DC/AC voltage, current and resistance at bench precision
Benchtop Digital Multimeters (DMMs)
The reference instrument on the bench, the one the other readings get checked against.
Product photography to be supplied
- Category
- Electronic Measuring Instruments
- Form
- Benchtop
- Industries
- Electronic Components, Batteries
What this group is for
Written as engineering fact. Nothing on this page states a specification the manufacturer has not supplied.
Resolution and stability chosen for a calibration or R&D bench rather than for a toolbag.
Reading rates fast enough to be the measuring element inside an automated test sequence.
Remote interface, so the instrument becomes part of a test system instead of a thing someone reads.
Low noise floor where the measurement is small and the environment is not quiet.
Highlighted models
Model data to be supplied
Specific Benchtop Digital Multimeters (DMMs) models are quoted against the application, because the right one depends on the range you need to resolve and the conditions on site.
Tell us what you are measuring and we will name the models that cover it, with the ranges and accuracy classes written out in full.
Send me the specification sheet
Ranges, accuracy classes and model numbers for Benchtop Digital Multimeters (DMMs), by email. No call unless you ask for one.
Where it is used
Four situations this group is bought for, and the points on a real installation where it is connected.
- Calibration and verification benches.
- Automated test systems needing a precise, addressable meter.
- R&D measurement where the instrument must not be the dominant uncertainty.
- Incoming inspection against a specification.
Typical measurement locations
Component impedance at the working frequency
Production line
A part in tolerance at 1 kHz can be out of tolerance where it will actually be used.
Continuity, isolation and in-circuit measurement
Board test station
The open circuit is found here at the rate the line runs, or it is found by the customer.
Related groups
Benchtop Digital Multimeters (DMMs): which one fits your measurement?
Give us the quantity, the range you need to resolve and the conditions on site. We will name the models that cover it and say plainly where they stop.
What has to be true inside the company
Four criteria of innovation, and the reason a measurement can be trusted outside it.
Increasing customer value
Production system
A production system built so that a measurement need turns into a delivered, calibrated instrument without the customer absorbing the delay.
Delivering peace of mind to customers
After-sales service
An instrument is only as good as the number it still reports in year five. After-sales service exists to keep that number trustworthy.
Pursuing productivity and precision
Manufacturing capabilities
Precision is a manufacturing capability before it is a specification. It is held in the process, not promised in the catalog.
Creating new customer value
Collaborative development of new products
When a field has no instrument for the quantity it needs to see, the instrument gets developed with the customer who needs it.