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RITA Electronics offers pattern designing, manufacturing and consulting services for printed circuit boards. These services correspond to the stable action of semiconductors as well as EMC and are based not only on accurate measurements and simulations, but also on the technical knowledge we originally developed ourselves. We also supply solutions alongside our business partners and subcontractors, such as circuit designs with high reliability, the development of extremely high frequency applications up to 80GHz, and engineering services for chassis with consideration given to thermal and noise suppression. These products and services correspond to printed circuit board development for the mounting of semiconductor devices with high-speed signal transmission. Customers associated with electronic device development should refer to our Japanese homepage for a lot of useful technical information.
Printed circuit board pattern design and simulation
RITA Electronics offers printed circuit board pattern design and simulation that corresponds to high-speed signal transmission and noise suppression. These engineering services correspond widely to the latest high-speed DRAM, to the suppression of voltage fluctuations associated with the operation of semiconductors, and to the reduction of noise terminal voltage due to operation of power semiconductors on printed circuit boards.
Printed circuit board manufacturing
RITA Electronics supplies printed circuit boards that correspond to the needs of several fields, such as industrial, medical, and communication. We support a wide range of characteristics, including impedance control, transmission loss control, environmental regulation compliance, high density, high multilayer, low dielectric constant material, low loss material, small quantity with high variety, mass production, and overseas supply.
Consulting for electrical characteristics of printed circuit boards
For signal transmission and noise problems when customer’s develop electronic devices, we utilize our own electronic measuring instruments and simulation software to identify problems and find improvements. In addition, for signal quality and noise countermeasures, we also support the creation of design rules before pattern design and the optimization of designs following pattern design.
