Rockwell Collins' Electronic Support products and subsystems are fielded and used for land, sea, air and mobile applications and can be easily integrated together. Our leading edge systems span a wide variety of capabilities and frequency ranges, offering high value performance and cost-effective solutions to the user.

We offer an array of innovative products for ground, mobile or portable applications that perform Signals Intelligence (SIGINT) gathering activities by intercepting signals, whether by radio interception or other means. Rockwell Collins' Electronics Intelligence (ELINT) and Electronic Support Measures (ESM) subsystems help users acquire, characterize, identify and store radar emitter parameters, which classify unique radar signals for use in both defensive and offensive electronic warfare. We provide a wide range of commercial-off-the-shelf (COTS) products to assist with ELINT and ESM, which is the intelligence derived from non-communications transmissions, such as radar.

CS-3001 and CS-3002 Pulse Analyzers
The CS-3001 and CS-3002 Pulse Analyzers precisely measure all radar emitter parameters, such as frequency, pulse width, time of arrival, amplitude and modulation type, as well as derived parameters including Pulse Repetition Interval (PRI) and scan pattern behavior and characterization. These pulse analyzers provide robust target visualization and identification capabilities in dense "conflict" environments. The CS-3002 Dual Pulse Analyzer contains two identical pulse analyzers in the same package size as the CS-3001 Pulse Analyzer.

CS-3030 ELINT/ESM System
The self-contained CS-3030 ELINT-ESM subsystem is used for radar signal intercept, analysis and direction finding. Our fully integrated subsystems use high-performance microwave ELINT/ESM tuners with inclusive coverage from 100 MHz to 18 GHz and with options for Millimeter Microwave (MMW) coverage. Rounding out the CS-3030 subsystem, the CS-1018 Spinning DF and Omni antenna covers the range of 0.5 to 18 GHz, with options for MMW coverage. The CS-1040 Spinning DF and Omni Antenna covers the frequency range from 0.5 to 40 GHz. A fiber-optic control interface allows the pulse analyzer to be separated from the antenna by large distances while precluding the need for large, heavy cable assemblies.

The CS-3030 ELINT/ESM subsystem is very compact and rugged and can be installed in fixed site, mobile and shipboard applications. In addition, multiple subsystems can be networked together to enhance formulation of a concise, real-time Electronic Order of Battle (EOB). Its rugged design and superior dynamic range enable it to perform well in harsh conditions and dense emitter environments.

CS-3045 Airborne ELINT/ESM System
The self-contained CS-3045 Airborne ELINT/ESM subsystem is an airborne version of the CS-3030 System and is used for radar signal intercept, analysis and direction finding. Our subsystems use high-performance microwave ELINT-ESM tuners with inclusive coverage from 100 MHz to 18 GHz, with options for Millimeter Microwave (MMW) coverage. Rounding out the CS-3045 subsystem, the CS-1018ABN Airborne Spinning DF Antenna and CS-1218 Airborne Omni Antenna covers the range of 0.5 to 18 GHz.  The CS-1040ABN Airborne Spinning DF covers the range of 0.5 to 40 GHz.

CS-3600 Ship ESM System
The self-contained CS-3600 ESM System is a compact, rugged, high performance ship ESM system covering the 2 to 18 GHz frequency range. The system has a very high percent probability of intercept by using an IFM receiver and omni antenna. The DF antenna is a six-sided array that uses phase and amplitude comparison to provide AOA of reach pulse with 2 degrees RMS DF accuracy. The system automatically detects, measures, identifies and tracks radar emitters and can be used to fulfill ESM, ELINT and RWR missions. The fast reaction time can tip on-board combat systems for self protection.

Please contact Rockwell Collins for more information.

Rockwell Collins
EW-SIGINT
3200 East Renner Road
Richardson, TX 75082
phone: 972.705.1438
fax: 972.705.1436
email: ewsigint@rockwellcollins.com