Near-infrared camera for LUCI at the LBT
![Sectional view of a high-resolution camera system for the LBT instrument LUCI. Both the structural elements and the mirror (main mirror at the left) were produced from an aluminum silicon alloy (AlSi40).](/4486545/original-1673529294.jpg?t=eyJ3aWR0aCI6MjQ2LCJvYmpfaWQiOjQ0ODY1NDV9--da4ddb7dcf3907a073035fed40396be2cdddff66)
Sectional view of a high-resolution camera system for the LBT instrument LUCI. Both the structural elements and the mirror (main mirror at the left) were produced from an aluminum silicon alloy (AlSi40).
© MPIA
![Construction drawing of LUCI’s high-resolution near-infrared camera.](/4486557/original-1673529294.jpg?t=eyJ3aWR0aCI6MjQ2LCJvYmpfaWQiOjQ0ODY1NTd9--e187a9bef37e57cb30eee31dd3c24a0f4c2745ef)
Construction drawing of LUCI’s high-resolution near-infrared camera.
© MPIA
![Maximum displacement of the exit lens of the LUCI camera kept in its position by spring elements.](/4486737/original-1673529294.jpg?t=eyJ3aWR0aCI6MjQ2LCJvYmpfaWQiOjQ0ODY3Mzd9--b91487d6b71e54a7b0067a5ce7f13c05a8796973)
Maximum displacement of the exit lens of the LUCI camera kept in its position by spring elements.
© MPIA
![Determination of the maximum stress in a spring element at the transition from Titanium to an Aluminum alloy at a working temperature of 60 K.This spring element is employed at the interface between the primary mirror and the mount of the exit lens of the LUCI camera.](/4486725/original-1673529294.jpg?t=eyJ3aWR0aCI6MjQ2LCJvYmpfaWQiOjQ0ODY3MjV9--6484e8273f5316eaaee8c8224e2cecd94fb45f79)
Determination of the maximum stress in a spring element at the transition from Titanium to an Aluminum alloy at a working temperature of 60 K.
This spring element is employed at the interface between the primary mirror and the mount of the exit lens of the LUCI camera.
This spring element is employed at the interface between the primary mirror and the mount of the exit lens of the LUCI camera.
© MPIA