Last Updated： Aggregation Period:Jun 24, 2026～Jul 21, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jun 24, 2026～Jul 21, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jun 24, 2026～Jul 21, 2026
This ranking is based on the number of page views on our site.
511～540 item / All 623 items
About half the price of major domestic manufacturers, very affordable, and easy to use with a pearlescent finish.
【Specifications】 ○ Socket 1/4 Deep (6.35) 5mm ○ JAN: 4511372152069 ○ Name: Socket ○ Abbreviated Name: SK1/4-D5 ○ Number of Corners: 6 ○ Guaranteed Torque (N.m): 15.1 ○ Carton Quantity: 240 ○ Small Box: 10
About half the price of major domestic manufacturers and very inexpensive, with a pearlescent finish that makes it easy to use.
【Specifications】 ○ Socket 1/4 Deep (6.35) 6mm ○ JAN: 4511372152076 ○ Name: Socket ○ Abbreviated Name: SK1/4-D6 ○ Number of Corners: 6 ○ Guaranteed Torque (N.m): 20.6 ○ Carton Quantity: 240 ○ Small Box: 10
About half the price of major domestic manufacturers and very affordable, with a pearlescent finish that makes it easy to use.
【Specifications】 ○ Socket 1/4 Deep (6.35) 12mm ○ JAN: 4511372152106 ○ Name: Socket ○ Abbreviated Name: SK1/4-D12 ○ Number of Corners: 6 ○ Guaranteed Torque (N.m): 67 ○ Carton Quantity: 240 ○ Small Box: 10
About half the price of major domestic manufacturers and very inexpensive, with a pearlescent finish that makes it easy to use.
【Specifications】 ○ Socket 1/4 Deep (6.35) 13mm ○ JAN: 4511372152113 ○ Name: Socket ○ Abbreviated Name: SK1/4-D13 ○ Number of Corners: 6 ○ Guaranteed Torque (N.m): 68.6 ○ Carton Quantity: 240 ○ Small Box: 10
About half the price of major domestic manufacturers and very affordable, with a pearlescent finish that makes it easy to use.
【Specifications】 ○ Socket 1/4 Deep (6.35) 14mm ○ JAN: 4511372152120 ○ Name: Socket ○ Abbreviated Name: SK1/4-D14 ○ Number of Corners: 6 ○ Guaranteed Torque (N.m): 68.6 ○ Carton Quantity: 240 ○ Small Box: 10
Very inexpensive, about half the price of major domestic manufacturers.
For more details, please download the catalog or contact us.
About half the price of major domestic manufacturers, very inexpensive.
【Specifications】 ○ Ratchet Handle RT1/4 ○ JAN: 4511372152533 ○ Name: Ratchet Handle ○ Abbreviated Name: RT1/4 ○ Number of Corners: None ○ Guaranteed Torque (N.m): 62 ○ Carton Quantity: 60 ○ Small Box: 6 For more details, please contact us or download the catalog.
Taiwan-made relay socket
This is a relay socket manufactured by RAYEX ELECTRONICS CO., LTD (Taiwan). Relay Socket AM2 Socket: Dedicated socket for AM2 relays ● For more details, please contact us (HP http://chlortrol.com/).
Connecting socket (2 rows) compatible with square pins of 0.55 to 0.65 mm and round pins of 0.65 to 0.85 mm in diameter.
We, Aquaus Co., Ltd., are the official domestic distributor of the German manufacturer Fischer Elektronik, which produces heat sinks, PCB connectors, and aluminum cases. The "BL-6-72" is a through-hole connector socket with a 2.54mm pitch. - Number of pins: 72 pins (2 rows) - Packaging: Bulk - Pin diameter for board mounting: 0.6mm round pin *The number of pins can be specified from 2 to 72 pins (even numbers).
PCR sockets leverage the advantages of short-distance connections and can be applied in various applications that require detailed characteristic data verification.
The PCR socket is a sheet contact type, allowing for short-distance connections that make contact with the target object over a surface (area). The connection state is close to the condition during implementation, and the small characteristic loss enables stable measurements that are closer to the actual device. Therefore, it can be applied in cases where detailed characteristic data verification is necessary, such as design verification, system-level testing, and failure analysis. The shape can also be freely designed, allowing measurements on actual products where socket installation is difficult (a pressure mechanism needs to be considered separately). For detailed specifications, individual designs will be conducted for each project, so please feel free to contact our company representative.
