Features
Place a sample on 2 different PCB resonators and overlay the metal lid on each to apply pressure, and take measurements twice.
This method will
- eliminate the fringing effect
- eliminate conductor loss of resonator
- eliminate the necessity for creating resonance pattern
- generate an electric field perpendicular to the sample sheet
Conforming Standards
ASTMD3380, IPC-TM-650 2. 5. 5. 5. 1
Measurable Sample(Example)
Dielectric materials for printed circuit boards.
Electric Field Direction
Perpendicular to the ground, in the direction of the sample thickness
⇒ Combined with other planar measurement methods, it is possible to confirm anisotropy in the thickness and planar directions
Specifications
Items | Details |
---|---|
Frequency | 800MHz~14GHz Resonance frequency - without sample. When you put a sample on the jig, the resonance frequency will become lower. |
Dielectric Constant (εr') | 1.05-40 Accuracy ± 5% |
Dielectric loss tangent (tanδ) | 0.001-0.05 Accuracy ± 10% |
Sapmle size | *Size of specimen |
Order information : Model No.
Model no. | Description | Frequency Range | Sample size |
---|---|---|---|
FS-03 | Pressure type fixture ( w/ pressure sensor for constant load, digital indicator) | ||
R-0.9B | Resonator (measurement+calibration+fixture) *Supprots up to 14GHz *Resonance frequency without sample. Resonance frequency is lower with sample |
900MHz | 30mm×150mm |
R-1B | 1GHz | 30mm×150mm | |
R-2B | 2GHz | 30mm×80mm | |
R-5B | 5GHz | 30mm×30mm | |
R-10B | 10GHz | 30mm×30mm | |
R-15B | 15GHz | 30mm×30mm | |
DMP-61M | Software, resonance method strip line type for Windows (Complex dielectric conversion software) |
||
CM06D-APC2.9(m)APC2.9(m)-500: 2 pieces required |
Coaxial cable | ||
VNA | Vector network analyzer | When you have a request, we will propose a suitable model. | |
CP | Windows PC (w/ printer) | Available upon your request. | |
GP-01 | GPIB interface |
Configurations
Test example (English version available)