Connectors, Terminals & Contactors

Compared to standard HD interfaces, the Mini HD interface is significantly smaller in size. The width of the Mini HD female socket is approximately 10.5mm, with a height of about 2.5mm, whereas standard HD interfaces typically measure around 15mm in width and 5mm in height. This compact design makes it easier to integrate into portable devices. High-Definition connectors Features Despite its smaller size, the Mini HD maintains the same technical specifications as standard HD interfaces. It employs fully digital transmission using TMDS (Transition Minimized Differential Signaling) technology, enabling the complete transmission of high-definition video and audio signals. It supports multi-channel digital audio, 3D image transmission, high-speed data transfer, and other functions, allowing seamless connectivity with standard HD devices. 19-pin configuration. 90° SMT soldering.

The BTB connector directly connects two printed circuit boards (PCBs) through pins, establishing both mechanical and electrical linkages. It enables the transmission of current or signals between different circuit boards, thereby completing the circuit connections and functional implementation of the entire electronic device. Features Electrical Performance: Features low and stable contact resistance (typically ranging from tens to hundreds of milliohms), ensuring stable current and signal transmission while minimizing energy loss and signal distortion. It also offers high insulation resistance and dielectric strength to prevent leakage and short circuits. Mechanical Performance: Features appropriate insertion/extraction force and high mating cycle durability, ensuring reliable connection performance even after repeated mating cycles. Additionally, it incorporates foolproof design to prevent irreversible circuit damage caused by reverse insertion. Environmental Performance: Board-to-Board connectors typically offer excellent corrosion resistance, temperature tolerance, and vibration resistance, enabling stable operation under various environmental conditions and adaptability to diverse complex application scenarios.

This product is a high-performance DC power socket connector, designed for electronic devices requiring high-current transmission. It features high- temperature-resistant materials and a multi-terminal design, supporting an electrical rating of 20V/7A. With excellent durability and environmental adaptability. Its compact structure and plating process ensure stable signal transmission, meeting the demands of industrial, consumer electronics, and automotive applications for highly reliable power interfaces. DC Jack Connectors Features High Current Capacity: Supports a rated current of 7A, meeting the power needs of high-power devices. Strong Environmental Resistance: Operating temperature range of -25℃ to +70℃, suitable for harsh conditions. Long Lifespan Design: Passed 5,000 insertion/extraction durability tests, ensuring long-term stability. Safety Protection: Minimum insulation resistance of 100MΩ, withstands 500V AC, ensuring electrical safety. Compact Layout: Multi-terminal integrated design, ideal for high-density PCB installations. Argument Material of Main Part/Color PA9T/ Black Number of Contacts 2 Pin Rated Current 7.0A Rated Voltage 20V Contact Resistance 30 MAX. Insulation Resistance 100 MIN. Insertion Force 3N Withdrawal Force 30N Service Life 5000Times Operating Temperature -25℃ ~ +75℃

This RoHS-compliant SIM card socket is designed for compact smart devices. Supporting nano-SIM and eSIM standards, its miniaturized structure with precision spring contacts ensures stable communication in harsh environments, ideal for high-density electronics like smartphones, IoT terminals, and automotive systems. Card socket connectors Features Miniaturization & Compatibility: Ultra-thin profile fits space-constrained devices (e.g., smartwatches). Signal Integrity: Gold-plated contacts with low resistance guarantee reliable communication. Industrial-Grade Durability: ≥5,000 insertion cycles for frequent SIM swaps. Environmental Resistance: Operates from -40℃ to +85℃, adaptable to extreme conditions. Argument Material of Main Part/Color LCP/Black Number of Contacts 6 Pin Rated Current 1.0A Rated Voltage 12V Contact Resistance 60 MAX. Insulation Resistance 1000 MIN. Service Life 5000 Times Operating Temperature -40℃~ +85℃ Fireproof Rating UL94V-0

This 0.8mm 90° SMT wafer connector features a high-precision LCP insulator (UL 94V-0 flame-retardant) and phosphor bronze gold-plated terminals, designed for high-density PCB board-end connections. Its right-angle surface-mount (90° SMT) structure and compact 0.8mm pitch optimize space-constrained device layouts, making it ideal for consumer electronics, industrial controls, and portable devices. Wafer connectors Features High-Density Design: Supports 2-20Pin configurations with 0.8mm pitch for narrow-border PCB layouts. Reliable Contact: Gold-plated phosphor bronze terminals ensure ≤20mΩ contact resistance and ≥5,000 mating cycles. Environmental Resistance: Operating temperature range of -25℃ to +85℃; UL 94V-0 flame-retardant LCP material. Automation-Friendly: SMT-compatible for high-speed pick-and-place production.

Raycom is able to offer a security system with fiber optic monitoring capabilities. It provides 100% perimeter coverage for long distance applications with no gaps between sensors. The cable itself acts as a sensor that can detect and locate intrusions with real-time artificial intelligence analysis based on a database of anomalies and signatures, thus avoiding false alarms better than traditional fiber optic systems. Raycom's detection feature is acoustically based, which allows the cable to detect any intrusion without any physical movement of the fiber optic sensor cable. This feature makes it possible to bury the cable in any ground. the Raycom system does not require any power supply in the field, and its installation process minimizes the need for trenching and expensive installation methods.