Achieve characteristic verification close to the implementation state with short-distance connections.
In the semiconductor industry, product reliability is one of the most important challenges. In particular, system-level testing (SLT) requires evaluating product performance in conditions that closely resemble actual usage environments. Unreliable measurements can lead to early product failures or performance degradation. Our sockets for SLT leverage the advantages of short-distance connections, allowing for characteristic verification in conditions close to the implementation state. This enables a more accurate reliability assessment. 【Usage Scenarios】 - Design verification - System-level testing - Failure analysis 【Benefits of Implementation】 - More accurate characteristic evaluation through measurements close to the implementation state - Reduced characteristic loss, achieving stable measurements - Improved reliability through verification of detailed characteristic data
Achieve characteristic verification close to the implementation state with short-distance connections.
In the telecommunications industry, with the spread of high-speed data communication, the speed and reliability of devices are becoming increasingly important. System Level Testing (SLT) is essential to meet these demands. In SLT, conducting accurate characterization evaluations in an environment close to the implementation state is crucial for maximizing product performance and reducing time to market. PCR sockets enable characterization evaluations in conditions close to the implementation state through short-distance connections and surface contact, contributing to the improvement of speed and reliability in communication devices. 【Use Cases】 - Design verification of high-speed communication devices - System level testing - Failure analysis 【Benefits of Implementation】 - More accurate data acquisition through characterization evaluation close to the implementation state - Minimization of characteristic loss, achieving stable measurements - Improved product reliability and shortened development periods
High-frequency measurement sockets supporting signal quality in the 5G/6G era.
In the telecommunications industry, with the spread of 5G/6G, there is a demand for high-speed and large-capacity data communication. Deterioration of signal quality can lead to reduced communication speeds and connection failures, resulting in decreased customer satisfaction. High-frequency measurement test sockets achieve stable measurements through freely designed electrode diameters and short-distance connections, addressing signal quality issues. They are also capable of millimeter-wave measurements. 【Usage Scenarios】 - Signal quality evaluation of 5G/6G compatible devices - Performance evaluation of high-speed communication equipment - High-frequency characteristic evaluation in the millimeter-wave band 【Benefits of Implementation】 - Improved product quality through high-precision measurements - Cost reduction through early detection of defective products - Compliance with high-speed communication standards
High-frequency measurement socket compatible with high-speed communication in the 5G/6G era.
In the semiconductor industry, with the spread of high-speed communication standards such as 5G and 6G, accurate measurement of high-frequency characteristics is essential. To maximize the performance of packages (PKG), precise measurements during the testing process are crucial, and there is a demand for improved measurement accuracy and stability. PCR sockets address challenges in high-frequency measurements through freely designed electrode diameters and short-distance connections, enabling stable measurements. They are also capable of millimeter-wave measurements. 【Application Scenarios】 - Characterization evaluation of 5G/6G compatible packages - Quality inspection of high-speed data communication packages - Testing of packages for ADAS (Advanced Driver Assistance Systems) 【Benefits of Implementation】 - Improved stability in high-frequency measurements - Reduced measurement time - Enhanced product quality
Solving high-frequency measurement challenges for high-speed wireless communication in the 5G/6G era.
The wireless communication technology in the IoT field is becoming increasingly advanced, with a growing demand for high-speed data communication. In this area, the miniaturization and high performance of devices are progressing, making accurate measurement of high-frequency characteristics essential. In particular, accurate transmission and measurement of high-frequency signals are required in testing wireless communication modules and antennas. The PCR socket addresses the challenges in high-frequency measurements through freely designed electrode diameters and short-distance connections, enabling stable measurements. It is also capable of measuring in the millimeter wave band. 【Usage Scenarios】 - Evaluation and verification of wireless communication devices for IoT - Design verification of semiconductor devices requiring high-frequency and millimeter wave measurements 【Benefits of Implementation】 - Accurate measurement of high-frequency characteristics - Realization of a stable measurement environment
Affordable proposal for measuring high-performance, multi-pin packages.
For AI and big data processing, high-performance and high-density advanced package semiconductor testing requires multi-pin support and high-speed operation. A measurement method that can achieve stable contact and cost efficiency is essential. PCR sockets provide stable contact through short-distance connections and cost benefits through multi-pin support. They also accommodate warping of large packages, alleviating concerns about insufficient stroke. 【Use Cases】 - Testing high-performance chips for AI - Package testing for chiplet structures - Testing packages with a high number of pins 【Benefits of Implementation】 - Realization of stable electrical connections - Cost-effective testing solutions - Capable of handling packages with over 10,000 pins
We propose affordable measurement of high-performance, multi-pin packages that fuse various chips.
