Substrate mounting (pin), lead wire, low-profile type, and various types available for custom design.
We will organize the differences in heating methods between microwave and high-frequency dielectric heating, and introduce specific practical examples of processes where these technologies are applied!
The single-layer capacitor developed by JFC suppresses inductance components and achieves excellent characteristics even at high frequencies.
Ideal for thin film circuit formation! JFC's unique alumina substrate with high strength, high purity, and excellent planar smoothness.
Solder with excellent heat resistance for plating electrodes! Achieving high reliability, high density, and multifunctional products for various applications!
We are currently offering a free electronic circuit board design handbook that achieves cost reduction and quality improvement for substrates!
We offer a wide range of measurement accessories that are essential for high-frequency applications.
A thin film integrated circuit pattern will be formed on a ceramic substrate.
Consistent production from manufacturing ceramics substrates with low dielectric loss in the microwave band, microwave dielectric substrates, to the formation of thin film patterns.
●Fine circuit pattern Line/Space: 30μm/30μm ●Pattern dimension accuracy: ±10μm
We have made it possible to form thin-film integrated circuits on "stepped ceramic substrates," which eliminate the need for customer bonding processes and reduce thermal conduction loss.
Providing circuit boards with high simulation reproducibility by combining low dielectric loss alumina substrate manufacturing technology, high-precision patterning technology, and design and evaluation techniques.
We will provide you with the best products. We look forward to your inquiries.
Start of MMIC sales for a wide range of applications in the industrial, defense, and satellite-mounted fields.
High precision GNSS products compliant with AECQ-200! Ultra-compact SAW filter.
AECQ-200 compliant dual SAW filter centered at 1210 MHz and 1577.5 MHz.


















































































































