3D PRINTED ALUMINUM 7a77.60l Material Composition (wt%) Aluminum Balance Chromium <0.1% Copper 1.1 – 2.1% Magnesium 1.8 – 2.9% Zinc 4.5 – 6.1% Zirconium 0.5 – 2.8% Trace Elements <0.15% Powder Sizes Available Powder D50 values ranging from 20 to 65 μm. HEAT TREATED MATERIAL PROPERTIES 1,2 METRIC IMPERIAL Yield Strength 490 - 585 MPa 71 - 85 ksi Ultimate Tensile Strength 520 - 615 MPa 75 - 89 ksi Elongation 6 - 14 % Tensile testing completed in accordance with ASTM E8 Ranges depend on processing parameters and post build HIP and heat treatment conditions The information on this data sheet is believed to be accurate, however, no guarantee of its accuracy is made. The information set forth in the sheet is not intended to be a warranty, either expressed or implied, and any warranty accompanying any sale must be set forth in separate documents.
Focal plane electronics for space applications are critical components that interface with FPAs in imaging systems, such as infrared or visible light sensors. These electronics are responsible for: - signal amplification - processing - data transmission from the FPA to downstream systems In space environments, HRL's focal plane electronics are designed to withstand extreme conditions including radiation, temperature fluctuations and limited power availability. To ensure optimal performance in the harsh conditions of space, HRL focal plane electronics are designed for radiation hardening, thermal management, low power consumption and high reliability. HRL is ready to play a vital role in enabling high-resolution imaging and data collection for applications such as earth observation, planetary exploration and defense.
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Power amplifier MMICs designed for narrow and broadband applications with a focus on E and W band.
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HRL can package our in-house MMIC amplifiers in split block housings that cover E and W band.
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