廣杉計器 Product Lineup

This is a jump socket that can be mounted on a standard 2.54mm pitch pin header on a printed circuit board, allowing adjacent pins to be shorted for circuit switching and settings. With excellent operability and reliable holding power, it enables safe and smooth function switching during initial setup and maintenance of equipment.

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This is a jump socket that can be mounted on a standard 2.54mm pitch pin header on a printed circuit board, allowing adjacent pins to be shorted for circuit switching and settings. With excellent operability and reliable holding power, it enables safe and smooth function switching during initial setup and maintenance of equipment.

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This is a jump socket that can be mounted on a 2.00mm pitch pin header on a printed circuit board, allowing adjacent pins to be shorted for circuit switching and settings. The user-friendly insulated shape design enables safe and smooth maintenance, inspection, and changes to operating modes of various electronic circuits.

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This is a jump socket that can be mounted on a 2.00mm pitch pin header on a printed circuit board, allowing adjacent pins to be shorted for circuit switching and settings. Its user-friendly insulated shape design enables safe and smooth maintenance, inspection, and changes to operating modes of various electronic circuits.

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This is a jump socket that can be mounted on a 2.00mm pitch pin header on a printed circuit board, allowing adjacent pins to be shorted for circuit switching and settings. Its user-friendly insulated shape design enables safe and smooth maintenance, inspection, and changes to operating modes of various electronic circuits.

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This is a jump socket that can be mounted on a 2.00mm pitch pin header on a printed circuit board, allowing adjacent pins to be shorted for circuit switching and settings. Its user-friendly insulated shape design enables safe and smooth maintenance, inspection, and changes to operating modes of various electronic circuits.

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This is an ultra-small jump socket that can be mounted on a 1.27mm pitch pin header on a printed circuit board, allowing adjacent pins to be shorted for circuit switching and settings. Its user-friendly insulated shape design enables safe and smooth maintenance, inspection, and changes to operating modes in compact and high-density electronic devices.

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This is an ultra-small jump socket that can be mounted on a 1.27mm pitch pin header on a printed circuit board, allowing for circuit switching and settings by shorting adjacent pins. Its user-friendly insulated shape design enables safe and smooth maintenance, inspection, and changes to operating modes in compact, high-density electronic devices.

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This is an ultra-small jump socket that can be mounted on a 1.27mm pitch pin header on a printed circuit board, allowing adjacent pins to be shorted for circuit switching and settings. Its user-friendly insulated shape design enables safe and smooth maintenance, inspection, and changes to operating modes in compact and high-density electronic devices.

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This is a standard 2.54mm pitch, 2-row socket designed for stacking terminals that connect printed circuit boards vertically with multiple pins. Its highly versatile 2-row structure allows for the construction of a three-dimensional layout that combines a large amount of signal transmission between multiple boards with reliable attachment and maintenance.

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This is a standalone socket with a 2.00mm pitch and 2-row specification for stacking terminals that connect printed circuit boards vertically with multiple pins. It supports a space-saving design that allows for the three-dimensional connection and disconnection of numerous signal lines, facilitating the design of high-functionality stacked boards and enhancing maintenance efficiency.

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This is a standalone socket with a standard 2.54mm pitch and single-row specification for stacking terminals that connect printed circuit boards vertically. Its structure, which leverages a universal pitch for three-dimensional board-to-board connections and facilitates easy attachment and detachment during maintenance, supports a high degree of design flexibility in circuit layouts.

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This is a single socket with a 2.00mm pitch and a single row specification for stacking terminals that connect printed circuit boards vertically. It allows for efficient construction of removable connections considering the height between modules, as well as the three-dimensional layout and maintainability of multiple boards.

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This is a corner pin socket with bottom posts, designed for SMT mounting on the surface of a printed circuit board, allowing for connection of right-angle pin headers from a vertical direction with a 2.54mm pitch and 2-row specification. It supports high productivity in automatic mounting and reliable connections due to precise alignment with positioning posts and high mounting stability.

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This is a standard 2.54mm pitch, 2-row angled pin socket that allows SMT mounting on the surface of a printed circuit board and connection of angled pin headers from a vertical direction. Its 2-row structure supports multi-pin connections, and the surface mount design accommodates automatic assembly, achieving both space-saving on the board and reliable electrical connections.

