廣杉計器 Product Lineup

This is a high-density 1.27mm 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 compact pitch design and highly reliable round pin structure support reliable connections at the edges of circuit boards in small and thin devices, as well as space-saving horizontal wiring.

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This is a high-reliability standard round pin header with a 2.54mm pitch and 2-row specification, designed for vertical (straight) mounting on printed circuit boards, ensuring a secure connection with round pin sockets and cable-side connectors. It features a versatile 2-row multi-pin structure with a 2.54mm pitch and a round pin structure that offers high contact reliability, supporting stable electrical connections and excellent durability for board-to-board connections and module mounting.

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This is a standard round pin header with a 2.54mm pitch and a single row specification, designed for vertical (straight) mounting on printed circuit boards, ensuring reliable connection with round pin sockets and cable-side connectors. It adopts a highly versatile 2.54mm pitch and a round pin structure with high contact reliability, supporting stable electrical connections and excellent durability for inter-board connections and module mounting in various electronic devices.

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This is a standard round pin header with a 2.54mm pitch and a single row specification, designed for vertical (straight) mounting on printed circuit boards, ensuring reliable connections with round pin sockets and cable-side connectors. It adopts a highly versatile 2.54mm pitch and a round pin structure with high contact reliability, supporting stable electrical connections and excellent durability for interconnections between various electronic devices and module mounting.

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This is a high-reliability 2.00mm pitch, 2-row round pin header designed for vertical (straight) mounting on printed circuit boards, ensuring secure connections with round pin sockets and cable-side connectors. It features a 2-row structure that enables space-saving multi-pin connections and a round pin design with high contact reliability, supporting stable conductivity and excellent durability in board-to-board connections and module mounting.

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This is a high-reliability 2.00mm pitch, single-row round pin header that is mounted vertically (straight) on printed circuit boards and securely connects to round pin sockets and cable-side connectors. It adopts a 2.00mm pitch and a round pin structure that balances space-saving and ease of handling, supporting stable conduction and excellent durability in board-to-board connections and module mounting.

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This is a high-reliability 1.27mm pitch, 2-row round pin header designed for vertical (straight) mounting on printed circuit boards, ensuring a secure connection with round pin sockets and cable-side connectors. It features a 2-row structure that supports multi-pin, high-density mounting and a round pin structure with high contact reliability, providing stable conduction and excellent durability for space-saving board-to-board connections and module mounting.

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This is a highly reliable 1.27mm pitch, single-row round pin header designed for vertical (straight) mounting on printed circuit boards, ensuring secure connections with round pin sockets and cable-side connectors. It features a compact pitch suitable for high-density mounting and a round pin structure with high contact reliability, supporting stable conduction and excellent durability in space-saving board-to-board connections and module mounting.

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This is a high-reliability flat round pin socket with a 2.54mm pitch and 2-row specification, designed for vertical (straight) mounting on printed circuit boards, ensuring secure retention and connection of pin headers and IC pins. With its compact 2-row multi-pin structure and high contact reliability provided by the round pin terminals (gold flash), it supports stable electrical connections while minimizing the height space between boards.

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This is a high-density 1.27mm pitch, 2-row round pin socket that can be mounted on a printed circuit board and allows pin headers to be inserted and connected from 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 board-to-board connections in compact devices.

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This is a high-density 1.27mm pitch, single-row round pin socket that can be mounted on a printed circuit board and allows pin headers to be inserted and connected from the horizontal (right angle) direction. Its compact pitch design and reliable round pin structure support high-reliability connections at the edges of circuit boards in compact and thin devices, as well as space-saving wiring.

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This is a standard round pin socket with a 2.54mm pitch and 2-row configuration that can be mounted on a printed circuit board and allows pin headers to be inserted and connected from the horizontal (right angle) direction. Its general-purpose 2.54mm pitch, 2-row multi-pin structure and side insertion design provide high reliability for high-density horizontal connections between boards and for relay connections.

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This is a standard round pin socket with a 2.54mm pitch and a single row specification that can be mounted on a printed circuit board and allows pin headers to be inserted and connected from the horizontal (right angle) direction. With its highly versatile pitch configuration, horizontal insertion design, and high contact reliability of the round pin terminals, it enables smooth horizontal connections within equipment and between circuit boards.

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This is a round pin socket with a 2.00mm pitch and 2-row specification that can be mounted on a printed circuit board and allows pin headers to be inserted and connected from 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 round pin socket with a 2.00mm pitch and a single row specification that can be mounted on a printed circuit board and allows pin headers to be inserted and connected from the horizontal (right angle) direction. Its thin structure and design suitable for horizontal wiring from the edge of the board, along with a highly reliable round pin structure, support space-saving and secure connections between boards and wiring.

