Frequency simulator TSIM9482D

dual-channel

Overview
The TSIM9482D is a compact bench threat simulator that generates coherent radio-frequency (RF) signals up to 18 GHz to emulate enemy radar, missile guidance systems and electronic warfare (EW) threats. It is intended for test and evaluation early in the development cycle to validate modules and units such as Radar Warning Receivers (RWR) under controlled laboratory conditions.

Built on Tabor Software Defined Radio Technology
The TSIM948xD family is based on a Software Defined Radio (SDR) architecture. The Tabor Arbitrary Waveform Transceiver concept integrates RF DAC/ADC, a user-programmable FPGA, large on-module memory and a high-speed data bus to provide flexible signal processing and waveform generation for advanced threat emulation.

Features

• 2-channel configuration (this model: TSIM9482D); 4-channel variants available in family
• Coherent RF generation up to 18 GHz
• Pulse Descriptor Word (PDW) control
• Digital RF Memory (DRFM) mode
• Waveform streaming and large waveform storage
• Flexible, scalable plug-and-play hardware platform
• SDR architecture with RF DAC/ADC, programmable FPGA and high-speed data bus
• Designed for T&E, radar and EW threat emulation, and RWR validation in lab environments

Applications
Emulation of enemy radar and missile guidance signals, electronic warfare threat generation, and validation/testing of Radar Warning Receivers and related subsystems in research, development and laboratory test setups.

Technical specifications

• Model family: TSIM948xD (TSIM9482 / TSIM9484)
• Channels: 2-channel (this page: TSIM9482D); multi-channel variants in family
• Frequency coverage: coherent RF generation up to 18 GHz
• Operational modes: PDW control, DRFM, waveform streaming
• Architecture: Software Defined Radio (SDR) — RF DAC/ADC, user-programmable FPGA
• Memory: large on-module memory for waveform storage and streaming
• Form factor: compact bench (laboratory) threat simulator
• Use cases: RWR validation, EW threat simulation, radar/missile guidance emulation