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This is a standard 2.54mm pitch, single-row angled pin socket that allows for the connection of angled pin headers from a vertical direction, mounted on the surface of a printed circuit board using SMT. The surface mount design eliminates the need for through-holes, supporting efficient mounting and stable inter-board connections.

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This is a corner pin socket with bottom posts, designed for SMT mounting on the surface of a printed circuit board, allowing for the connection of a right-angle pin header from a vertical direction with a 2.00mm pitch and 2-row specification. The inclusion of positioning posts enhances accurate positioning on the board and improves mounting stability, supporting efficient automatic assembly.

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This is a 2.00mm pitch, 2-row angled pin socket that allows for SMT mounting on the surface of a printed circuit board and connection of angled pin headers from a vertical direction. The 2-row structure and surface mount design achieve both multi-pin capability and space-saving, supporting reliable interconnections between high-density boards.

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This is a 2.00mm pitch, single-row angled pin socket that allows for the connection of angled pin headers from a vertical direction, mounted on the surface of a printed circuit board using SMT. Its surface mount structure compatible with automatic assembly supports a space-saving board layout and efficient assembly work.

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This is a corner pin socket with side posts, designed for a 1.27mm pitch and 2-row specification, allowing SMT mounting on the surface of a printed circuit board and connection of corner pin headers from a vertical direction. The excellent holding power and positioning stability provided by the side posts support high-density surface mounting operations and reliable connections.

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This is a right-angle pin socket with bottom posts designed for SMT mounting on the surface of a printed circuit board, allowing connection of a pin header from a vertical direction with a 1.27mm pitch and 2-row specification. By incorporating bottom posts for positioning, it simultaneously supports precise alignment on the board and enhances mounting strength.

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This is a high-density 1.27mm pitch, 2-row angled pin socket that allows for SMT mounting on the surface of a printed circuit board and connection of right-angle pin headers from a vertical direction. Its surface mount design compatible with automatic assembly and the ultra-small pitch 2-row structure support high-density interconnections between compact and thin devices.

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This is a high-density right-angle pin socket with a 2.54mm pitch and 3-row configuration that can be mounted on a printed circuit board and allows for the insertion and connection of pin headers from the horizontal (right-angle) direction. It achieves high-density and space-saving multi-pin horizontal connections, supporting the efficiency of complex wiring layouts.

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This is a 2.54mm pitch, 2-row angled pin socket that can be mounted on a printed circuit board and allows for the insertion and connection of angled pin headers from the horizontal (right angle) direction. Its 2-row structure enables multi-pin horizontal connections in a space-saving manner, supporting reliable interface connections at the edge of the board.

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This is a 2.54mm pitch, single-row angled pin socket that can be mounted on a printed circuit board and allows for the insertion and connection of angled pin headers from a horizontal (right angle) direction. It supports horizontal wiring from the edge of the board and a slim structure, enabling space-saving and reliable connections between boards and wiring.

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This is a 2.54mm pitch, 2-row angled pin socket designed for vertical (straight) mounting on printed circuit boards, ensuring reliable connections with pin headers and various modules. It features stable holding power and excellent connection reliability, smoothly supporting interconnections between circuit boards and module mounting in various electronic devices.

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This is a high-density angled pin socket with a 2.54mm pitch and 3-row specification, designed for vertical (straight) mounting on printed circuit boards, ensuring reliable connections with pin headers and various modules. It enables efficient support for large multi-pin connections and complex circuit interconnections in a space-saving manner.

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This is a 2.54mm pitch, 2-row angled pin socket that is mounted vertically (straight) on the printed circuit board and securely connects to pin headers and various modules. It supports standard multi-pin configurations and provides reliable electrical connections between boards and stable holding power.

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This is a standard 2.54mm pitch, 2-row angled pin socket that is mounted vertically (straight) on the printed circuit board and securely connects to header pins and various modules. The general-purpose 2.54mm pitch, 2-row multi-pin structure allows for stable construction of inter-board connections and multi-channel interfaces.

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This is a standard 2.54mm pitch, single-row angled pin socket that is mounted vertically (straight) on printed circuit boards and ensures reliable connections with pin headers and various modules. Its excellent versatility and user-friendly design make it suitable for a wide range of board-to-board connections and module attachments, from general electronic devices to industrial equipment.

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This is a 2.00mm pitch, 2-row angled pin socket that is designed to be mounted vertically (straight) on a printed circuit board, ensuring reliable connections with square pin headers and various modules. The 2-row structure allows for multi-pin connections in a space-saving manner, enabling high-density inter-board layouts and module implementations to be carried out reliably and efficiently.

