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Can I have criteria or a list of non-applicable liquid materials for the 16452A?
Avoid measuring acidic, alkaline and ionic materials with the 16452A. The list of non-applicable materials is not available because it is almost impossible to discriminate them from enormously large number of liquid materials existing in the world.
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2008-05-20
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FAQ
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How can I order supplemental parts for component test fixtures/accessories?
You can order the necessary parts by the part numbers shown in the Accessories Selection Guide for Impedance Measurements.
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2008-04-22
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FAQ
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How do I connect the 16048G 1m BNC connector leads to the 16452A?
You need four BNC(m) to BNC(m) adapters (Agilent part number 1250-0216) to connect the 16048G to the 16452A.
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2009-01-12
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FAQ
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There are 4 types of spacers for the 16452A. Is there any criterion for selecting the spacer?
There is no specific criterion for the selection except that the 1.3 mm spacer is required for the short compensation.
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2009-01-12
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FAQ
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What are the frequency limitations on the various probes utilized with the Agilent 85070E Dielectric Probe Kit and why?
The 85070E Dielectric Probe options 020, 030 and 050 have maximum frequeny via the E4991A Impedance Analyzer of 3 GHz.
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2009-05-28
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FAQ
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What is the maximum hydraulic pressure applicable to the 16452A?
Any pressure in excess of 1 atm (atmosphere) should not be applied to the 16452A.
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2009-01-12
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FAQ
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What is the method of minimizing a measurement data gap at 5 MHz for liquid material measurements using the 16452A?
Since the 16452A is a cell type liquid test fixture which is difficult to connect a load device for Load compensation, the following method is recommended.
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2008-05-26
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FAQ
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Where can I find manuals for discontinued and obsolete Hewlett-Packard and Agilent test equipment?
Most Agilent products have PDF manuals that can be found on product pages. Other vendors also supply old manuals.
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2009-11-04
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FAQ
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Why is Rp or G measurement value unstable when pure water is measured with the 16452A?
There are two conceivable causes of unstable measurement results. One of primary causes is a change in temperature of pure water sample measured. Even a small change in temperature causes a large measurement drift. The other is a slight pollution which resides on the electrode surfaces. If the electrodes are not completely cleaned before the pure water sample is poured into the 16452A, the pollution is soluble in water and varies electrical conductivity depending on pollution concentration.
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2008-05-20
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FAQ
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Why is the capacitance measured for a liquid material with the 16452A unstable?
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2009-01-12
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FAQ
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Why is the capacitance measured for an air-dielectric with the 16452A unstable?
If the capacitance measured for an air-dielectric is unstable, check whether the 16452A electrodes are sufficiently clean or not.
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2009-01-12
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FAQ
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