Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.
1951～1980 item / All 3792 items
Highly reliable clip contact mechanism.
● Soldering by reflow is possible ● Complete washing and cleaning is possible ● Gold-plated contacts for microcurrents ● Clip contact mechanism with high contact reliability
Signal input push button switches
● Designed for printed circuit boards: All terminal pitches are standard inch sizes. ● Contact reliability: The contact area features a self-cleaning mechanism and uses reliable twin contacts. ● Light click feeling: Metal contact pieces are used to provide a soft feel and a light click sensation. ● High-density mounting: The dimension from the surface of the printed circuit board to the top of the cap is low at 11 to 11.5 mm, allowing for cases to be arranged side by side without gaps. ● Wide variety: Various shapes and colors of caps are available. Additionally, for the DP1 type, if the cap color is transparent, labels or text can be placed inside. (For label sizes, DP1-100 is 7 × 7 mm, thickness 0.3 mm; DP1-120 is 10 × 10 mm, thickness 0.3 mm.)
Surface Mount Pushbutton Switches
● Rich circuit configuration By incorporating two 2-circuit switches, a rich circuit configuration can be achieved through external wiring. ● Excellent contact reliability The contact part has a self-cleaning mechanism and employs reliable twin contacts for secure connections. ● Dedicated for printed circuit boards The terminal pitch is all in inch sizes (multiples of 2.54 mm). It can be continuously mounted on printed circuit boards with IC pitch. With LED: LED illumination is possible even in a compact shape. ● For microcurrent (gold-plated contact type) When used in harsh environmental conditions (such as sulfur gas), there is a disadvantage of easily forming a film on the contact surface that hinders contact due to changes over time. Especially when used in low-level areas known as dry circuits, please choose the gold-plated type.
Soft touch push button switches
● The 8R soft-touch push switch features a completely different snap-action structure compared to other ultra-compact push button switches, with a light and soft feeling as a major characteristic. ● With a short stroke (2.5 mm for alternate type, 1 mm for momentary type) and a depth dimension from the panel mounting surface that is approximately 5 mm shorter than other ultra-compact push button switches, it is ideal for space-saving designs. ● Uses an epoxy case and self-extinguishing materials with excellent arc resistance (UL94V-O). ● Prevents flux intrusion with an epoxy seal that keeps solder and flux from entering. ● Installation of insulating walls improves insulation between internal contacts, preventing short circuits between poles and ensuring high reliability.
Snap-in push button switch
● The 8W snap-in push switch is a switch equipped with a stylish 12 mm square button and mounting frame, similar to the 8R soft-touch bush switch. ● The panel mounting uses the same snap-in method as the 8H type, allowing for continuous installation (the mounting hole dimensions are the same as the 8H and 8HD types). ● Additionally, there are four colorful buttons and mounting frames available, allowing for selection according to the panel design. ● Silver contacts or gold contacts are used in the contact area. ● An epoxy case made of self-extinguishing material with excellent arc resistance (UL94V-O) is used. ● The insulation distance between the terminal and ground is large (approximately 4 mm or more). ● Flux intrusion prevention/ Solder and flux do not enter due to the epoxy seal. ● Installation of insulation walls/ Improved insulation between internal poles prevents pole-to-pole short circuits, demonstrating high reliability.
Ultra-Miniature Illuminated Pushbutton Switches
- Two types are available: a rubber contact with a soft click feel and a metal contact with a sharp feel, both of which can be mounted on the same free-choice panel surface. Please choose one according to your application. - Designed specifically for printed circuit boards, all terminal pitches are in inch sizes (multiples of 2.54). The unique terminal shape prevents lifting from the printed circuit board surface during solder dipping. - Improved solder heat resistance: By enhancing the terminal structure, contact failures due to solder heat are prevented, increasing reliability, and terminals are arranged in pairs on the same pole to add jumper line functionality. - With LED: LED illumination is possible even with a compact exterior. - Accessories: A wide variety of included components such as colored buttons, mounting frames, and LED illumination.
