S-Parameter Method,
Probe (Short) Type
Relative Permittivity, Dielectric Loss Tangent (Dk/Df), Measurement System

Model No. DPS25

Possible to measure from low frequency (100KHz) to high frequency (10GHz) .
Solids and liquids can be used as samples.
The electric field is perpendicular to the sample surface, which is the same direction as that of microstrip lines and strip lines.
The electric field is perpendicular to the sample surface, the same direction as the microstrip line and strip line.

[References]
Ken- ichiro Murata, Akio Hanawa, and Ryusuke Nozaki, "Broadband complex permittivity measurement techniques of materials with thin confi guration at microwave frequencies", J. Appl. Phys., Vol. 98, No 8, 15 October 2005 pp0841071-8

Configuration

Specifications

Frequency	100kHz~10GHz
εr'	1.05~500 accuracy ±7%
tan δ	0.01~10 accuracy ±15%
Sample size	Solid: ø3 mm or ø 54mm, 2 mm or less in thickness Liquid: at least 0.5cm³(approx.5cc),in the case of PSS-003A

Ordering Intormation(Please inform us of Part No., and any other requests)

Part No.	Product Name	Details
PSS-003A	Electrode	ø3 mm measurement kit(500MHz~10GHz)
PSS-054A	Electrode	ø54 mm measurement kit(100KHz~500MHz)
CM06D-APC2.9(m) APC2.9(m)-500mm	Cable	Coaxial cable for 40GHz, 500 mm (1 pc) with a connector
DMP-200	Program	Program for probe method(short),1set
GP-01	GPIB connection cable
VNA	Network analyzer	Can be purchased together
Calibration kit	7 mm calibration kit(for PSS-003A)	DPS25cal-003
Windows PC	Windows PC with a printer	Can be purchased together

S-Parameter Method, Probe (Short) Type Relative Permittivity, Dielectric Loss Tangent (Dk/Df), Measurement System

Configuration

Specifications

Ordering Intormation(Please inform us of Part No., and any other requests)

S-Parameter Method,
Probe (Short) Type
Relative Permittivity, Dielectric Loss Tangent (Dk/Df), Measurement System