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This is a standard round pin socket with a 2.54mm pitch and 2-row specification that allows for SMT mounting on the surface of a printed circuit board and connection of 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 round pin socket with a 2.54mm pitch and a single row specification that allows for SMT mounting on the surface of a printed circuit board and connection of pin headers from a vertical direction. Its general-purpose pitch surface mount structure and highly reliable round pin terminals support efficient mounting without the need for through-holes and stable inter-board connections.

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This is a round pin socket with a 2.00mm pitch and a two-row specification that allows for SMT mounting on the surface of a printed circuit board and connection of pin headers from a vertical direction. Its two-row structure achieves both 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 socket with a 2.00mm pitch and single-row specification that allows for SMT mounting on the surface of a printed circuit board and connection of pin headers from a vertical direction. The surface mount structure 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 round pin socket with a 2.54mm pitch and a single row specification that allows for SMT mounting on the surface of a printed circuit board and connection of pin headers from the horizontal (right angle) direction. Its highly versatile 2.54mm pitch, surface mount design (SMT type), and reliable round pin structure support secure electrical connections for horizontal connections from the edge of the board and in thin structures.

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This is a round pin socket with a 2.00mm pitch and single-row specification that allows for SMT mounting on the surface of a printed circuit board and connection of pin headers from the horizontal (right angle) direction. Its surface-mount compatible space-saving design and high-contact reliability round pin structure provide stable conductivity for horizontal connections in thin devices and at the edges of circuit boards.

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This is a high-reliability flat round pin socket with a 2.54mm pitch and single-row specification, designed to be mounted vertically (straight) on printed circuit boards, securely holding and connecting pin headers and IC pins. It adopts a compact structure and a round pin design with high contact reliability, supporting space-saving in the vertical direction between boards and stable electrical connections.

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This is a high-reliability standard round pin socket with a 2.54mm pitch and 2-row specification, designed for vertical (straight) mounting on printed circuit boards, ensuring secure retention and connection of pin headers and IC pins. It features a versatile 2-row multi-pin structure with a 2.54mm pitch and a round pin structure with high contact reliability, providing stable electrical connections and excellent durability for board-to-board connections and module insertion/removal.

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This is a standard round pin socket with a 2.54mm pitch and a single row specification, designed for vertical (straight) mounting on printed circuit boards, ensuring reliable retention and connection of pin headers and IC pins. It adopts a highly versatile 2.54mm pitch and a round pin structure with high contact reliability, providing stable electrical connections and excellent durability for inter-board connections and module attachment/detachment in various electronic devices.

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This is a high-reliability 2.00mm pitch, 2-row round pin socket designed for vertical (straight) mounting on printed circuit boards, ensuring secure retention and connection of pin headers and IC pins. It features a 2-row structure that enables space-saving multi-pin connections and a round pin structure with high contact reliability, providing stable conductivity and excellent durability in board-to-board connections and module insertion/removal.

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This is a high-reliability 2.00mm pitch, single-row round pin socket designed for vertical (straight) mounting on printed circuit boards, ensuring secure retention and connection of pin headers and IC pins. It adopts a 2.00mm pitch and a round pin structure that balances space-saving and ease of handling, providing stable conductivity and excellent durability for inter-board connections and module insertion/removal.

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This is a high-reliability 1.27mm pitch, 2-row round pin socket designed for vertical (straight) mounting on printed circuit boards, ensuring secure retention and connection of pin headers and IC pins. It features a 2-row structure that supports multi-pin, high-density mounting and a round pin structure with high contact reliability, providing stable conductivity and excellent durability for space-saving board-to-board connections and various module attachment points.

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This is a high-reliability 1.27mm pitch, single-row round pin socket designed to be mounted vertically (straight) on printed circuit boards, ensuring secure retention and connection of pin headers and IC pins. It features a very small pitch suitable for high-density mounting and a round pin structure with high contact reliability, providing stable conduction and excellent durability for space-saving interconnections between boards and various module attachment points.

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This product is a transistor mounting base made from nylon 66 material, which offers excellent mechanical strength, wear resistance, and outstanding electrical insulation properties. It is used for the mounting, positioning, and insulation retention of electronic components such as transistors onto circuit boards and chassis. It effectively prevents electrical shorts and contact failures on the component mounting surface, supports stable fixation and reliable insulation, and securely holds components even in environments subjected to heat and vibration. Additionally, with the excellent flame retardancy and heat resistance unique to nylon 66, along with being lightweight and possessing superior insulation characteristics, it supports the internal wiring of various electronic and communication devices, the mounting of power devices on circuit boards, and the assembly of electrical equipment that requires high insulation and reliability.

