Purpose 4133/ /990224

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1 AN/ALQ-162(V) RF Countermeasures System Upgrade for Advanced Pulse Doppler Threat Capability and Higher Power Utilizing Micro-Tube Power Module Technology Thomas Wiedmeyer October 2002

2 Purpose Familiarize audience with the AN/ALQ-162(V) with Pulse Doppler/Power Plus (PD/PP) Incorporation of digital RF memory (DRFM) and micro-tube power module technology Installations Fixed- and rotary-wing applications /990224

3 Technology Modernization New technology for domestic and foreign military sales High density integrated circuits (DRFM) Micro-tube power module technology insertion Expanded capabilities to meet user requirements Retrofit kit for existing users Stand-alone applications Complement for integrated suites /990224

4 Features Single weapon replaceable assembly Chopped delay line repeater DRFM Single transmit/receive port 0.4 cubic ft., 40 pounds Programmable user data file Broad range of programmable technique capabilities Expandable architecture Dual redundant 1553 interface Stand-alone and fully integrated deployment /990224

5 Single Port Repeater Advantages Chopped repeaters timeshare the same antenna No isolation requirement/gain reduction for ring around Spectral purity is unaffected by isolation Simplified aircraft installation /990224

6 Programming UDF flexibility enables optimized system performance Responses tailored to specific mission scenarios In-country Reprogramming Licensed Programmable performance parameters Prioritization, acquisition, jamming Communications, interoperability User Data Module (UDM) Removable PROM for storing UDF contents Allows for selection of 16 permutable files UDM Programmable on the aircraft by the 1553 data bus

7 System Configuration Original production Antenna Weapon replaceable assembly Continuous wave (CW) repeater Cockpit control unit PD/PP upgrade Same form factor, weight, and cooling New processor and DRFM circuitry New integrated power amplifier /990224

8 Traveling Wave Tube (Micro-Tube)

9 ALQ-162(V) Upgrade Power Amplifier TWT (under the plate) SSA Input TWT Output SSA

10 TWT Performance Power Z * Z * A * A * B * B C C C C D D D E E Frequency ( Coded ) Spec Min Spec Max VE301 VE302 VE303 VE304 VE314 VE309 VE310 VE315 VE323 VE324 VE326 VE335 Power ( Coded )

11 Digital RF Memory

12 ALQ-162(V) Threat ID and ECM Technique Capabilities

13 System Operation CMS JAMS SEMI-ACTIVE HOMING MISSILE SEEKER (AN EXAMPLE) CW ILLUMINATOR FCR THREAT IDENTIFICATION RECEIVE IDENTIFY PRIORITIZE PARAMETRIC DATA FILES (UDM) TRANSMIT GENERATE TECHNIQUE SELECT TECHNIQUE THREAT RESPONSE

14 Receiver Signal Processing Acquisition function Threat acquisition and priority per UDF program Lookthrough when jamming Signal screening Time of arrival Pulse width CW amplitude Pulse amplitude Threat monitor PRI tracking/prediction Frame tracking of burst signals Threat mode changes

15 Threat Identification Threat processing performed per programmable UDF Parameters are RF, amplitude, signal type, PW and PRI Directed search via radar warning receiver is an available feature and programmable in the UDF Receiver collects data in designated RF bands Amplitude settings correlate to threat lethality/range Analyze signal characteristics to identify threat type Lookthrough process enables new acquisitions during jamming Lookthroughs performed according to threat priority Parameters are UDF programmable

16 Single Port Repeater Operation Chopped repeater timeshares the same antenna No isolation / gain reduction requirements needed to eliminate ring around-oscillation effects Spectral purity is preserved Simplifies aircraft installation CW transmission uses delay line for velocity only techniques PD transmission uses digital RF memory for range techniques Simultaneous CW and PD Jamming Capability

17 Current Aircraft AN/ALQ-162 Installations F/A-18 AV-8B MH-53J F-16 C-130 EH-60A & MH-60K MH-47E 3790/990224

18 ALQ-162 Product History Norway, Denmark, Egypt on contract for PD / PP 101 Systems (F-16, C-130, EH-101 and AH-64D) 696 AN/ALQ-162(V)1 production WRAs delivered since 1988 U.S. Army U.S. Air Force U.S. Navy Canada Denmark Spain Kuwait Italy 207 Systems 122 Systems 96 Systems 90 Systems 82 Systems 66 Systems 25 Systems 8 Systems EH-60A, MH-47E, MH-60K MH-53J AV-8B F-18 F-16, C-130 F-18, AV-8B F-18 AV-8B Integrated/operational aboard a variety of fixed and rotary wing aircraft USN/NATO logistics infrastructure in-place /990224

19 F-16 Pylon Installation

20 Apache Longbow Installation

21 Threat Proliferation Typical CW Threat Air-to-Air SEMI-ACTIVE MISSILES Surface-to-Air SEMI-ACTIVE MISSILES 3790/990224

22 Threat Proliferation The Expanded Pulse Doppler Threat Air-to-Air TARGET TRACKING RADARS Surface-to-Air TARGET TRACKING RADARS 3790/990224

23 Pulse Doppler/Power Plus Upgrade Concept definition initiated under Northrop Grumman investment PD demonstrators produced to test new features US Navy-led working group coordinated performance requirements Users included US government, Canada and Denmark PMTC and CFB laboratory tests conducted Successful RDAF, NAS Fallon and Trial Mace flight tests Interest expanded to meet higher power requirements of Norway Upgrade retrofittable into baseline configuration Same form factor and weight No additional aircraft modifications ALQ-162(V) PD/PP currently in production New builds and modification kits /990224

24 ALQ-162(V) ECM Testing

25 ALQ-162 ECM Testing TWS-5/6PDAI AFEWES SADS-6 Eglin SADS-6 Eglin HAVEBUNKER RFSS SADS-M WSMR SADS-6 AFMC I-30 NAWC TWS-10 AFEWES SAM RFSS SAM PMTC TWS-10 AFEWES SADS-6 Eglin SADS-6 Eglin SAMPOD Eglin SADS-M WSMR HAVEBUNKER RFSS SADS-M WSMR SATS PMTC ICTUS NICKEL RFSS SAM RFSS SADS-M HAVEBUNKER PDAI PDAI WSMR RFSS RTF Cold Lake, CA SADS-6 Eglin SADS-6/SAM POD Eglin PDAI RTF HAVE DECADE RFSS TRIAL MACE 9 Sardinia SADS-6 Eglin SADS-M WSMR TRIAL MACE 8 Sardinia SAM RFSS ICTUS NICKEL Dynetics SAM, PDAI Demark USN F-18/A-7/F-86/AV-8B USAF MH-53/SR-71 Army EH-60/OV-1/RC-12 Canada CF-18 Army MH-47/MH-60 Test Plan Working Group and Other Tests

26 Summary of ALQ-162(V) Upgrades Reliable self-protection against pulse Doppler threats Improved pulsed emitter identification logic Complete range and velocity repertoire Enhanced velocity technique features Increased jamming power output Multiple threat mode handling capability Simultaneous target tracking radar and missile jamming Fully integrated with other on-board avionics Continued system growth and effectiveness improvements ALQ-162(V) PD/PP provides improved self protection with greater opportunity to counter entire threat engagement /990224

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