![SY-956](/wp-content/uploads/2022/10/tme-sy-sy8218_option2-img01.jpg)
[Features]
- Broadband measurement frequency:10Hz~20kHz
- Maximum applied magnetic field (intensity):10,000A/m
- Sample size:Supports small piece single board sample measurement Length 36mm or more, width 35mm or less, thickness 3mm or less
- The Vertical Single Yoke Excitation Current Method Single Plate Magnetic Characteristics Test Method is adopted.
- Equipped with a yoke compensation function that cancels magnetic properties such as the core loss of the measurement yoke (patent co-pending with Professor Toshihisa Shimizu of Tokyo Metropolitan University)
- Ensures the repeatability of measurements by maintaining a constant force to hold the sample down
Specifications
Item | Specifications |
---|---|
Measurement method | Vertical Single Yoke Excitation Current Method Single Plate Magnetic Characteristics Test Method (Similar to IEC60404-3) (with yoke compensation function) |
Maximum applied magnetic field | Approx. 10,000A/m (at 5A excitation current) |
Measurement frequency | Sine wave 10Hz~20kHz |
Measurable sample dimensions | Width:35mm or less, Length:36mm or more, Thickness:3mm or less |
Maximum allowable current | ±6A |
Maximum allowable voltage | ±200V |
Power supply | AC100V~240V, 50Hz / 60Hz, Maximum 27VA |
Performance warranty temperature | +18℃~+28℃ |
Dimensions (mm), Weight | Approx. 330W × 200H × 320D (excluding protrusions), approx. 8.5kg |
Accessories | Small single plate measurement cable SY-957, B coil (2 types), Terminal block knob screw, Tweezers, Blower brush, Accessory storage case, Power cord, Instruction manual |
Appearance of B coil 01/02 (accessory)
![B Coil 01](/wp-content/uploads/2022/10/tme-sy-sy8218_option2-img02.jpg)
B coil 01
[Sample size]
Thickness::1mm or less
width:10mm or less
Number of windings:35
![B Coil 02](/wp-content/uploads/2022/10/tme-sy-sy8218_option2-img03.jpg)
B coil 02
[Sample size]
Thickness:1mm or less
width:30mm or less
Number of windings:100
Since the shape of the steel plate changes its magnetic properties, it is important to evaluate the magnetic properties based on the shape of the single plate before machining.
![Permalloy band example](/wp-content/uploads/2022/10/tme-sy-sy8218_option2-img04.jpg)
Permalloy band example
Magnetic holding power circle = Ellipse
Residual magnetic flux density circle < Ellipse
Saturated magnetic flux density circle < Ellipse
Core loss circle < Ellipse
![Permalloy band BH screen](/wp-content/uploads/2022/10/tme-sy-sy8218_option2-img05.jpg)