Intrusion detection sensors are the key to effective perimeter security. Fence- mounted sensors detect and locate intruders before they enter the fence. The system is cable, fiber optic, or accelerometer based and works with most fence types including chain link, welded mesh, steel mesh, and fencing. The sensors enhance the security value of the fence by detecting attempts to cut, climb or otherwise breach the fence. Fence sensors are also available for non-standard fence types as well as interior and exterior walls. What is a fiber optic fence sensor? Fiber optic sensors work by transmitting laser pulses into an optical fiber and accurately measuring the tiny light reflections that occur along its length. Fiber optic interference caused by fence vibration changes the amount of light returned from that point. Fiber optic sensors are unaffected by lightning and electromagnetic interference and require no conductive components or grounding points in the field.

A Perimeter Intrusion Detection System (PIDS) is a security solution specifically designed to detect unauthorized access or intrusion attempts along the physical boundaries of a facility, such as a building, industrial site, military installation, or other sensitive area.The primary purpose of a PIDS is to provide early warning and detection of intruders, enabling security personnel to respond quickly and effectively to potential threats. Benefits of PIDS 1. Detect intruders early in an intrusion The perimeter is the first point of entry to the site. By detecting intruders at the perimeter, it is possible to respond as early as possible before the intruder reaches the building. 2. Improve security quality and reduce human error Many sites have perimeter security with only security guards or security personnel and surveillance cameras (CCTV). It is difficult for security personnel, especially those responsible for large premises, to see everything without overlooking emergencies and always responding immediately. There is also the possibility of human error.

RF960-32 Buried Cable Detection Systems Buried cable detection systems provide reliable protection for applications that require hidden perimeter protection. These volumetric smart sensors detect walking, running or crawling intruders within 3 meters (10 feet) and can follow ground contours and handle sharp turns with ease. Buried Cable Detection Systems Buried cable detection systems provide reliable protection for applications that require hidden perimeter protection. These volumetric smart sensors detect walking, running or crawling intruders within 3 meters (10 feet) and can follow ground contours and handle sharp turns with ease.

Fiber Optic Intrusion Detection System for Fence, Wall and Buried Applications The RF970 is a perimeter intrusion detection system that can be mounted on a fence, buried in the ground, or deployed in a top-of-wall configuration. It can also be used to protect data pipes and buried pipelines. Performance Features Supports virtually all fence types If the sensor cable is cut, detection continues up to the cut position Provides a complete cut prevention configuration Reliably detects intrusion in the presence of non-localized ambient noise

This 6Pin FPC connector features a ZIF (Zero Insertion Force) structure with bottom-contact design, a pitch of 0.5mm, and a height of 2.0mm. Its 90° right- angle SMT mounting is specifically engineered for high-density, ultra-thin electronic devices, providing a reliable flexible circuit (FPC) connection solution. Ideal for applications requiring frequent insertion/extraction or space constraints, it ensures stable signal transmission and mechanical durability. Features Ultra-Thin Compact Design: 90° right-angle SMT mounting, 2.0mm height, saves PCB space and optimizes layout for slim devices. ZIF Mechanism: Enables effortless FPC insertion without additional pressure, minimizing wear and improving usability.

This model is a Mini USB R/A T/H DIP female connector that complied with RoHS certificate. It adopts shell LCP UL94V-0 flame-retardant material and terminal with copper alloy gold-plated, and is specially designed for electronic devices that that require right angle connections. and is particularly suitable for industrial equipment and consumer electronics products with limited space. Features 1.5A/ terminal current-carrying capacity, 30V DC withstand voltage. 90°R/A DIP design: save lateral space and is suitable for compact layouts Insertion and extraction force standard: insertion force ≤3.57kgf, extraction force≥0.7kgf, ensure stable connection and easy to maintain. Terminal holding force≥1.0kgf: To prevent welding detachment.

This product complies with RoHS standard, Box Header adopts high-density pitch design of 2.0mm. It particularly design for high-density PCB connector requirement in industrial control, communication equipment, medical electronics etc. With core advantage features of outstanding electrical performance, mechanical stability and wide range adaptability, it can meet long-term stable usage requirement in harsh industrial environment. 2.0mm Box Header Features Pitch 2.0mm: support high-density PCB layout, save more space. Copper alloy terminal: ensure low contact resistance and stable signal transmission. Support tray package. Match with injector header socket with same pitch 2.0mm. LCP UL94V-0 shell: High-temperature resistant and flame-retardant. Operating temperature -40°C~+85°C:  support harsh working environment.

This dual-row vertical surface-mount (SMT) gold-plated header features a 1.27mm pitch design with 11 pins per row (22 pins total), optimized for high-density PCB applications. Utilizing phosphor bronze gold-plated terminals, it perfectly matches corresponding pin headers and is suitable for industrial controls, communication equipment, and consumer electronics. Gold-plated phosphor bronze terminals: Contact resistance ≤20mΩ for stable signal transmission. Withstands 500V AC (1 minute) with insulation resistance ≥1000MΩ for enhanced safety. 1.2mm low profile: Designed for compact devices. 180° mounting angle: Optimizes PCB space utilization. UL94 V-0 flame-retardant housing: Black PA material ensures reliability. Operating temperature: -40°C to +105°C for extreme environments.