10㎐... 100㎑
|
|
Nonlinear
distortion factor of the sine signal
|
<1%
for 20㎐... 20㎑, <5% for 100㎑...
10M㎐
|
|
Rise
time of square wave signal
|
<25ns
|
|
Overshoot
of square wave signal
|
<0.5%
+ 30㎷
|
|
Non-linearity
of triangular signa
l(5%... 95%)
|
<1%
|
|
Horizontal
resolution(length of signals)
|
8192
points
|
|
Vertical
resolution of level
|
1024
points (10 Bit)
|
|
Sample
period
|
30ns
× 2N-1, N=1...32
|
|
▣
SWEEP function
|
|
Frequency
change for the SWEEP function
|
0.01㎐...
12.5M㎐ (100㎑ for triangular and ramp
signals)
|
|
Sweep
type
|
linear,
logarithmic - discrete
|
|
Direction
of frequency change
|
rising,
falling
|
|
Period
of repetition for the SWEEP function
|
10ms...
60s
|
|
▣
Amplitude
modulation
|
|
Source
of modulation signal
|
internal,
external
|
|
Frequency
range of external modulation input
|
0
㎐... 20 ㎑
|
|
Amplitude
of external signals (Vpp)
|
2V
for AM modulation depth m = 100%
|
|
Input
impedance of external AM input
|
100
㏀
|
|
\Frequency
range of internal modulation oscillator
|
from
approx. 100㎐ to approx. 10㎑, discrete
frequency values
|
|
Depth
of amplitude modulation
|
0 to
100%, 1% steps for internal generator of AM
|
|
▣
Square wave
synchronization output
|
|
Output
voltage Vpp
|
5V±10%
CMOS
|
|
Duty
cycle of output signal
|
approx.
1:1 for periodical signals pulse "Start" with
a width of approx. 5μs at the sweep function
|
|
▣
General Data
|
|
Nominal
temperature
|
+ 23
°C ± 2 °C
|
|
Operating
temperature
|
+ 5
°C ... + 40 °C
|
|
Relative
humidity
|
20 to
80%
|
|
Atmospheric
pressure
|
70 to
106 kPa
|
|
Operating
position
|
horizontal
or inclined by ±15 °
|
|
Operating
voltage
|
alternating
voltage 230V /` 115V(+10%,-15%), 47-63 ㎐
|
|
Power
consumption
|
27VA
(max. 27W)
|
|
Safety
class
|
l
according to EN 61010 -1
|
|
Radio
interference suppression
|
EN
55011 Class B
|
|
Dimensions
(W × H× D)
Dimensions of packing
|
225
mm × 85 mm × 200 mm
315 mm × 115 mm × 270 mm
|
|
Weight
Weight incl. packing and accessories
|
approx.
2.5 kg
approx. 3.5 kg
|
|
▣
Accessories supplied with the package
|
|
mains
cable, coaxial cable, operating instruction, spare
fuses, diskette.
|
|
▣
System interfaces
|
|
The
AFG 100 can be fully controlled and read out via the
serial interfaces RS-232C.
The data transfer is based on the ASCII character set.
|
