Agilent Technologies 4395A - Page 366

System
performance
with
Dierent T
est Sets
and Connector
Types
T
able 11-7.
Typical
System P
erformance
for
Devices
with
50

Type-N
Connectors
4395A
with 87512A
T
est
Set
(100
Hz
to
500
MHz)
Symbol Error
T
erms
Uncorrected
Typical Residual
after
A
ccuracy
Enhancement
1 ,
2
Response
Only
3
Response
and
Isolation
3
One-P
ort
one
pass
two
port
D Directivity { { { 0
40
dB
(0.01)
0
40
dB
(0.01)
M
s
Source
Match
0
24
dB
(0.063)
0
24
dB
(0.063)
0
24
dB
(0.063)
0
25
dB
(0.056)
0
25
dB
(0.056)
T
r
Reection
Tracking
{ { { 6
0.83 dB
(0.1)
6
0.83 dB
(0.1)
M
l
Load
Match
0
22
dB
(0.079)
0
22
dB
4
(0.079)
0
22
dB
(0.079)
{ 0
40
dB
(0.01)
T
t
Trans
.
Tracking
6
0.8
dB
(0.096)
6
0.2
dB
(0.023)
6
0.2
dB
(0.023)
{ 6
0.05
dB
(5.8
2 10
0
3
)
C Cross T
alk
{ { { { 0 110
dB
(3.2
2
10
0
6
)
R
r1
P
ort1
Re.
Connector
Repeatability
0
65
dB
(5.6
2
10
0
4
)
R
t1
P
ort1 Trans
. Connector
Repeatability
0
65 dB
(5.6 2
10
0
4
)
R
r2
Port2
Re. Connector
Repeatability
0 65
dB (5.6
2 10
0
4
)
R
t2
P
ort2
Trans
. Connector
Repeatability
0
65
dB
(5.6 2
10
0
4
)
N
l
Low-Level
Noise
2
0
110
dB
from
full
scale
at

100
kHz
(3.2
2
10
0
6
)
0 90
dB
from
full
scale
at
<
100
kHz
(3.2
2
10
0
5
)
N
h
High
Level
Noise
2
,
5
Magnitude:0.003
dB
(3.5
2
10
0
4
)
A
m
,A
p
Dynamic
A
ccuracy
Error
See
\Dynamic
A
ccuracy"
in
Chapter
11.
U
m
,U
p
Multiplexer
Switching
Uncertainty
Magnitude:
6
0.017
dB
(2.0
2
10
0
3
)
Phase:0.1
degrees
S
t1
P
ort1
Cable
Trans
.
Phase
Stability
6
0.05
2
f
(GHz)
degrees
S
r1
P
ort1 Cable
Re.
Stability
6
0
70 dB
(3.2
2
10
0
4
)
S
t2
Port2
Cable Trans
.
Phase
Stability
6
0.05 2
f (GHz)
degrees
S
r2
P
ort2 Cable
Re.
Stability
6
0
70 dB
(3.2 2
10
0
4
)
T
td
Trans
.
Tracking
Drift
Magnitude:
0.01
dB/

C
(1.1
2
10
0
3
/

C)
Phase:
7
6
[0.1+0.15
2
f(GHz)]degrees/

C
T
rd
Re. Tracking Drift Magnitude: 0.01 dB/

C (1.1
2 10
0 3
/

C) Phase:
7
6 [0.1+0.15 2 f(GHz)]degrees/

C
1 Accuracy enhancement procedures
are performed using 85032B 50  type-N calibration kit. Enviromental temperature is
23

C 6 3

C at calibration:
6 1

C from calibration
temperature must be maintained for valied measurement calibration.
2 With IF bandwidth of 10 Hz.
3 Transmission Only
4 @f
 500 kHz.
5 High-level noise is the RMS of a continuous measurement of a short circuit or thru.
6 Arrived at by bending 11857D cables out perpendicular to front panel and reconnecting. Stability is much better with less
exing.
7 Arrived at using 11857D cables and full 2-port calibration. Drift is much better without calbes and with 1-port calibration.
For this case, drift typically is [0.1 + 0.05 2 f (GHz)] 2 1

C, degrees.
11-50 Specications and Supplemental Characteristics