5
Subject to change without notice
Accessories supplied: Line Cord, Operators Manual, 1 Disk, 2 Probes 10:1
Analog Oscilloscope HM1004
-3
(100MHz)
& HM1505
-3
(150MHz)
Autoset, Save / Recall, Readout / Cursor and RS-232 Interface
Specifications
Vertical Deflection
Operating modes:
Channel I or II separate,
Channel I and II: alternate or chopped
Chopper Frequency:
approx. 0.5MHz
Sum
or
difference:
from CH I and CH II
Invert:
both channels
XY-Mode:
via channel I (Y) and channel II(X)
Freq. range: HM1004
2x DC to 100MHz (-3dB)
HM1505
2x DC to 150MHz (-3dB)
Risetime:
HM1004
<3.5ns,
HM1505
<2.3ns
Overshoot:
≤
1 %
Deflection coefficients:
14 calibrated steps
1mV to 2mV/div.: ±5% (DC – 10MHz (-3dB))
5mV/div. to 20V/div.: ±3%
in 1-2-5 sequence,
with variable 2.5:1 up to 50V/div.
Input impedance:
1M
Ω
II 15pF.
Input coupling:
DC-AC-GD (ground).
Input voltage:
max. 400V (DC + peak AC).
Delay line:
approx. 70ns
Triggering
Automatic
(peak to peak):
≤
20Hz-200MHz
(
≥
0.5div.)
Normal with level control:
DC-200MHz (
≥
0.5div.)
Indicator for trigger action:
LED
Slope:
positive or negative
Sources:
Channel I or II, line and external.
ALT. Triggering:
CH I/CH II (
≥
0.8div.)
Coupling:
AC
(10Hz – 200MHz),
DC
(0 to 200MHz),
HF
(50kHz – 200MHz),
LF
(0 to 1.5kHz),
NR
(noise reject):0-50MHz (
≥
0.8div.)
Triggering time base B
:
normal with level
control and slope selection (0 – 200 MHz)
Active TV Sync. Separator:
field & line, + / –
External:
≥
0.3V
pp
(0 – 100MHz)
Horizontal Deflection
Time base A:
22 calibrated steps (±3%)
from 0.5s/div. – 50ns/div. in 1-2-5 sequence
variable 2.5:1 up to 1.25s/div.,with
X-Mag. x10:
5ns/div. (±5%)
Holdoff time:
variable to approx. 10:1
Time base B:
18 calibrated steps (±3%)
from 20ms/div. to 50ns/div. in 1-2-5 sequence
Operating modes:
A or B, alternate A / B
Bandwidth X-amplifier:
0 to 3MHz (-3dB)
Input X-amplifier:
via Channel II
Sensitivity:
see Ch II
X-Y phase shift:
<3° below 220kHz.
Operation / Control
Manual
(front panel switches)
Auto Set
(automatic parameter selection)
Save/Recall:
9
user-defined parameter settings
Readout:
Display of parameter settings
Cursor measurement:
∆
V,
∆
t or
∆
1/t (frequ.)
Remote control:
with built in RS-232 interface
Component Tester
Test voltage:
approx. 7V
rms
(open circuit).
Test current:
approx. 7mA
rms
(shorted).
General Information
CRT:
D14-375GH, 8x10div., internal graticule
Acceleration voltage:
approx 14kV
Trace rotation:
adjustable on front panel
Calibrator:
0,2V ±1%,
≈
1kHz/1MHz (t
r
<4ns)
Line voltage:
100-240V AC ±10%, 50/60Hz
Power consumption:
approx. 38 Watt at 50Hz
Min./Max. ambient temperature:
0°C...+40°C
Protective system:
Safety class I (IEC1010-1)
Weight:
approx. 5.9kg.
Color:
techno-brown
Cabinet:
W
285,
H
125,
D
380 mm
Subject to change without notice.
08/00
These
microprocessor
controlled oscilloscopes have been designed for a
wide multitude of applications in service and industry. For ease of operation the
„Autoset“
function allows for signal related
automatic setup
of measuring
parameters. On screen
alphanumeric readout
and
cursor functions
for
voltage, time and frequency measurement provide extraordinary operational
convenience. Nine different user defined instrument settings can be saved and
recalled without restriction. The
built-in RS-232
serial interface allows for
remote controlled operation by a PC .
The outstanding features of the
HM1004-3
and
HM1505-3
include two
vertical input channels and the second time base with the ability to magnify, over
1000 times, extremely small portions of the input signal. The
second time base
has its own triggering controls, including level and slope selection,to allow a
stable and precisely referenced display of asynchronous or jittery signal segments.
The trigger circuit is designed to provide reliable triggering to over
200MHz
at
signal levels as low as
0.5div.
. An active
TV Sync Separator
for TV-signal tracing
ensures accurate triggering even with noisy signals. Signals are solid and
distortion free even at the upper frequency limit. The built in
Y delay line
allows
for leading edge display of even low repetition rate signals, supported by the
14kV CRT
with its high intensity. Both instruments are equipped with a built in
COMPONENT TESTER
.
Because it is so important to be able to trust the accuracy of the display when
viewing pulse or square signals, the
HM1004-3
and
HM1505-3
have a built-in
switchable calibrator, which checks the instrument’s transient response
characteristics - from probe tip to CRT screen. The essential high frequency
compensation of wide band probes can be performed with this calibrator, which
features a rise time of less than 4ns.
The
instruments offer the right combination of triggering control, frequency
response, and time base versatility to facilitate measurements in a wide range
of applications - in laboratory as well as in field service use. It is another example
of
HAMEG’s
dedication to engineering excellence.
2 Channels, 1mV – 20V/div, Delay Line, 14kV CRT
Time Base A: 0.5s – 5ns/div., B: 20ms–5ns/div. , 2
nd
Trigger
Triggering DC–200MHz, Automatic Peak to Peak,
Alternate Trigger, Calibrator and Component Tester
