Thick-film hybrid circuit
It is an advanced circuit functional component that integrates various circuit elements (semiconductor ICs, transistors, diodes, SCRs, capacitors, resistors, etc.) into a compact form. 【Features】 ◆ Compact and Highly Integrated By using thick-film printing technology such as high-precision patterns and multilayer wiring, along with laser trimming methods, the substrate is completed with various circuit elements, resulting in a compact and highly integrated design. ◆ High Precision and High Stability In hybrid circuits, the characteristics of circuit elements are considered and configured as needed, using proven materials. Laser trimming and computer-based function trimming and precision trimming are performed, allowing for the uniformity of circuit characteristics and adjustment of necessary performance, resulting in high precision and high stability. ◆ Labor-saving and Cost Reduction Hybrid circuits integrate numerous elements such as semiconductor ICs, transistors, diodes, SCRs, capacitors, and resistors to consolidate necessary functions into a single package. This not only streamlines the assembly process but also significantly contributes to overall cost reduction, including service-related expenses.
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basic information
It is an advanced circuit functional component that integrates various circuit elements (semiconductor ICs, transistors, diodes, SCRs, capacitors, resistors, etc.) into a compact form. 【Features】 ◆ Compact and High Integration By using thick-film printing technology such as high-precision patterns and multilayer wiring, along with laser trimming methods, the substrate is completed with various circuit elements, resulting in a compact and highly integrated design. ◆ High Precision and High Stability In hybrid circuits, the characteristics of circuit elements are considered and configured as needed, using proven materials. Laser trimming and computer-based function trimming and precision trimming are performed, allowing for uniformity in circuit characteristics and adjustment of necessary performance, resulting in high precision and high stability. ◆ Labor-saving and Cost Reduction Hybrid circuits integrate numerous elements such as semiconductor ICs, transistors, diodes, SCRs, capacitors, and resistors into a single package with the necessary functions. This not only streamlines the assembly process but also significantly contributes to overall cost reduction, including service costs.
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Applications/Examples of results
1. Automotive electronic devices 2. Office machines, copiers 3. Terminals 4. Facsimiles 5. VTR, TV and other consumer devices 6. Radio equipment 7. Medical devices 8. Measuring instruments 9. Optical devices 10. Automatic control devices 11. Audio equipment 12. Others
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Company information
"Iwaki Wireless Research Institute Co., Ltd." was established in 1947 by Yoshiga Iijyu as a sole proprietorship called "Iwaki Wireless Research Institute" and was incorporated in 1952. Since its founding, it has developed smoothly as a specialized manufacturer of wire-wound resistors, widely used primarily in industrial equipment, with the slogan "IWAKI RESISTOR boasts the highest reliability." In 1966, it established the Fukushima Factory in Futaba County, Fukushima Prefecture, and in 1976, it established Niigata Iwaki Co., Ltd. in Kitauonuma County, Niigata Prefecture. In 1990, it founded IKEI Co., Ltd. in Iwaki City, Fukushima Prefecture. Focusing on "hybrid circuits" as a future product, it began production at the Fukushima Factory in 1982. To respond to diversifying needs, it has changed its slogan to "Custom-Made Iwaki" and is striving to establish a production system centered around its valued customers. We sincerely request your continued guidance and encouragement.