Ultra-small push button switches
● Ultra-compact switch with a single key 2-circuit transfer type, lock stroke of 1 mm, and full stroke of 1.5 mm ● Contact reliability The contact part adopts a clip-type contact mechanism for high reliability ● Designed for printed circuit boards All terminal pitches are in inch sizes (multiples of 2.54 mm). The unique terminal shape prevents lifting from the printed circuit board surface during solder dipping ● Flux intrusion prevention The terminal area is completely sealed with epoxy resin ● Illuminated accessories A wide variety of accessories such as colored buttons, mounting frames, and LED illumination ● Free choice Can be mounted on the same panel surface as our LTR and LTM series, allowing for a rich combination depending on the application
Wide varied illuminated push button switches
● Full illumination with LED in the light-emitting section ● Soft click feel due to the adoption of rubber contacts ● Abundant variations (key top dimensions) □6, □9, □11, □12
General-purpose illuminated switches certified by UL and CSA for all models.
● Short body structure: Achieves space-saving of equipment with a short net structure of 10 mm in body length. ● Bright and uniform illumination surface: High-brightness LEDs are used in the illumination section, resulting in a bright and uniform illumination surface. ● Two types of mounting methods: Two types of mounting methods are available: printed circuit board mounting and snap-in mounting on the panel. ● Snap action mechanism in the switch section: The adoption of a snap action mechanism in the switch section provides a light and responsive feel. ● All models are UL and CSA certified.
Key switch for printed circuit board mounting
● For mounting on printed circuit boards The terminals are arranged in inch pitch and can be directly mounted on the printed circuit board. ● High contact reliability The contact parts have a self-cleaning, twin contact mechanism, and are additionally gold-plated to enhance contact reliability. ● Smooth operability The mechanism employs steel balls to achieve smooth operability. ● Improved solder heat resistance The contact parts use the printed circuit board to block heat from the terminals, enhancing heat resistance.
Surface mount SMD small DIP switch with a rated maximum 15 VDC 30 mA for opening and closing.
● Achieves 7.5 mm square and compact, high-density mounting ● Surface mount compatible series of the SMR series ● Washable after board mounting ● Gold plating on contact parts ensures high reliability in microcurrent areas ● Improved visibility
Washable ultra-small rotary switch
● High-contact reliability products (twin contact method) ● Free selection of various circuits ● Completely sealed structure protects contacts from environmental contamination ● Can be washed thoroughly ● The contact and terminal parts are gold-plated, making them ideal for use in microcurrent applications
Splash Proof Toggle Switches
● The 8F waterproof toggle switch is designed for panel sealing, achieving drip-proof and dust-proof effects by using an "O" ring, making it suitable for use in environments with high levels of water droplets and dust (equivalent to IP67). ● Due to the need for panel sealing, a locking ring cannot be used, so a "D" cut is applied to the sleeve to prevent the switch from rotating. *Please note that the switch itself is not waterproof. ● Terminal shape: solder terminal / PC terminal. ● Epoxy case: made from self-extinguishing material with excellent arc resistance (UL94V-0). ● Insulation distance between terminals and ground: large (approximately 4 mm or more). ● Flux intrusion prevention: solder and flux do not penetrate due to epoxy sealing. ● Installation of insulation walls: improves insulation between internal poles, preventing short circuits between poles and ensuring high reliability. ● UL certified product File No. E43275. ● CSA certified product File No. LR38341.
Substrate-mounted ultra-miniature toggle switch
● The 8K type toggle switch is designed for printed circuits, making it easy to mount directly onto printed circuit boards. It comes with a supporter to ensure the stability of the knob. ● Terminal shapes: PC terminal, right angle terminal (R/A), vertical mounting terminal (V/M). ● Epoxy case: Made from self-extinguishing materials (UL94V-0) with excellent arc resistance. ● Insulation between terminals and ground: Large distance (approximately 4 mm or more). ● Flux intrusion prevention: Solder and flux do not penetrate due to the epoxy seal. ● Installation of insulation walls: Improved insulation between internal poles prevents pole-to-pole short circuits, ensuring high reliability.
