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Our tactile switches combine reliability with excellent feedback. We offer multiple sizes, operating forces, actuator heights, and life cycles to fulfill application needs. Our tactile switches are used for human interface applications where the user applies force to the pushbutton momentary switch for selection and control.
Our slide DIP switch versions are available in a broad range of low-profile, half-pitch (.05 inch), standard-pitch (.1 inch), through-hole, and surface mount options. Our unique design and construction allow for superior Electrostatic Discharge (ESD) protection. We offer top, right angle, or side actuation styles; select styles are available with gold-plated or economical tin-plated contacts. Custom marking is also available. Our DIP switch product line includes SPST, SPDT, DPST, and 3PST circuit switching options. Optional bottom epoxy seals and removable top tape seals on the side of the actuator protect the switches during soldering and board washing.
The CE Series family of rotary encoders offers 11mm and 12mm packages. Both models are available with and without bushing, horizontal and vertical mount styles selected resolutions, detent options, and a momentary push switch option. A rotational life of 30,000 cycles and a wide operating temperature range of -10°C to +70°C provide durability and reliability in many applications. Shaft length and trim options are available. In addition, Series 12CE offers backlit illuminated shafts for those applications requiring an illuminated control in dim or dark spaces. LEDs are available in single-, dual-, and three-color options in a variety of colors.
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Building on decades of experience in controls, the Series 286 Multiturn Hall Effect Position Sensor provides solid, reliable CTS performance, with added multiturn capability. The 286 is designed for demanding uses in industrial, transportation, medical, and other areas and is ideal for custom applications.
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Industrial-grade potentiometers require a rugged construction that can provide consistent performance in multiple environments. The Series 287 Rotary Potentiometer is constructed with a ceramic element to provide a two-watt power rating, accurate setting, and stability in a variety of environments. The ceramic substrate enables the potentiometer to effectively dissipate heat associated with high-power applications while maintaining the performance, quality, and durability expected from CTS products.
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Rotary encoders with traditional contacting technologies have been used in a growing number of applications in recent years. The introduction of optical technology into rotary encoders has improved product performance to provide longer life, enhanced reliability, and durability. Improved performance results in higher reliability, better quality, and longer deployment in the field while reducing equipment downtime, and service and replacement costs associated with equipment maintenance.
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LRMAP3920 gives designers stable and accurate sensing of AC and DC currents up to 150A/200A in a compact chip resistor format.
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GX contactors can switch DC loads up to 800VDC. These small RoHS-compliant contactors can be mounted in any position and can be used in nearly any harsh environment, including: underwater and at temperatures from –55°C to 85°C. Most are cRUus recognized.
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The IX4351NE is designed specifically to drive SiC-MOSFETs and high-power IGBTs. Separate 9A source and sink outputs allow for tailored turn-on and turn-off timing while minimizing switching losses. An internal charge regulator provides a selectable negative gate drive voltage for improved dV/dt immunity and faster turn-off.
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DiaForce is our latest and most innovative diagonal compact fan, combining the high airflow volume of an axial fan with the high back pressure capabilities of a centrifugal fan. The result? The performance of a counter-rotating fan with less noise and a significant power reduction.
In today’s digitally connected world, we are storing and managing enormous amounts of data. Keeping that data safe and accessible means ensuring the infrastructure needed to support it stays at an optimized temperature. Whether in servers, autonomous technologies, artificial intelligence, or IoT solutions related to 5G, DiaForce delivers the powerful cooling needed with minimal energy consumption and noise, key considerations in this growing industry.
Counter-rotating fans, or two axial fans in series rotating in opposite directions, are often used in these applications. They are known for their high static pressure and ability to cool densely packed electronics in chassis. The electronic components restrict airflow so high pressure is needed to ensure uniform cooling throughout the enclosure. The tradeoffs are the energy consumption needed to power the fan coupled with noise. We developed an air mover that delivers the necessary static pressure but with quieter and much more efficient operation.
How did we do this? Through an aerodynamically optimized design featuring unique geometries for both the impeller and housing. The concept is revolutionary – DiaForce draws air in and blows it out both axially and radially while retaining an axial design (favorable for installation). Its cover plate is cut in a conical shape – the intake opening is smaller than the outlet opening – and rotates with it, creating a greater pressure increase than an axial fan could achieve. The blade tips pass directly into the cover plate. As a result, there is no tip gap and therefore hardly any turbulence in the gap area, where there is a considerable pressure gradient. This allows for a noticeable noise reduction.
These features combine to give DiaForce superior performance to a single-stage axial fan and lower noise than a two-stage axial (two fans placed on top of each other) or counter-rotating fan – the best of both worlds.
DiaForce at a glance:
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