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Date Announced: 17 Aug 2011
Satellite will provide Nigeria with high-resolution mapping capability.
On 17th August 2011, e2v high performance image sensors were launched into space on NigeriaSat-2, the Earth observation satellite which has been developed for the National Space Research and Development Agency (NASRDA) of Nigeria.
SSTL (Surrey Satellite Technology Ltd) UK integrated the e2v imaging sensors into a focal plane array for the NigeriaSat-2 satellite. The satellite will provide Nigeria with valuable geographically referenced high-resolution satellite imaging for applications in mapping, water resources management, agricultural land use, population estimation, health hazard monitoring and disaster mitigation and management.
The e2v high-resolution focal plane for the instrument was built with an array of five Charge Coupled Device (CCD) CCD31-40 imaging sensors. CCD31-40 is an 8192 x 1 pixel device with 12µm square pixels with readout via two registers, one above and one below the image region. The registers are split in the middle and terminated in four separate output amplifiers. There are also five multispectral bands that cover the spectrum from 450nm to 900nm.
SSTL mounted appropriate filters over some of the CCDs to give the required colour information.
A significant feature of the focal plane design is a new packaging technique, developed at e2v, in which the 5 devices are mounted in very close parallel with each other and co-planar to <10µm.
“We are extremely pleased with e2v’s support to this programme”, said Paul Carter (SSTL Project Manager for development of the imager). “The CCDs provide excellent performance factors and were delivered on time”.
e2v Marketing and Applications Manager, Bertrand De Monte said “e2v is proud to deliver this innovative image sensor focal plane array to SSTL and equip NASRDA of Nigeria with valuable geographically referenced high-resolution imagery. We are confident that NigeriaSat-2 will be a great success, accelerating the discovery of indispensable information in this region.”
Source: e2v Technologies
E-mail: via web site
Web Site: www.e2v.com/
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