Agilent Technologies N5230C Manual de usuario Pagina 67

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Table 17. Test Port Input (Continued)
Description Specifications Typical
Options
020, 120
Option
220
Options
420, 520
Options
025, 125
Options
225, 425,
525
Damage Input Level
Test Port 1
and 2
--
+27 dBm or
+/- 16 VDC
+30 dBm
or +/-25
VDC
+30 dBm or
+/-40 VDC
+27 dBm or
+/- 16 VDC
+27 dBm or
+/- 7 VDC
R1, R2 in
-- --
-- -- +15 dBm or
+/- 16 VDC
+15 dBm or
+/-7 VDC
A, B in
-- --
-- -- +15 dBm or
+/- 16 VDC
+15 dBm or
+/-7 VDC
Coupler
Thru
-- --
-- -- +27 dBm or
+/- 16 VDC
+30 dBm or
+/-40 VDC
Coupler
Arm
-- -- -- -- +15 dBm or
+/- 0 VDC
+30 dBm or
+/-7 VDC
1
Total average (rms) noise power calculated as the mean value of a linear magnitude trace expressed in dBm.
2
10 Hz IFBW test port noise floor performance is mathematically derived from the 1 kHz IFBW noise floor
performance. The performance cold be limited by crosstalk below 3 MHz at certain frequencies. The
measurement is defined as a single receiver measurement with loads on the ports at a given CW frequency with
power set to the minimum plus 5 dB.
3
Value and/or frequency changed July 2006.
4
May be degraded typically by 10 dB at particular frequencies (multiples of 5 MHz) below 500 MHz due to
spurious receiver residuals.
5
For Options 225, 420, 425, 520, 525 - coupler roll-off will reduce compression to a negligible level below 45
MHz.
6
1 kHz IF BW, ratioed measurement, nominal power at the test port.
7
Stability is defined as a ratio measurement made at the test port.
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