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This product is a capacitor mounting base made from polytetrafluoroethylene (PTFE) material, which has extremely excellent chemical resistance, heat resistance, and outstanding electrical insulation properties. It is used for mounting, positioning, and insulating electronic components such as capacitors onto substrates and chassis. It reliably prevents electrical shorts and contact failures on the component mounting surface, supports stable fixation and reliable insulation, and firmly holds components even in environments subjected to heat and vibration. Additionally, due to PTFE's exceptional low dielectric constant and low dielectric loss tangent, along with excellent heat resistance over a wide temperature range, it is well-suited for internal wiring of various high-frequency and communication devices, as well as for mounting electronic components used in special environments.

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This is a coin battery holder that inserts pins into the through holes of a printed circuit board for secure fixation. It ensures reliable electrical connections and smooth battery replacement, making it suitable for backup power supplies in various electronic devices and the assembly of small devices.

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This is a protective jumper that can be mounted on a 2.54mm pitch pin header on a printed circuit board, allowing for safe switching of circuits while preventing shorts and miscontacts. The design features an easy-to-handle insulated cover, enabling smooth and safe insertion and removal of jumper pins and shorting operations during maintenance, inspection, and operational settings.

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This is a jumper compatible with a 2.54mm pitch. It is used for switching circuits or shorting (short-circuiting) on printed circuit boards. It features reliable contact and excellent conductivity, making it suitable for circuit configuration and switching test terminals in various electronic devices.

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This is a jumper compatible with a 2.00mm pitch. It is used for switching circuits or shorting (short circuits) on printed circuit boards. It features reliable contact and excellent conductivity, making it suitable for circuit configuration and switching test terminals in various electronic devices.

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This is a highly versatile multi-purpose terminal that can flexibly accommodate a variety of applications, such as wiring relays and jumper wire connections on printed circuit boards. Its user-friendly shape design allows for the efficient construction of reliable connection points in various electronic circuit layouts and internal wiring.

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This is a cable terminal that demonstrates reliable crimping and stable conductivity in the termination and connection of wires and cables. Its user-friendly design allows for smooth harness processing and internal wiring connections, achieving highly reliable wiring connections in electronic devices and control panels.

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This is a Y-shaped terminal that can securely fix wires by sandwiching them in fine adjustment areas and jumper wire connections on printed circuit boards, as well as in wiring various parts. The tip is shaped like a Y, allowing for stable hooking and holding of lead wires and test terminals, ensuring reliable electrical contact and efficient wiring and adjustment work.

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This is a pin terminal that enables stable holding and reliable electrical connections for fine adjustment points and jumper wire connections on printed circuit boards, as well as for supporting and interconnecting various components. Thanks to its user-friendly design, it allows for smooth placement and securing of lead wires and components even in limited spaces on the board, achieving efficient wiring work and highly reliable connections.

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This is a terminal with a hook shape that can securely catch and temporarily fix wires and leads at adjustment points and jumper wire connections on printed circuit boards. Since the tip is processed into a hook shape, it allows for stable wiring retention and connection of test leads during adjustment work, supporting reliable electrical contact and efficient workability.

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This is a relay terminal that demonstrates reliable connections and excellent durability in the relay and wiring of various parts and connections. With stable contact characteristics and an easy-to-handle design, it allows for the efficient construction of reliable relay points in the complex wiring paths of electronic devices and control panels.

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This is a relay terminal that provides reliable connections and excellent durability for the relay and wiring of various parts. With stable contact performance and an easy-to-handle design, it allows for the efficient construction of reliable relay points in the complex wiring paths of electronic devices and control panels.

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This is a super compact PTFE terminal with a relay terminal that achieves both space-saving and high insulation in the relay and connection of printed circuit boards and internal wiring. By using PTFE (fluororesin), which has excellent heat resistance and insulation properties, it ensures reliable wiring relay and high reliability even within densely packed circuit boards.

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This is a super compact PTFE terminal with a relay terminal that achieves both space-saving and high insulation in the relay and connection of printed circuit boards and internal wiring. By using PTFE (fluororesin), which has excellent heat resistance and insulation properties, it ensures reliable wiring relay and high reliability even in high-density mounted circuit boards.

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This is a super compact PTFE terminal with a relay terminal that achieves both space-saving and high insulation in the relay and connection between printed circuit boards and internal wiring. It uses PTFE (fluororesin), which has excellent heat resistance and insulation properties, ensuring reliable wiring relay and high reliability even in high-density mounted circuit boards.

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This is a super compact PTFE terminal with a relay terminal that achieves both space-saving and high insulation in the relay and wiring between printed circuit boards and internal wiring. It uses PTFE (fluororesin), which has excellent heat resistance and insulation properties, ensuring reliable wiring relay and high reliability even in high-density mounted circuit boards.

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