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EMIT
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Catalog excerpts

EMIT - 1

RF Cosite and Coexistence RFI Modeling and Mitigation EMIT provides a powerful new capability to the ANSYS RF Option. It is used to predict radio frequency interference (RFI) in complex environments containing multiple RF systems that must operate simultaneously. EMIT represents a revolutionary advance in RFI analysis providing a host of powerful features for usability, computational efficiency and results diagnostics. EMIT provides a powerful new capability to the ANSYS RF Option. It is used to predict radio frequency interference (RFI) in complex environments containing multiple RF systems that must operate simultaneously. EMIT represents a revolutionary advance in RFI analysis providing a host of powerful features for usability, computational effi ciency and results diagnostics. EMIT provides a framework for managing RF system performance data, simulating cosite and coexistence RFI eff ects, and mitigating RFI issues, resulting in a complete model maintainable over the life of a multi-RF system platform or vehicle. EMIT takes a unique multi-fi delity approach to predicting RF cosite/coexistence interference to provide rapid identifi cation and “root-cause” analysis of RFI issues in complex RF environments. EMIT provides a framework for managing RF system performance data, simulating cosite and coexistence RFI effects, and mitigating RFI issues, resulting in a complete model maintainable over the life of a multi-RF system platform or vehicle. EMIT takes a unique multi-fidelity approach to predicting RF cosite/coexistence interference to provide rapid identification and “root-cause” analysis of RFI issues in complex RF environments. Comm_1 Comm_2 UHF - Bottom VHF_1 Bluetooth Control_Rx GPS WiFi EMIT provides a data management and analysis framework for the simulation of electromagnetic interference (EMI) in complex RF environments. EMIT brings together the sophisticated simulation engines VHF_2 - Bottom: Air Traffic Control VHF_1 - Top: SINCGARS VHF-2 PA UHF_Ant (Bottom) Interaction Diagram in EMIT traces RFI source signal paths 1

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EMIT - 2

Rx: SINCGARS Receiver, Tx: UHF-Bottom + VHF_2-Bottom EMI Margin: 50.0 dB Origin: 2f1 - 3f2 f1: UHF-Bottom[225 MHz] Fundamental f2: VHF_2-Bottom[124 MHz] Fundamental Noise In-Band EMI Margin Peak In-Band EMI Margin Receiver Susceptibility RFI Margin Plot provides “root cause” indicators Built-in RF Component Library EMIT has the ability to manage libraries of RF components and performance data. EMIT comes with a built-in library that provides multiple models of ‘typical’ radios of interest to military and commercial users. Each model is notated with specific details of the system. The content...

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EMIT - 3

Drag and Drop New Filter Filters and other RF components can be quickly inserted using the EMIT Configuration Diagram EMIT Features At A Glance: • Predicts in-band and out-of-band RFI in complex RF environments containing multiple transmitters and receivers. • Multiple linked views provides for rapid “root-cause” identification of even the most devious RFI problems with a click of the mouse. Automatically reports the causes and mechanisms for each interference identified in the scenario. • Quickly test RFI mitigation strategies and evaluate their impact on the entire system. • Determine the...

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EMIT - 4

A Complete RF Cosite/Coexistence Analysis Environment EMIT is a powerful and modern RF cosite/coexistence analysis software tool. With an advanced GUI, high level and low level analysis summaries and built-in automated diagnostic features, you can characterize the interference between the RF systems in your target application with ease and confidence. A Complete RF cosite/coexistence Analysis Environment EMIT is a powerful and modern RF cosite/coexistence analysis software tool. With an advanced GUI, high level and low level analysis summaries and built-in automated diagnostic features, you...

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EMIT - 5

• Intuitive and customizable user interface for setting up, running and interpreting an EMIT simulation: • Configuration Diagram for configuring RF systems graphically with “drag & drop” component placement and connection. • Interaction Diagram shows all, or selected parts, of the complete sce- nario and identifies worse-case interference paths. • Results Categorization permits filtering of results to display only specific interference mechanisms for rapid “root-cause” problem ID. • Standard 1-on-1 and N-on-1 analysis modes to predict the effects of multiple interference sources on selected...

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