Datasheet

Version 12.01, January 2017
Rohde & Schwarz R&S
®
RTH1002, R&S
®
RTH1004 Scope Rider 5
DC measurement accuracy
after adequate suppression of
measurement noise by using high-
resolution sampling mode or waveform
averaging or a combination of both
±( DC gain accuracy ×
|reading – net offset| + offset accuracy )
Channel-to-channel isolation
(each channel at same input sensitivity)
input frequency < analog bandwidth
> 40 dB (meas.)
Horizontal system
Timebase range
selectable between 1 ns/div and 500 s/div
Channel deskew
±100 ns
Reference position
10 %, 50 % or 90 % of measurement
display area
Trigger offset range
max.
at least 2 s or 2000 screen widths
at most 100 000 s
min.
right edge of measurement display area
Timebase accuracy
±10 ppm
Acquisition system
Maximum realtime sampling rate
R&S
®
RTH1004
1 active channel with 5 Gsample/s
2 active channels with 2.5 Gsample/s
4 active channels with 1.25 Gsample/s
R&S
®
RTH1002
1 active channel with 5 Gsample/s
2 active channels with 2.5 Gsample/s
definition: active channel
A channel is active if it is either acquired
or used as a trigger source.
Maximum acquisition length for fast time
bases (less than or equal to 20 ms/div)
1 active analog channel
500 ksample (sample acquisition mode),
250 ksample (high resolution, peak
detect, envelope and average acquisition
modes)
2 active analog channels
250 ksample for each channel (sample
acquisition mode),
125 ksample for each channel (high
resolution, peak detect, envelope and
average acquisition modes)
3 or 4 active analog channels
125 ksample for each channel (sample
acquisition mode),
62.5 ksample for each channel (high
resolution, peak detect, envelope and
average acquisition modes)
Maximum acquisition length for slow time
bases (greater than or equal to 50 ms/div)
1, 2, 3 or 4 active analog channels
125 ksample for each channel (sample
acquisition modes),
62.5 ksample for each channel (high
resolution, peak detect, envelope and
average acquisition modes)
Acquisition modes
sample
first sample in decimation interval
high resolution
average value of samples in decimation
interval
peak detect
largest and smallest sample in decimation
interval
envelope
envelope of acquired waveforms;
for timebases requiring decimation,
peak-detect is used.
average
average of acquired waveforms;
for timebases requiring decimation, high
resolution is used. Number of averaged
waveforms can be power of 2 from 2 to
8192.
Realtime waveform acquisition rate
max.
50 000 waveforms/s