In the IoT industry, the miniaturization and high performance of devices are advancing, leading to a demand for multi-pin semiconductor packages and support for high-speed data communication. Stable connectivity and high reliability are crucial factors that influence the performance of IoT devices. Advanced package sockets leverage the characteristics of PCR sockets to achieve stability and cost efficiency in multi-pin connections. 【Usage Scenarios】 - Testing high-performance chips for IoT devices - Situations requiring stable connections for multi-pin packages - Inspection of IoT devices that require high-speed data communication 【Benefits of Implementation】 - Improved reliability of testing due to stable contacts - Realization of cost-efficient multi-pin connections - Compatibility with a variety of IoT devices
Optimal for optical testing, achieving high speed with a lidless structure.
In the semiconductor industry, the acceleration of image sensors and other technologies is progressing, increasing the importance of optical testing. In traditional socket structures, the pressurized LID can hinder the entry of light, potentially obstructing accurate measurements. The LID Less Socket ensures conductivity by attracting the package from the backside in a vacuum and distorting the contactor. Without a pressurized LID, light intake becomes unrestricted, contributing to faster speeds. 【Usage Scenarios】 - Measurement of image sensors - Evaluation of optical characteristics - Testing of semiconductor devices requiring high-speed data transfer 【Benefits of Implementation】 - Improved accuracy of optical testing - Greater design flexibility for sockets - Potential cost reduction
High-current connector that balances design flexibility and electrical performance for EV charging systems.
In the EV charging system industry, connectors that can handle high voltage and high current while being implemented in limited spaces and meeting diverse design requirements are in demand. In particular, to ensure safety and reliability during charging, secure connections and excellent electrical performance are essential. Our "Sentrality High Current Pin & Socket Interconnection System" addresses these challenges and contributes to the manufacturing of products with superior electrical performance. 【Usage Scenarios】 - Interconnection between PCBs of EV chargers - Battery Management Systems (BMS) - Inverters and converters 【Benefits of Implementation】 - Space-saving through increased design flexibility - Realization of reliable electrical connections - Streamlining of manufacturing processes
Flexible design and reliable electrical performance for railway vehicle traction power.
In the field of traction power for railway vehicles, there is a demand for reliable connections and long-term reliability under harsh environmental conditions while accommodating high currents. Particularly in vehicle design, the arrangement of components in limited space and the ability to withstand vibrations and temperature changes are crucial. In response to these challenges, our "Sentrality High Current Pin & Socket Interconnection System" offers excellent electrical performance and design flexibility, contributing to the reliable manufacturing of vehicles. 【Application Scenarios】 - Traction power systems for railway vehicles - Various railway equipment requiring high currents - Onboard equipment expected to experience vibrations and temperature changes 【Benefits of Implementation】 - Improved system reliability through secure high current connections - Space-saving and layout optimization due to increased design flexibility - Enhanced maintainability
Multiple types of circuit board stacking designs are possible, providing flexibility in design!
In the field of renewable energy, particularly in solar power integration systems, there is a demand for flexible designs that can accommodate high currents while adapting to the installation environment. To maintain the reliability of the system, secure electrical connections and connectors that can handle space and layout constraints are essential. Inadequate connections can increase the risk of power loss and system downtime. Our "Sentrality High Current Pin & Socket Interconnection System" offers three mating configurations—vertical, horizontal, and rear mating—and features a self-adjusting function to mitigate cumulative cross, addressing these challenges. 【Usage Scenarios】 - Interconnection between substrates in solar power generation systems - High current transmission in energy storage systems - Internal connections in inverters and power conditioners 【Benefits of Implementation】 - Space-saving due to increased design flexibility - Improved reliability through secure electrical connections - Enhanced maintainability
Providing design flexibility and reliable connections for data center server power supply.
