IMSAR System Info

0155-EX-CM-2019 Text Documents

IMSAR LLC

2019-06-20ELS_232602

Government Contract Details USSOUTHCOM intends to use IMSAR’s X-band radar system which is based upon heritage FMCW NanoSAR™ technology to best achieve stated performance objectives and demonstrate performance. The scope of IMSAR’s work includes supplying existing radar hardware, developing new hardware, and verifying radar performance. 2.3.2 RF Performance • Center frequency: 9.6 – 10.6 GHz • Bandwidth: ~150 MHz • Peak transmit power (measured at the HPA output connector): ≥ 50W Contracting Agency Name: USSOUTHCOM Contract Number: FA8818-18-C-0003 Government Point-of-Contact Name: LTC Darrin Husmann Government Point-of-Contact Phone: cell: 405-974-8672, DSN: 734-0049 Company and Technology Background IMSAR LLC has radar technology that is able to track moving targets, image the surface of the earth, create digital elevation maps, assist in search and rescue operations, and detect small changes in a scene, such as the movement of a vehicle. Various branches of the US military, including the Navy, Army, and Air Force, as well as some commercial businesses, have expressed interest in this technology. The size, weight, power, and cost of IMSAR’s Synthetic Aperture Radar (SAR) system, known as NanoSAR, are an order of magnitude less than similar systems. IMSAR performs SAR tests from a small aircraft. Directional transmit and receive antennas are nominally pointed toward the earth. Reflected signals are collected and processed to create images of the ground. Transmission is a linear frequency modulated continuous wave (LFM-CW), or a "chirp," with the frequency being swept from the minimum to the maximum frequency 1000 times per second. A chirp signal is illustrated in Figure 1. Because the transmission sweeps are very rapid, the average power at any given frequency is extremely low, as is the likelihood of detection by (i.e., interference to) systems operating in the same frequency range. Figure 1. Example LFM chirp signal, increasing in frequency from left to right, then repeating. © 2013 IMSAR, LLC ∙ 940 South 2000 West, Suite 140 ∙ Springville, UT ∙ 84663 PH 801-798-8440 ∙ FAX 801-798-2814 ∙ www.imsar.com

An example of the geometry of a SAR is shown in Figure 2. Figure 2. Example SAR geometry, from an airborne platform. © 2013 IMSAR, LLC ∙ 940 South 2000 West, Suite 140 ∙ Springville, UT ∙ 84663 PH 801-798-8440 ∙ FAX 801-798-2814 ∙ www.imsar.com


Document Created: 2019-02-08 12:33:41
Document Modified: 2019-02-08 12:33:41
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