Substrate-mounted ultra-small toggle switch
● The 8KA type toggle switch is designed for printed circuits, making it easy to mount directly onto printed circuit boards. It comes with a supporter to ensure the stability of the knob. ● Terminal shapes: PC terminal, right angle terminal (R/A), vertical mounting terminal (V/M) ● Epoxy case: made from self-extinguishing materials with excellent arc resistance (UL94V-0) ● Insulation between terminals and ground: large distance (approximately 4 mm or more) ● Prevention of flux intrusion: solder and flux do not penetrate due to epoxy sealing ● Installation of insulation walls: improves insulation between internal poles, preventing pole-to-pole short circuits and ensuring high reliability.
Contactless limit switch adopting a detection method without mechanical contacts.
By combining with the CSC controller, contact outputs can be obtained on both the forward and reverse sides. The contact output positions can be independently adjusted using the trimmer on the controller. The sensor rod section has a completely sealed structure, allowing it to be built into oil pneumatic cylinders. The sensor does not have components like contact switches or parts that experience mechanical degradation, ensuring long life and high reliability. For more details, please contact us or download the catalog.
Liquid level detection switch using a diaphragm in the pressure-sensitive section.
The optical fiber sensor that has been commercialized this time belongs to the category of optical passive sensors among optical fiber sensors. The features of this sensor include the characteristics commonly found in general optical fiber sensors, such as resistance to electromagnetic noise, no need for power supply equipment, electrical insulation, and intrinsic explosion-proof properties, along with the advantage of enabling optical detection in a simple manner. Furthermore, the product incorporates design and manufacturing know-how accumulated by Shinko Corporation, honed over more than 10 years in the optical communication industry.
Liquid level detection switch using a float.
The optical fiber sensor that has been commercialized this time belongs to the category of optical passive sensors among optical fiber sensors. The features of this sensor include the characteristics common to general optical fiber sensors, such as resistance to electromagnetic noise, no need for power supply equipment, electrical insulation, and intrinsic explosion-proof properties, along with the advantage of being able to detect light in a simple manner. Furthermore, the product incorporates design and manufacturing know-how accumulated by Shinko Corporation, which has been honed over more than 10 years in the optical communication industry.
L2 switch with PoE power supply support featuring freeze monitoring and scheduling functions for receiving equipment.
By setting a weekly schedule for 24 hours that is built into the PoE switch, you can control the power supply of devices that receive PoE. In line with the energy-saving era, for devices like wireless APs, IP cameras, and IP phones that are not involved in monitoring operations, turning off the power during office downtime can contribute to CO2 reduction and enhance security. Additionally, there is a problem with devices that operate on PoE power: when they freeze unexpectedly despite functioning normally, it can lead to communication or control issues, requiring support engineers to travel on-site for power resets, which incurs significant costs. By implementing life-and-death monitoring of receiving devices, frozen devices can be automatically restarted from the switch side, thereby significantly reducing such incidents.
You can achieve "internal measures" that are possible because of the security switch.
The security switch TiFRONT can implement three internal measures: "threat prevention," "spread prevention," and "network visualization." It detects and prevents suspicious activities, such as a PC infected with malware acting as a stepping stone for unauthorized access to other PCs or file servers connected to the network, or being scanned by the network. Additionally, it identifies terminals infected with malware and turned into zombie PCs, raises alerts for suspicious activities, and prevents the spread of infection by isolating them from the network. 【Features】 - Can be implemented without changing the layout - Detects, blocks, and releases attacks on the access network - Immediate blocking upon detection through integration with entrance and exit measures - Visualization of the internal network - Streamlining of operational management For more details, please contact us or download the catalog.
Replace the L2 switch with TiFRONT to enhance network security.