In data center server power supply, it is essential to provide high current stably and maintain system reliability. Particularly during server expansion or maintenance connection work, reliable mating and flexibility to absorb slight positional misalignments between boards are crucial. Improper connections can lead to unstable power supply or equipment failure. Our "Sentrality High Current Pin & Socket Interconnection System" offers three configurations: vertical, horizontal, and rear mating, and features a self-adjusting function to mitigate cumulative misalignment, addressing these challenges. 【Usage Scenarios】 - High current power supply within server racks - Server designs involving board-to-board connections - Areas requiring easy attachment and detachment during maintenance 【Benefits of Implementation】 - Reduced development time due to improved design flexibility - Enhanced system reliability through secure connections - Reduced risk of mating failures due to cumulative misalignment
Multiple types of circuit board stacking designs are possible, providing flexibility in design!
In the medical device industry, particularly in MRI drive systems, stable supply of high current and high reliability are required. Accurate transmission of fine signals and flexible design capable of accommodating miniaturization and high density are essential. If these requirements are not met, it may lead to a decline in equipment performance or unexpected failures. Our "Sentrality High Current Pin & Socket Interconnection System" addresses these challenges and contributes to the manufacturing of products with excellent electrical performance. 【Usage Scenarios】 - High current transmission in MRI drive systems - Board-to-board connection applications - Designs with height restrictions 【Benefits of Implementation】 - Improved electrical performance through reduced contact resistance - Enhanced reliability by alleviating cumulative cross issues - Increased design flexibility to accommodate miniaturization and high density
Flexible design and reliable electrical performance for ship propulsion systems.
In the field of ship propulsion systems, high reliability and durability are required. Especially as electrification progresses, it is important to maintain stable electrical performance under harsh environmental conditions while accommodating high currents. In the maritime environment, which is susceptible to vibrations, temperature changes, and humidity, poor contact or damage to connectors poses a risk of system shutdowns or serious accidents. Our "Sentrality High Current Pin & Socket Interconnection System" addresses these challenges and contributes to the manufacturing of products with excellent electrical performance. 【Usage Scenarios】 - High current transmission in electric propulsion systems of ships - Use in harsh marine environments - Improved reliability of board-to-board connections 【Benefits of Implementation】 - Reduction of power loss due to decreased contact resistance - Mitigation of issues during assembly through cumulative cross-relief - Protection of contact beams through the self-adjusting function of sockets - Shortened development time due to enhanced design flexibility
A strong grip adapter socket securely holds the probe. *Measurement jigs can also be manufactured!
【Features】 ○ Easy probe replacement. - Simply pull out the existing probe from the socket pressed into the circuit board and insert a new probe. ○ Easy processing of the mounting board. - A hole diameter that secures the adapter socket is sufficient. ○ Choose your wiring method. - Terminal connection socket for the probe - Solder connection socket for the socket - Terminal connection socket for the socket ○ Stronger holding power than the AS series. If you have questions, such as not knowing the model number of the adapter socket compatible with a specific contact probe model, please contact us. For an overview of the series, please check the catalog. * We also accept the production of fixtures for electrical measurements. No design drawings are needed, and no knowledge of electrical measurements is required! You can request everything from design, concept, measurement methods, processing, assembly, to wiring as a "full-service" order. 【Examples of measurement fixtures】 Measurement fixtures for battery testing (cylindrical batteries, box-type batteries, lamicell batteries, button batteries, etc.) / Measurement fixtures for connector testing / Measurement fixtures for automotive component testing, etc.
IC socket for PLCC with a 1.27mm pitch for mounting!
The "IC160 Series (PLCC)" is an IC socket for mounting with SMT type (same foot pattern as the IC, with inward bending type and external type from the socket) and solder dip contact. The mounting height is designed to be low profile, with 5.0mm for the SMT type and 6.0mm for the solder dip type. Additionally, it is compatible with automatic mounting and complies with RoHS directives. 【Features】 ■ Same foot pattern as the IC ■ Can be used as a prototype board ■ Option to choose whether or not to include positioning pins ■ Complies with RoHS directives *For more details, please refer to the catalog or feel free to contact us.
Burn-in socket for QFN devices with terminal pitches of 0.4mm and 0.5mm, Series 790.
We offer a rich lineup centered around QFN devices with terminal pitches of 0.4mm and 0.5mm, as well as various other variations. This is an open-top type suitable for both automatic insertion and manual insertion of devices. It adopts a movable guide system that improves the positioning accuracy of fine-pitch devices. It is also possible to make contact with the device's heat dissipation or ground pad. It can be used in environmental tests such as HAST and THB. While using inexpensive punched contacts, it achieves high contact performance.