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This is a 2.00mm pitch, single-row angled pin socket designed for vertical (straight) mounting on printed circuit boards, ensuring reliable connections with pin headers and various modules. Its design balances space-saving and ease of handling, providing smooth support for inter-board connections and internal wiring in various electronic devices.

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This is a 1.27mm pitch, 2-row angled pin socket that is economically and versatilely designed for vertical (straight) mounting on printed circuit boards, ensuring reliable connections with pin headers and various modules. The 2-row structure, which accommodates multiple pins and ultra-small pitch, allows for efficient high-density interconnections between boards and space-saving module implementations.

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This is a 1.27mm pitch, single-row angled pin socket that is economically and versatilely designed for vertical (straight) mounting on printed circuit boards, ensuring reliable connections with pin headers and various modules. Its ultra-small pitch design supports high-density mounting, efficiently facilitating space-saving interconnections between boards and internal wiring with high reliability.

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This is a round pin header with a 2.54mm pitch and a single row specification that can be SMT mounted on the surface of a printed circuit board, allowing pins to be raised horizontally for connection. Its versatile 2.54mm pitch, surface mount design that eliminates the need for through holes, and round pin structure with high contact reliability support secure electrical connections in horizontal configurations and thin structures from the edge of the board.

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This is a round pin header with a 2.00mm pitch and a single row specification that can be SMT mounted on the surface of a printed circuit board, allowing pins to be raised horizontally for connection. Its surface mount compatibility and space-saving design eliminate the need for through holes, while the round pin structure with high contact reliability supports stable conductivity for horizontal connections in thin devices and at the edges of circuit boards.

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This is a standard round pin header with a 2.54mm pitch and 2-row specification that can be SMT mounted on the surface of a printed circuit board and allows for vertical pin connections. The 2-row structure and surface mount design support multi-pin connections, achieving both space-saving on the board and reliable electrical connections.

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This is a standard round pin header with a 2.54mm pitch and single-row specification that can be SMT mounted on the surface of a printed circuit board and connected by standing pins in the vertical direction. Its general-purpose pitch surface mount structure and highly reliable round pin terminals support efficient mounting and stable inter-board connections.

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This is a round pin header with a 2.00mm pitch and a two-row configuration that allows for SMT mounting on the surface of a printed circuit board and vertical pin connections. Its two-row structure balances multi-pin configuration and space-saving, while the surface mount design supports automatic assembly, facilitating reliable interconnections on high-density boards.

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This is a round pin header with a 2.00mm pitch and a single row specification that can be SMT mounted on the surface of a printed circuit board and allows for vertical pin connections. Its surface mount structure compatible with automatic assembly and high contact reliability of the round pin terminals support a space-saving board layout and efficient assembly work.

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This is a standard round pin header with a 2.54mm pitch and 2-row configuration that can be mounted on a printed circuit board and connected by standing the pins up in the horizontal (right angle) direction. The general-purpose 2.54mm pitch 2-row multi-pin structure and the pin arrangement design in the lateral direction support high reliability in high-density horizontal connections and relay connections between circuit boards.

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This is a standard round pin header with a 2.54mm pitch and a single row specification that can be mounted on a printed circuit board and connected by standing the pins up in the horizontal (right angle) direction. Its highly versatile pitch configuration and horizontal pin layout design, along with the high contact reliability of the round pin terminals, enable smooth horizontal connections within equipment and between circuit boards.

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This is a 2.00mm pitch, 2-row round pin header that can be mounted on a printed circuit board and connected by standing the pins up in the horizontal (right angle) direction. Its 2-row structure enables space-saving multi-pin horizontal connections and supports reliable interface connections at the edge of the board due to excellent contact reliability.

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This is a 2.00mm pitch, single-row round pin header that can be mounted on a printed circuit board and connected by standing the pins up in the horizontal (right angle) direction. Its thin structure and design suitable for horizontal wiring from the edge of the board, along with the highly reliable contact of the round pin structure, support space-saving and secure connections between boards and wiring.

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This is a high-density 1.27mm pitch, 2-row round pin header that can be mounted on a printed circuit board and connected by standing the pins up in the horizontal (right angle) direction. Its space-saving design, which combines multiple pins with a very small pitch, and its reliable contact structure support high-density horizontal interconnections between boards in compact devices.

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