HP 5335A - Page 6

Table 1-1. Specifications (Continued)
OPTIONS
Option 010: High Stability Time Base (Oven)
Frequency: 10 MHz.
Aging Rate: < S X 10 lf fyday alter 24 hr.
warm up.
Short Term: < 1 X 10 1 ' rms for Is average.
Temperature: < 7 X 10 9 , 0 to S0°C.
Line Voltage: < I X 10' : 0 for 10"'. change.
Warm-Up: Within 5 x]0 9 of final value in
20 min.
Option 020: DC Digital Voltmeter
Range: 4 digits, autoranging, autopolarity, in
+ 10, ± 100, ± 1000 V ranges.
Sensitivity: 100 pV, 1 mV, 10 mV. 100 mV for
±IV, ± 10V, ± 100V, ± 1000V readings.
LSD** Displayed: Same as sensitivity.
Accuracy (10 min. warm-up): ± 0.015% of
reading ± 0.02% of range; for 1000V range,
± 0.06% of reading ±0.02% of range. For
60 days at 24°C ± 5°C. RH < 80%, and
gate > 100 ms.
Temperature Coefficient: :!: (0.0055% of
reading + 0.005% of range )/°C; for 1000V
range, ± (0.008% of reading + 0.0005% of
range)/°C.
input Type: Floating pair,
input Impedance: 10 Mil ± 1",,.
Maximum Input: Hi to Lo, ± 1000V ail ranges.
Lo to chassis ground, ± 500V.
Response Time: 100 ms to within 1 % of final
value, within one range.
Normal Mode Rejection: 30 dB at 50/60 Hz.
Effective Common Mode Rejection (1 kll
unbalanced): > 110 dB at 50/60 Hz.
Filter: Single pole from 10 Hz NOMINAL.
Option 030: 5.3 GHz C Channel
Input Characteristics
Range: 150 MHz to 1.3 GHz, prescaled by
20 .
Sensitivity:
10 mV rms sine wave {-27 dBm) to 1 GH 2 .
100 mV rms sine wave (-7 dBm) to 1.3 GHz.
Sensitivity can be decreased continuously
by up to 20 dB NOMINAL, 150 to 1000
MHz and 54 dB NOMINAL, I to 1.3 GHz
via sensitivity control. Trigger level is fixed
at OV NOMINAL.
Dynamic Range:
10 mV to 1 V rms (40 dB), to 1 GHz.
100 mV to 1 V rms (20 dB), to 1.3 GHz.
Signal Operating Range: +5V dc to -5V dc.
Coupling: AC.
Impedance: 50 il NOMINAL (VSWR.
<2.5:1 TYPICAL).
Damage Level: ± 8 V (DC + AC peak), fuse
protected. Fuse located in BNC connector.
Frequency C
Range: 150 MH 2 to S.3 GHz, prescaled
by 20 .
LSD** Displayed, Resolution, and
Accuracy are same as Frequency A.
Ratio C/A
Range:
Channel A, 0 to 200 MHz (prescaied
by 2 ).
Channel C, ISO to 1300 MHz (prescaled
by 20 ).
LSD** Displayed, Resolution, and
Accuracy are same as Ratio A/B.
DEFINITIONS
LSD Displayed; Unit value of Least Significant
Digit displayed. Calculations should be rounded
up to nearest decade, with a 12 digit mantissa
maximum. If truncation required, most signifi¬
cant digits are kept.
Trigger Error:
\/ {260 M V ) 2 + e n 2
------ rms typical
Input slew rate at trigger point
where e n is the rms noise voltage of the inputfor
a 200 MHz bandwidth.
Trigger Level and Trigger Point (XI):
Aetna- Trigger
Point Slope)
_ Trigger Level
Reading
/ l^il \±K oiM (-Slope)
At - Trigger Level Timing tUrror
Trigger Level Timing Error (Xl): Applies to
Time Interval measurements;
__ 36 mV ...
j input slew rate at START trigger point j
_ 36 mV
| Input slew rate at STOP trigger point j
Trigger Level Setting Error (XI): Applies to
Rise/Fail, Slew, and Phase measurements:
+ 2% of input p-p voltage ± 40 mV
Input slew rate at trigger point
Duty Cycle: Percentage of time a signal is high
or low, depending on Slope A setting. Trigger
point is high/low dividing point.
dm 1 cp
DUTY CY = x 100%;
Slew Rate: Effective slope between 10% and
90% points of rising or falling signal depending
on Slope A setting. ,, .,
Vr *" Va
SLEW = -5—2 -
Phase: Angle, with respect to B signal, between
50% points of Channel A and B signals, trigger
slopes selected by Channel A and B slope
switches.
Th + T\
_ 2 _
PER
- X 360°,
Tl| is time between 50% points of A then B
signals using slopes defined during Phase
measurement.
TI 2 Is time between 50% points of A then B
signals using complement slopes to T1 j,
Channel A Signal
Slope)
I I
1
\
k-T! 2 -^
Channel B Signal
i* Slope)
General Information