オーディーユージャパン株式会社（ODU） Product Lineup

Isn't it true that there isn't a day when we don't touch connectors such as plugs, USBs, LANs, and smartphone charging cables? A connector is a device used to transmit electricity, but how does electricity actually flow? In this document, I would like to briefly explain that mechanism. 【Contents (excerpt)】 ■1. The mechanism of electricity transmission through connectors ■2. Things that hinder the flow of electricity 　(a) Irregularities on the surface of metals 　(b) Insulating coatings on metal surfaces ■3. Defeating the hindrances 　(a) What can be done to eliminate irregularities on the metal surface? 　(b) What can be done about the insulating coating on the metal surface? *For more details, please refer to the PDF document or feel free to contact us.

"T" represents "3-in-1" or "Triple." One connector or receptacle has three locking variations: push-pull, breakaway, and ratchet screw lock. You can choose the appropriate interlock type, size, cable connection, insert, and number of contacts according to your requirements. The serrated built-in trapezoidal screw further enhances safety. The ODU AMCⓇ T series connectors come in two sizes. Cable connections can be selected from two types: overmolding or standard MIL backshell.

If you would like, please read together with Issue 1 "The Mechanism of Connectors," Issue 2 "Connectors and Wires," and Issue 3 "Connectors and Heat Generation." [Contents] - History of ODU - Shapes that can exhibit the necessary electrical functions - Shapes suitable for usage - Shapes that are easy to operate and more For more details, please feel free to download the PDF or contact ODU Japan. Phone: 03-6441-3210 E-mail: sales@odu.co.jp

This is a booklet divided into four volumes that explains basic knowledge about connectors, including "How Connectors Work," "Connectors and Heat Generation," "Connectors and Wires," and "Shapes of Connectors," addressing questions that might be difficult to ask at this point. Connectors are devices used to transmit electricity, but how does electricity actually flow through them? This booklet covers such questions, the mechanisms of heat generation related to connectors, connection methods, and various shapes of connectors. 【About the Distributed Booklet】 ■ How Connectors Work → A basic explanation of how electricity is transmitted through connectors. ■ Connectors and Wires → Information on how to connect connectors and wires. ■ Connectors and Heat Generation → An explanation of the mechanism of heat generation when electricity flows, including columns. ■ Shapes of Connectors → An explanation of what shapes are suitable for different usage scenarios. This booklet is filled with useful information about connectors, catering to both those with detailed knowledge and those who may not frequently engage with connectors. *For more details, please feel free to download the PDF or contact Audi Japan.

In the endoscope industry, the cleanliness of medical devices, particularly the reduction of infection risk, is the most important issue. With the increasing demand for disposable products, there is also a need for disposable products in connectors. ODU's medical connectors are lightweight and disposable, contributing to ensuring cleanliness in endoscopic examinations. 【Usage Scenarios】 * Endoscopic examinations * Use as disposable products * Infection control in medical settings 【Benefits of Implementation】 * Achieving a clean environment * Reducing infection risk * Reducing the burden on healthcare professionals

In the respiratory device industry, there is a demand for lightweight and highly reliable connectors, especially considering their use in situations involving patient mobility. The portability of respiratory devices significantly affects patients' quality of life (QOL), particularly in medical settings and home healthcare, making the miniaturization, lightweight design, and durability of connectors crucial. ODU's medical connectors are designed to meet these requirements and aim to maximize the performance of respiratory devices. 【Application Scenarios】 - Home healthcare respiratory devices - Emergency medical settings - Portable medical equipment 【Benefits of Implementation】 - Improved portability due to lightweight design - Ensured safety through high reliability - Compliance with IEC60601-1 standards for medical devices