Atec Teseq-Mil-Std416F-CS114 User Manual
Page 6
Teseq GmbH
Landsberger Str. 255 12623 Berlin Germany
T + 49 30 56 59 88 35 F + 49 30 56 59 88 34
[email protected]
www.teseq.com
6
RF out
Amp in
< +10 dBm
Amp out
ch.1 < +27 dBm
ch.2 < +20 dBm
ch.3 < +20 dBm
Power meter
NSG 4070
Power
USB
Tuning
StSize
StSize
StSize
Local
Back
Stop
Run
Hold
0
.
1
4
7
8
5
2
3
kHz
dBm
6
9
MHz
dBµV
Hz
V
Enter
Step
1
STO
FRQ
LVL
RCL
Step
2
Step
3
MOD
2nd
Help
RF
ON/OFF
NSG 4070
Power meter
ch. 1 stress level
ch. 2 forward power
ch. 3 reverse power
Amp in
Amp out
50 Ω Termination
NSG 4070
RF output
NSG 4070
User port
Amp in
Amp out
Power amplifier
inputs
Calibration jig
BCI probe
Ground plane
Interlock
Switch (part of SW 4070)
Switch (part of SW 4070)
2
A
A
1
B
B
DIRECTIONAL COUPLER
Attenuator #1 Attenuator #2
RF out
Amp in
< +10 dBm
Amp out
ch.1 < +27 dBm
ch.2 < +20 dBm
ch.3 < +20 dBm
Power meter
NSG 4070
Power
USB
Tuning
StSize
StSize
StSize
Local
Back
Stop
Run
Hold
0
.
1
4
7
8
5
2
3
kHz
dBm
6
9
MHz
dBµV
Hz
V
Enter
Step
1
STO
FRQ
LVL
RCL
Step
2
Step
3
MOD
2nd
Help
RF
ON/OFF
NSG 4070
Power meter
ch. 1 stress level
ch. 2 forward power
ch. 3 reverse power
Amp in
Amp out
NSG 4070
RF output
NSG 4070
User port
Amp in
Amp out
Power amplifier
inputs
BCI probe
Ground plane
Interlock
Switch (part of SW 4070)
Switch (part of SW 4070)
2
A
A
1
B
B
DIRECTIONAL COUPLER
Attenuator #1 Attenuator #3
Auxiliary
equipment
AE
EUT
Equipment
under test
Insulating
MD 4070
Test level
for MIL STD 461F CS114 curve #5
Calibration set-up (for curve #5)
Test set-up with monitoring probe (for curve #5)
69
109
101
109
30
40
50
60
70
80
90
100
110
0,01
1
30
200
Frequency in MHz
Current in dBuA
Attenuator #1: not in use
Attenuator #2: 10 dB, 30 W
Attenuator #3: not in use
Termination: 50 Ω 10 W
Remarks:
Power meter channel 1 needs to
be protected with a 10 dB attenu-
ator.
Attenuator #1: not in use
Attenuator #2: not in use
Attenuator #3: not in use
Remarks:
No additional attenuator required.
Use of MD 4070 on PM ch.1:
The MD 4070 needs to be used in
the active mode in the range 10
kHz to 70 kHz and in the passive
mode above 70 kHz.
83-253100 E02 MIL-STD 461F Sep. 2010