460 TPI (Test Products Int), 460 Datasheet - Page 2

O'SCOPE/DMM HANDHELD 20MHZ 2CH

460

Manufacturer Part Number
460
Description
O'SCOPE/DMM HANDHELD 20MHZ 2CH
Manufacturer
TPI (Test Products Int)
Type
Handheld, Digitalr
Datasheet

Specifications of 460

Includes
Adapters, Power Supply, Test Leads
Bandwidth
20MHz
Channels
Dual
Display Type
LCD; 3" x 3" (76mm x 76mm)
Features
DMM (True RMS), Memory, RS232 Option, Trend
Probe Type
x1x10 Passive Probe (1)
Sampling Rate (per Second)
25MS/s
Input Impedance
1M
Voltage - Input, Max
600V
Voltage - Supply
4.8 VDC Battery; 5.5 VDC Adapter
Rise Time (typ)
-
Other names
290-1460

Available stocks

Company
Part Number
Manufacturer
Quantity
Price
Part Number:
460-060
Manufacturer:
BIV
Quantity:
1 000
Part Number:
460-190
Manufacturer:
BIV
Quantity:
27 000
Part Number:
460000301A
Quantity:
5 510
Part Number:
460000301A
Manufacturer:
QTC
Quantity:
5 510
Part Number:
460003
Manufacturer:
VISHAY
Quantity:
64 150
Part Number:
46005
Manufacturer:
ST
0
Part Number:
460063
Manufacturer:
LSI
Quantity:
20 000
Part Number:
4600CB
Manufacturer:
INTERSIL
Quantity:
20 000
Part Number:
46010
Manufacturer:
ST
0
APPLICATIONS
Industrial motor control View start-up in rush currents, waveform symmetry,
SCR trigger pulses, variable frequency drive signals, pulse width modulation,
noise, misc. AC/DC speed control signals.
Power quality Noise on industrial feeds, AC voltage waveshape, current wave-
forms, machine start-up/power quality interference and noise.
Programmable logic controls PLC input and output signals, control signals,
signal conditioning circuits, communications lines and power supplies.
NC machines Power quality, sensor outputs, control circuits, safety circuits,
calibration and adjustments.
Uninterruptable power supplies Sensing and monitoring circuits, switching
circuits, output waveforms and current waveforms.
Included
Two Test Leads, two Banana to BNC Adapters, one DC-60 MHz X1 X10
Passive Oscilloscope Probe, Power Supply and Instruction Manual
Dual Channel, 20Mhz Oscilloscope
with True RMS DMM
Audio Public address feeds, amplifiers, mixers and preamps.
Video Horizontal and vertical scan rates, z-axis blanking, sync pulses
and luminance.
Industrial lighting controls SCR and other solid state designs.
Factory automation Robot control signals, machine vision, machine control
and sensing circuits, calibration of positioning systems, analog controllers and
servo controls.
Line conditioners Noise and quality.
Voltage regulators Noise and stability.
Inverters Waveform quality.
Technicians appreciate the bright backlight of
the 3" x 3" cold cathode flourescent display
and rugged construction inside and out.
Cursor Readout
cULus
FEATURES
20 MHz Bandwidth
Capture signals from AC/DC drive motors, sensors,
actuators, line and control voltages, UPS and
industrial machines.
Cursor Readout
Allows you to measure the width and amplitude of the signal and
display it on the screen instead of trying to figure it out manually.
Decibels
Allows you to accurately measure sound signals.
Pre and Post Triggering
View the waveform before and after the point the scope triggers
at to find glitches and other anomalies with the signal.
Trend Mode
Graph readings over a predetermined time period to check for
surges or dropouts.
Dual Input
View two waveforms on the display for comparison and trou-
bleshooting.
True RMS DMM
Measure AC/DC volts up to 600V, frequency to 20 MHz,
and resistance to 20 Meg ohm. True RMS allows you to obtain
accurate measurements of non-sinusoidal AC voltage and cur-
rent waveforms found in controls and circuits.
Real Time Sample Rate
Capture spikes and dropouts of industrial signals with
real time sampling of 25 megasamples per second.
Bright LCD Backlight
Adjust brightness levels for clarity under any light condition.
Optically Isolated RS232 Output
