Specifications

Narrow Angle Cameras

*At an altitude of 50 km
Pixel Scale	0.5 meter per pixel (10 micro-radian IFOV)*
Maximum Image size	2.5 x 26 km*
Optics	f/3.59 Cassegrain (Ritchey-Chretien)
Effective FL	700 mm
Primary Mirror Diameter	195 mm
FOV	2.85° per NAC
MTF (Nyquist)	> 0.23
Structure + baffle	graphite-cyanate composite
Detector	Kodak KLI-5001G
Pixel format	1 x 5,064
Noise	76 e-
A/D Converter	Honeywell ADC9225
FPGA	Actel RT54SX32-S
Mass	8.2 kg per NAC
Volume	70 cm x 27 cm diameter
Peak Power	9.3 W
Average Power	6.4 W
Sensitivity	400-750 nm
Voltage	28 V DC
Radiometric Accuracy	1% relative, 10% absolute
Detector Digitization	12-bit, encoded to 8-bit

*At an altitude of 50 km
Image format	1024 x 14 pixels monochrome (push frame) 704 x 14 pixels 5-filter (visible, push frame) 128 x 4 2-filter UV color
Pixel Scale (nadir)	1.50 milli-radian, 75 meters/pixel (visible)* 7.67 milli-radian, 385 meters/pixel (UV, 4x4 binned)*
Image frame width (km)	105 km (visible monochrome)* 60 km (visible color)* 57 km (UV)*
Optics	f/5.05 (visible) f/5.65 (UV)
Effective FL	6.0 mm (visible) 4.7 mm (UV)
Entrance Pupil Diameter	1.19 mm (visible) 0.85 mm (UV)
FOV	92° (monochrome) 61° (visible) 59° (UV)
System MTF (Nyquist)	0.37
Electronics	4 circuit boards
Detector	Kodak KAI-1001
Pixel format	1024 x 1024
Noise	66±4 e−
Mass	0.9 kg
Volume (width × length × height)	15.8 cm x 23.2 cm x 32.3 cm (incl. radiator)
Peak Power	2.7 W
Average Power	2.6 W
Filters (nm)	321, 360, 415, 566, 604, 643, 689
Detector Digitization	11-bit, encoded to 8-bit

FPGA	Xilinx XQR2V3000
Interfaces	Spacewire, LVDS
Power Supply	Interpoint SMSA2805S
Mass	1.2 kg
Volume	16.8 cm x 11.4 cm x 4.45 cm
Peak Power	4.5 W
Average Power	4.0 W
Software	developed by MSSS (flight proven)

More detailed technical information on LROC is available here. Specifications last updated: May 8th, 2013.