Tohkei Densan Co., Ltd. provides specialized solutions tailored to various industries and business types, as well as outsourcing services for information systems utilizing data centers. The company's challenge was how to ensure the security of Windows XP, which reached the end of support in 2014. We will introduce a case study on the implementation of the security switch "TiFRONT," which established a security system that does not rely on definition files or the operating system. [Contents] - Windows XP terminals that cannot be migrated due to compatibility issues with business applications - Features that detect behavior and prevent spread, as well as the ability to be implemented in a short period, were key selection points - Construction methods adjusted according to the scale of departments or locations - Proposing TiFRONT to customers creates new business opportunities For more details, please contact us or download the catalog.
The best-selling SISTP series of industrial switches has 1 fiber optic port and 4 TP ports.
This is an industrial IEEE802.3af Power over Ethernet switch that operates with a DC48V 1.5A power input and is designed for environments ranging from -40°C to +65°C, supporting a maximum of 15.4W per port. It is convenient for remote use with Wi-Fi access points, hubs, and network cameras that support PoE power reception. The single-port fiber optic connection varies in transmission distance depending on the product model; with a two-core multimode fiber, the maximum distance is 2 km, and with a two-core single-mode fiber, it can reach up to 20 km. Most devices powered by PoE are intended for outdoor use, and within waterproof housing boxes, temperatures can drop to -40°C in cold regions. Even in Japan's average summer, without direct sunlight, the heat generated by electrical equipment can often exceed 60°C. In such cases, general products rated for 0-50°C may not last a year. Therefore, industrial-grade products are required for outdoor PoE switches.
Compatible with PoE standards! This product comes with a 5-year warranty!
The "SISTP1013-141-LRT" is an industrial unmanaged switch compliant with the IEEE802.3af2003 standard. It combines data received over a fiber optic link with DC48V power to supply power to powered devices (PD) that can receive power over unshielded twisted pair wiring, enabling communication. While maintaining all the advantages of PoE power, it is capable of reliable operation even in harsh environments such as factory floors and outdoor enclosures, as well as other hazardous environments. 【Features】 ■ Operating temperature range: -40°C to +65°C ■ Maximum power supply: 61.6W ■ Reliable operation in harsh environments *For more details, please refer to the catalog or feel free to contact us.
We would like to introduce the products of TRANSITION NETWORKS!
TRANSITION NETWORKS is a specialized manufacturer of media converters. We offer products that support various protocols, platforms, and interfaces. 【Main Products】 ■ 'IEEE802.3bt PoE++' ・SESPM1040-541-LT-AC ・SESPM1040-541-LT-DC ・SESPM1040-541-LT-PD ・SM24TBT2DPA ・SISPM1040-582-LRT We plan to sequentially release three models of the sealed NEMA 4X Gigabit PoE++ switch: "AC/DC/PD"! *For more details, please contact us or download the PDF materials for more information.
Non-contact switch WSS Safe and secure! Unlock without touching the door!
● This is an indoor microwave sensor switch that can unlock simply by waving your hand. It is hygienic due to its non-contact nature. ● It detects with high precision as it is not affected by heat or light. The sensing distance can be adjusted within a range of 100 to 600 mm. ● It features a momentary mode (default setting) that automatically returns to a locked state after unlocking, and can switch to an alternate mode that toggles between locking and unlocking with each hand wave. ● It can be installed on non-metal walls or behind walls made of materials like gypsum board or plastic, as the microwave can penetrate the wall, allowing for a sensing area. It can be used in combination with the electromagnetic electric lock "Magna Lock Series."
It is possible to produce popular capacitive switches at a low cost, whether for prototypes or small batches. By using prototype boards, you can develop with a minimal initial investment.
◆ The traditional method using ITO film has issues with long lead times and high costs. Our screen printing method allows for the production of electrostatic switches at a low cost, even in small quantities. ◆ It can be used on secondary curved surfaces, which are difficult with ITO film. This expands the design possibilities for appliances that utilize curves. ◆ The switch area allows LED light to pass through, resulting in a beautiful design that stimulates purchasing desire. ◆ The switch functions are all installed beneath the decorative panel. There is no physical burden, providing overwhelming durability compared to tactile switches. ◆ Since we have in-house integrated production, we can accommodate short lead times. ◆ High value-added features like "slide switches" and "navigation" are possible depending on the ideas. ◆ We often receive requests for manufacturing that includes decorative parts (such as acrylic), but we can also accept orders for just the capacitive sensors. Please feel free to contact us. ◆ Providing assembly including the circuit board You can leave everything from switch design to circuit board assembly to us.
