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IWATSU SY-8264+SY-600 10Mhz High-Frequency AC B-H Analyzer Replaces Discontinued SY-8218

IWATSU SY-8264+SY-600 10Mhz High-Frequency AC B-H Analyzer Replaces Discontinued SY-8218

Model:SY-8264+SY-600 10MHz high-frequency AC B-H analyzer      Country of Origin:Japan

Category:B-H Analyzer

Overview:

The SY-8264 B-H Analyzer is the latest-generation B-H analyzer, officially launched to the global market in 2025. Its performance specifications fully cover the previous SY-8218 and SY-8219 series, with major upgrades in core areas including hardware, software, and architecture to meet the demands of today's high-frequency power electronics applications for loss and magnetic parameters of high-frequency magnetic materials.

The SY-8264 features a modular architecture, with the base frame covering 10 Hz to 1 MHz. Customers can upgrade the frame to 10 MHz, 20 MHz, or 30 MHz versions by configuring different SY-600 series options. The new-generation B-H analyzer employs a flexible software architecture; in addition to the SY-820 automated test software, it supports customer programming via the standard LAN interface to accommodate model testing under a wider range of emerging technical conditions.


Features
Specifications
Application Notes
Functions & Configuration

Iwatsu B-H Analyzer SY-8264 Series

  • Precise, highly automated AC parameter and loss characterization of soft magnetic materials

  • 10 Hz to 30 MHz wideband frequency range

  • ±6 A, ±200 V maximum input

  • Sine or pulse output

  • Auto adjustment (target: Hm, Bm, I1m, or V2m)

  • Auto demagnetization after excitation to prevent residual magnetization

  • Simultaneous normal mode and μ mode measurement


Specifications of the NEW SY-8264 Series

ItemSub-itemSpecification
Measurement method
CROSS-POWER method (Compatible to IEC62044-3 standard)
Measurement item (Symbol)
Max. Magnetic flux density (Bm), Residual magnetic flux density (Br),
Max. Magnetic field strength (Hm), Coersive force (Hc),
Rectangular ratio (Br/Bm), Relative amplitude permeability (μa),
Core loss (Pc, Pcv, Pcm), Primary excitation current (I1m),
Secondary induced voltage (V2m), Phase (θ),
Total magnetic flux linkage (2φm), Apparent power (VA),
Impedance permeability (μz), Complex permeability (μ′, μ″),
Loss coefficient (tanδ), Inductance (L), Resistance (R), Impedance (|Z|),
Quality factor (Q), Total harmonic distortion (THD)
Waveform display
B-H curve, Primary current, Secondary voltage, Magnetic field, Flux density
TestSINE10Hz - 1MHz (SY-8264) ※1MHz-30MHz as optional
TestPULSE10Hz - 1MHz
Magnetic field detection
Voltage detection on non-inductive shunt, Max. current at ±6A
Flux density detection
Voltage at detection coil, Max. voltage at ±200V
Digitizer
Resolution: 16bits (8192 points/cycle)
Coil method
Two winding method or single winding method selectable
Display
8.4 inch TFT-LCD SVGA 800 x 600pixel
Weight, Dimensions
Approx. 11.2kg, Approx. 420W x 266H x 450D (mm)
External output
USB (storage), LAN (remote control) ※Remote command disclosure


Application fields:

1. Power loss and B-H parameter analysis of sintered high-frequency materials such as manganese-zinc ferrite and nickel-zinc ferrite

2. R&D and application of low-u high-frequency low-loss materials such as iron-nickel materials and iron-silicon-aluminum materials

3. R&D of new high-frequency low-loss materials for high-frequency inductors

4. Development and application of amorphous nanocrystalline materials

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