Acoustic Chambers

Mobile Reverberation Chambers feature plug-and-play design.
Mechanical Components and Assemblies

Mobile Reverberation Chambers feature plug-and-play design.

Suited for small equipment under test (EUT), RVC 2XS and RVC XS feature respective internal dimensions of 1.5 x 0.8 x 1.0 m and 2.7 x 1.5 x 1.3 m, test volumes of 0.5 x 0.3 x 0.5 m and 1.2 x 1.0 x 0.8 m, and start frequencies of ~800 and ~500 MHz. Both RF test chambers, intended for automotive, military, and commercial applications, act as shielded room with stirrer that changes resonant...

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Piezo Audio Transducer withstands airborne pressure variations.
Mechanical Components and Assemblies

Piezo Audio Transducer withstands airborne pressure variations.

Delivering 105+ dB over voltage range up to 150 V @ 30 mA, KPEG-1600 uses Helmholz formula to maintain maximum output despite harmful harsh outside elements. Sealed and rugged construction promotes consistent performance, even in off-road equipment applications, outdoor testing, and marine and air devices. Measuring 53 x 25 mm, products meet all RoHS protection regulations and features sealed...

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Copper Infiltration Using Wrought Wire Infiltrant - Process and Productivity Improvements for Automotive Components
Sponsored

Copper Infiltration Using Wrought Wire Infiltrant - Process and Productivity Improvements for Automotive Components

For the past 60 years, the use of copper infiltration on ferrous metals in powder metallurgy has been a popular method for manufacturing high performance components. Recently, a new twist on an old idea has been developed in the form of a new wrought copper alloy wire. With excellent infiltration response as well as the ability to improve numerous physical and mechanical properties of ferrous materials, this new technology presents many advantages for PM processing and production. In this comprehensive white paper, you will explore all you need to know about this material, including an in-depth look at its chemical and physical properties. Using automotive components as examples, the white paper examines the benefits of this new form of copper infiltration compared to more traditional infiltration methods. Download now, and discover if this new technology is the solution for your high performance component application.

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