IC227 Datasheet, PDF (2/22 Pages) IC-Haus GmbH – DUAL 11 GHz SAMPLING OSCILLOSCOPE

iC227
preliminary
DUAL 11 GHz SAMPLING OSCILLOSCOPE
Rev B1, Page 2/22
DESCRIPTION
The iC227 is an 11 GHz bandwidth Sequential Sam-
pling Oscilloscope.
The 4 SMA inputs and 2 SMA outputs all have 50 Ω
impedance and are DC coupled.
The small, portable hardware package connects to a
PC via an optically isolated full speed USB interface
for PC protection and eliminates effects of noise from
the USB bus and PC ground.
All device control and monitoring is managed via an
intuitive graphical PC software interface. The use of
small package high speed ECL components allows
extremely wide bandwidth and highly accurate self
calibrated time base with 1 ps resolution.
This low cost, easy to use device is a perfect solu-
tion for engineers and technicians alike who need to
measure amplitude, rise time, fall time, propagation
delay and much more in high speed analog and digi-
tal circuit.
iC227 will work with repetitive signals only, since
it requires multiple signal repetitions to complete
the conversion.
When 2 channels are used, there must be some
fixed timing correlation between these channels
in order for sampling to be an accurate represen-
tation of the real event.
If the frequency on 2 channels is different but
there is a clear timing correlation or synchroniza-
tion, then the channel with the lower frequency
should be used as trigger source.
ELECTRICAL CHARACTERISTICS
After calibration. Designed and tested for laboratory environment with temperature 20 to 25 °C. Aluminum enclosure is used as heat sink
and will warm to about 10 °C above ambient temperature.
Item Symbol Parameter
No.
Conditions
Unit
Min. Typ. Max.
General
101 BW(IN) Bandwidth at CH1 and CH2
SMA 50 Ω 18 GHz, DC coupled
11
GHz
102 BW(SPL) Bandwidth when internal power SMA 50 Ω 18 GHz, DC coupled
splitter is used
4
GHz
103 BW(TR) Trigger input bandwidth
SMA 50 Ω 18 GHz, DC coupled
2
GHz
104 f(TR)min Min. trigger frequency
10
kHz
105 TB
Time base range
in 1-2-5 sequence
25 p
100 µ s
106 TBacc
Time base accuracy
0.5 %FS +/-10 ps
107 ResV
Vertical resolution
12
Bit
108 AccV
Vertical accuracy with direct
CH1/CH2 Inp
3
%FS
109 DivV
Vertical divisions
in 1-2-5 sequence
10
1000 mV
110 Vin_max
Maximum input voltage
Sampler
Trigger
2
Vpp
4
Vpp
Case
201 Dim
Enclosure size
102 x 56 x 123
mm
202 F
Weight
0.31
kg
203 P
Power consumption
9...16 VDC, regulated adapter 100-240 VAC
5 W +/-10 %