Solve the problems of tact switches! The mechanical mechanism is minimal, significantly reducing failures in the switch section.
The "membrane switch" is a thin, lightweight, and highly functional switch. The switch contacts are printed using ink that conducts electricity on a thin film. The common printing method is screen printing (silk printing). The structure consists of switch contacts printed on the film with a spacer creating a gap, which are then adhered together facing each other. When the upper and lower contacts are pressed and brought into contact, electricity flows, activating the switch. 【Features】 ■ Excellent durability ■ A light click feel similar to a tactile switch ■ LED mounting is possible despite the thin structure ■ Can improve water resistance, dust resistance, noise countermeasures, and chemical resistance according to the usage environment ■ Short delivery times possible with in-house integrated production; also accommodates small lots ■ High design quality of the top sheet *For more details, please refer to the PDF document or feel free to contact us.
Do you have any concerns with tact switches? Membrane switches can solve those common issues! We provide everything from circuit board design to assembly as a complete unit.
Do you have any of the following concerns? Here are solutions for each issue! ◆ "With a tact switch specification, space is needed under the top sheet for the circuit board..." The tact switch specification requires aligning the position of the switch on the circuit board with the key part of the top sheet, which limits the installation location. ⇒ With a membrane switch, the switch can be placed in a different location from the circuit board. It is possible to design it for easier maintenance of the circuit board during servicing. ◆ "I want to be creative with the switch placement to enhance the design..." Since tact switches are placed on the circuit board, the key positions on the top sheet are restricted by the circuit board pattern. ⇒ With a membrane switch, switches are not placed on the circuit board, allowing for free placement of the key parts. The design is not constrained by key placement. ◆ "Adjusting the height of the circuit board is difficult..." Using a tact switch + top sheet involves many components and requires complex design for adjustments like spacer thickness to improve feel. ⇒ It can be easily assembled just by sticking it on, eliminating the need for height adjustments. It is possible to implement metal domes or LEDs to enhance the tactile feel.
Please feel free to consult with us from the planning stage! We handle everything from structural design to assembly.
"Design of the touch panel, tactile feel of the membrane" The "Membrane Display" is a slim operation panel that enhances its design through illuminated keys. Since it can be simply embedded into a unit, height adjustment is unnecessary. Assembly is also easy, as it only requires attaching the top sheet and securing it with screws on the back. 【Features】 ■ "Stylishness"… A cool design where the switch part allows LED light to pass through ■ "Click feel"… A solid click feel that prevents mispressing ■ "Waterproof and dustproof measures"… Possible to address usage environment issues such as everyday waterproofing, dustproofing, and noise reduction ■ "Thinness"… Achieved thinness through original 7-segment and keys ■ "Customization"… You can freely choose specifications, design, number of 7-segment digits, illumination color, brightness, and click feel *For more details, please refer to the product brochure and related links. If you would like to see a demo unit, please contact us through the <Contact Us> section.
Small lot production available. Free yourself from troublesome design and procurement! We streamline the process with one-stop support from circuit board design to printed designs. We deliver in a completed state.
Our company has specialized departments for "printing" and "electronic circuit board development," allowing us to provide a comprehensive service from the printing of costume panels to the design, development, and implementation of electronic components. We can deliver products in a completed state, having proposed both printing and circuit boards simultaneously from the design stage. This eliminates the need for height adjustments for LEDs and 7-segment displays, significantly improving work efficiency. We also accept requests for partial designs and small lot production. 【Features】 ■ Capable of short delivery times even with many considerations regarding design, circuit boards, and structure ■ No need for coordination with separate vendors for components such as sheets, circuit boards, and enclosures ■ Improved work efficiency through unit procurement ■ Delivery of design panels and circuit boards in a bonded state *For more details, please contact us or download the PDF.