Transfer data safely without a direct connection to your
computer’s circuitry.
Continuous Autoset
Feature automatically determines the correct vertical
and horizontal settings for optimum waveform viewing. Autoset
provides hands free operation while moving between test points.
CERTIFICATION OF CALIBRATION,
CERTIFICATE OF COMPLIANCE
For details and related fees,
call 800-368-5719.
Specifications and Frequently Asked Questions
OPTIONAL ACCESSORIES
OPTIONAL ACCESSORIES
Temperature Adapter
A301
Measure -40° to 500° F.
For K-type thermo-
couple probes, refer
to pages 18-19.
Pressure Adapter
A620
Measure up to 500 PSI.
SPECIFICATIONS
VERTICAL
Bandwidth
Sample Rate
Sensitivity
Coupling
Resolution
Accuracy
HORIZONTAL
Modes
Samples per Division
Accuracy
TRIGGER
Source
Modes
Sensitivity
TREND MODE
Plot Time
Plot Data Type
Memory
TRUE RMS DMM
DCV (CH1, CH2)
ACV (CH1, CH2)
Frequency (CH1, CH2)
Ohm (CH1 only)
Continuity (CH1 only)
International Version: 220V 50/60Hz AC/DC adapter is included when specifying model no. 460X.
Real Time
Equivalent Time
Basic Accuracy:
Basic Accuracy:
Basic Accuracy:
Basic Accuracy:
Clamp-on Adapters
A251
Measure up to 400
AC amps.
Clamp-on Adapter
A256
Measure up to 400
AC/DC amps.
Clamp-on Adapter
A296
Measure up to 2,000
AC/DC amps.
PC Software &
RS232 Cable
A404
Download data and
waveforms from the
460 to any PC using
Microsoft
20 MHz w/SP60B 10:1 Probe
10 MHz w/Shielded Test Leads
25 Megasamples per Second up to 2 MHz
500 Megasamples per Second > 2 MHz
50mV TO 200V/div 1,2,5 Sequence
AC, DC, GND
8 bits
± (3% + 0.05 range/div)
Single, Normal, Auto
25
Equivalent Time: ± (0.5% + 0.08 time/div)
Real Time:
Internal
Free Run, Normal
Equivalent Time: 3 divisions or more
Real Time:
30 sec/div to 1 hour/div
Max/Min Selectable
2 Screens
400mV, 4, 40, 400, 600V
± (0.5% + 5 digits)
400mV, 4, 40, 400, 600V
± (1% + 10 digits)
1 Hz to 20 MHz
± (0.5% + 5 digits)
400, 4k, 40k, 400k, 4M, 20M
± (0.5% + 5 digits)
Sounds < 0.1k ohm, ± (2% + 5 digits)
®
Windows
®
.
± (0.1% + 0.04 time/div)
2 divisions or more
Low Current Adapter
A254
Measure below one
amp AC/DC.
Surface Mount
Test Clips
Multicolored clips
to access 0.3 pitch
leads. See page 26.
Current Shunt Adapter
A130
Extend amp range to
30 amps.
High Voltage Probe
HV15HFA
Measure accurately
up to 15KV DC.
See page 11.
FAQ
Why do you need a 20 MHz oscilloscope?
To measure signals and voltage anomalies, and to
look for glitches that may damage or even shut
down electronic machinery. View sine waves on
power supplies, motors, and bead board circuitry.
Pinpoint certain glitches on the sine wave to zero in
on the problem and monitor changing patterns or
distortion in electrical currents.
What are the different waveform patterns
displayed on your handheld oscilloscopes?
An AC waveform known as sine wave displays
voltage against time in the shape of a sine curve.
The saw tooth waveform displays a ramped angle
and a sharp downward return to its earlier value.
(Its display pattern resembles the cutting edge of
a saw.) A square waveform graphically plots a
series of vertical square shapes repeated with
spacing between peaks.
Why is it important to have Trend Mode?
Trend Mode is great for monitoring sudden
intermittents caused by loose connections, dirt,
or damaged wires. By setting the minimum and
maximum parameters, you can monitor, even
record the changes.
What is the purpose of triggering?
Simply zoom in on certain parts of the sine wave
and “hold” to measure and monitor that particular
part you are reading. A must have when searching
for glitches and distortion on all measurements.
Soft Zipper Case
A905
Protect and organize
your 460.
60 MHz Oscilloscope Probe
Three monolithic inter-
changeable probes in 60,
100, and 250 MHz band-
width. See page 25.
Protective Boot
A405
Guard against
inevitable impacts.
Unique rear cut-out
design allows deploy-
ment of 460’s rear
tilt stand.