Keysight W1468BP SystemVue Spectrasys Bundle

Keysight W1468BP/BT

SystemVue Spectrasys Bundle

The SystemVue Spectrasys Bundle enables you to efficiently design optimal RF system architectures. Its interactive system frequency planning (WhatIF) capabilities cut tedious calculation of mixing frequencies in the RF system from hours to minutes. And, innovative root cause analysis in the Spectrasys system simulator identifies the origins of problematic spurious signals before critical commitments are made to architectures, frequencies, and component partitioning to prevent costly hardware integration delays downstream.

Key Features & Specifications

• Spectrasys – A spectral domain RF System Architecture simulator that offers compelling simulation and interactive graphical use model advantages over circuit tools, math-based block sets for timedomain simulators, vendor “calculator” apps, and spreadsheets. Choose from dozens of preprogrammed measurements and interact directly with graphs.
• ADS X-parameter* support – Use circuit-level nonlinear X-parameters at the system-level, for fast, bottom-up verification of ADS designs or measured devices from vendors. Accounts for complex impedance loading, harmonics, bias, power and frequency dependence. Enable the new Volterra modeling to make 1-tone X-parameter data more accurate for multi-tone large-signal simulations.
• WhatIF – An RF Frequency Planning utility for multi-band, wireless front-ends.

Why you need the SystemVue Spectrasys Bundle

• SystemVue Spectrasys Bundle provides dedicated design and diagnostic tools for the RF system architect to realize high performance RF systems with the optimal frequency planning and partitioning of system component specs.
• Unique root cause analysis in the Spectrasys system simulator diagnoses sources of RF analog impairments such as spurious frequency mixing and impedance mismatches that are ignored by spreadsheets or DSP/math tools.
• Integration of system and linear circuit simulator allows system architects and circuit designers to perform interactive design tradeoffs before critical commitments are made to architectures, frequencies, and component specs to prevent costly hardware integration delays downstream.
• Over 100 pre-defined system measurements with appropriate power and voltage-based behavioral models, replace homegrown code with a dedicated, RF system design graphical tool. This is especially useful for generating professional looking proposals with accurate and realistic RF system performance simulations to profitably win defense aerospace contracts.

What can I design with SystemVue Spectrasys Bundle?

• RF upconverter and downconverter architectures
• Communication signal paths of all kinds: transceivers, detectors, monitors
• Satellite links, and terrestrial microwave links
• Commercial, wireless, and military communication links
• Medical, RFID, and proprietary data links that re-deploy commercial chipsets for novel applications
• Multi-band Receiver architectures, and Image-rejection and interference rejection systems
• Voltage-based systems, such as an RFIC downconverter

Who should use SystemVue Spectrasys Bundle?

Spectrasys – Block-level RF simulator for RF Architects

RF System Design Kit saves time for RF system architects by accounting for analog effects while providing one-click graphical diagnosis of RF system performance. Key to this is the Spectrasys simulator.

Spectrasys overcomes key limitations of spreadsheets, math and DSP engines, circuit simulators, and their limited model sets, which miss these analog effects entirely, or make problems very difficult to isolate and diagnose. This enables RF system designers to identify and correct poor architecture choices early in the design, before commitments are made to the frequency plan, board area, layout, bill of materials, and performance.

With more than 100 pre-defined system measurements, and dozens of power and voltage-based behavioral models, designers do not need to spend time writing homegrown code, when they can use a dedicated, graphical tool designed for the RF system design task. High-quality designs can be produced quickly, saving prototyping cycles, costly troubleshooting, and project risk.