|
Laboratory Accreditation 142
DC Low Frequency Metrology
|
|
Laboratory Accreditation 542
Time and Frequency Metrology
|
|
Laboratory Accreditation 742
Radio Frequency Metrology
|
|
The
Laboratory's Accreditation in this area is achieved via a number of artifact
standards which are all traceable to the National Measuring
Standards. Laboratory standards such as DC Reference Standards,
Resistance Standards and high accuracy Multifunction AC and DC
Standards all provide traceability for test tools and equipment such
as AC and DC power sources, analogue and digital multimeters,
oscilloscopes, current shunts, current clamp meters, resistors,
process instrumentation and temperature readout and simulation
devices.
Certificate
of Accreditation
|
|
The
Laboratory's Accreditation in this area is achieved via a GPS
disciplined oscillator and the data supplied in the Standard Time
and Frequency Bulletin by the National Measuring Standards. This to
maintain formal traceability. With this known reference, frequency
traceability can be offered for items such as frequency sources,
frequency counters and quartz and atomic frequency reference
standards.
Certificate
of Accreditation
|
|
The
Laboratory's Accreditation in this area is achieved via a number of
artefact standards which are all traceable to the National Measuring
Standards. Laboratory standards such as Reference Power Heads,
Reference Power Sources and Standard Step Attenuators all provide
traceability for test and measurement items such as power meters and
power sensors, spectrum analysers, modulation analysers, scalar
analysers, RF level sources, communications test sets, data and
protocol analysers, attenuators and directional couplers.
Certificate
of Accreditation
|
