Simulation Software
computer programs that emulate the function of a system, predict expected performance, evaluate the impact, and assess design alternatives.
See Also: Simulation, Simulators, Simulation Testing, SPICE, Predictive Analysis
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GoldenGate RFIC Simulation Software
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GoldenGate RFIC Simulation and Analysis Software is an advanced simulation and analysis solution for integrated mixed signal RFIC designs that is fully integrated into the Cadence Analog Design Environment (ADE). GoldenGate is part of Keysight's RFIC simulation, analysis and verification solution that also includes Momentum for 3-D planar electromagnetic simulation, SystemVue & Ptolemy wireless test benches for system-level verification, and the Advanced Design System (ADS) Data Display for advanced data analysis. This suite links the RF system, subsystem, and component-level design and analysis as part of a unique and comprehensive RFIC design flow.
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EM & Thermal Simulation Software
SEMCAD X
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Schmid & Partner Engineering AG
SEMCAD X is the latest generation of 3-D FDTD full-wave simulation software offering unprecedented levels of user-friendliness, speed & memory efficiency. Its application range has been further greatly extended by incorporating the world's first EM ADI-FDTD solver.
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Radar Simulation Software
Pulse Sequencer
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R&S®Pulse Sequencer software together with a vector signal generator from Rohde & Schwarz or just as software provides a compelling radar signal generation solution to engineers and technicians responsible for testing radar receivers. The solution is in line with the trend of testing more in the lab rather than expensive field testing. Co-engineered with the industry, the solution supports all relevant modern radar scenario test cases and can account for real-world environments. It uses commercially available R&S®Pulse Sequencer PC software and off-the-shelf Rohde & Schwarz vector signal generators.
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Digital Twin
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Engineering simulation software has traditionally been used for new product design, but with the advent of advanced embedded sensors, engineers can now use this data to create digital twins. Digital twins can be used in real-time systems analysis to schedule predictive maintenance and implement performance optimizations. With the Hybrid Analytics capability of Ansys, engineers can reach an unparalleled level of accuracy using predictive analytics by combining machine learning (ML)-based analytics with a physics-based approach.
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Defined GNSS Simulator Software
BroadSim Revolutionary Software
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BroadSim was developed to simplify the creation of advanced jamming and spoofing scenarios with Navigation Warfare (NAVWAR) testing in mind. With high-performing hardware, a robust and innovative software engine, and an intuitive user interface; BroadSim outperforms and exceeds features offered by the competition.
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Electric Vehicle AC Charging Compatibility ATS
8000
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It is a customized system for Electric Vehicle AC Charging Compatibility testing.Hardware : Integrated by AC Source/Power Meter/DC Source/Function Generator/Scope/ EVSE CP & PD Simulator…。Software : Fully complies with SAE-J1772, CNS15511 test requirements
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AC drives, Soft-Starters or Servo Drives Simulation Software
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Product simulation software enables users to operate, program and simulate AC drives, Soft-Starters or Servo Drives directly from their computer without having the actual product present or connected. Our simulation software can be used as a demonstration tool during a sales meeting or as an interactive tool for training classes. Software available In addition we offer simulation software for dedicated markets such as pumping, mining, material handling, etc... to demonstrate the use of motor controls in simulated applications.
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Finite Element Analysis (FEA) Solution
Femap
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Siemens Digital Industries Software
Femap is an advanced engineering simulation software program that creates finite element analysis models of complex engineering products and systems, and displays solution results. Femap can virtually model components, assemblies or systems and determine the behavioral response for a given operating environment.
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Simulation Software For Cyclic Voltammetry
Digisim
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Cyclic voltammetry can readily provide qualitative information about the stability of the oxidation states and the electron transfer kinetics of a redox system. However, quantitative studies using cyclic voltammetry (e.g., mechanistic investigations) are more difficult and typically require the use of simulation software. A number of methods have been developed for the simulation of cyclic voltammograms. Of these methods, the fast implicit finite difference method has been shown to be the most efficient, stable, and accurate, and this method is used for the DigiSim simulation software from BASi®.
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Simulation Environments Software
Modelica
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Modelica Libraries with a large set of models are available (overview, details and download). Especially, the open source Modelica Standard Library contains about 1280 model components and 910 functions from many domains.
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Molding Simulation Software
Moldflow®
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Engineers and analysts use Moldflow software for plastic injection molding simulation to improve plastic part designs, injection mold designs, and manufacturing processes.
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Optical Components & Transmission Simulation Software
VPIphotonics Design Suite
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VPIphotonics Design Suite™ embeds expert knowledge from our component and transmission design tools in one shared, flexible software environment to support requirements in design, analysis and optimization providing you with the most powerful numerical algorithms tailored for your applications.
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Software
Battery Simulator
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Chroma Systems Solutions, Inc.
Testing battery connected devices with an actual battery can either be cost or time prohibitive especially if multiple channels are required. Our Battery Simulation software is used to validate device functions during development in lieu of an actual battery or batteries. Automotive applications include motor drivers, OBC, DC-DC convertors or chargers, and products of DC bus.
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Plastics Simulation Software
Moldex3D
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Moldex3D is the world leading CAE product for the plastics injection molding industry. With the best-in-class analysis technology, Moldex3D can help you simulate the widest application range of injection molding processes to optimize product design and manufacturability, shorten time-to-market, and maximize product ROI.
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Waveguide Rotary Joints
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Waveguide Rotary Joints are used for the rotary transmission of power and signal between the stationary and rotating parts of a radar or satcom system.EVERAXIS has designed and produced single and multi channel Waveguide (WG) Rotary Joints since 1958. Every new design is simulated in FEM software as well as physically tested for optimal performance. Each high power Waveguide Rotary Joint is tested at maximum peak power before shipment.
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Product
IRIG 106 Chapter 10 SDK for MIL-STD-1553 Applications
Avionics Interface Technologies — A Teradyne Company LOGIN Open Search Form F-SIM-1553-AVOE F-SIM-1553-AVOE
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Avionics Interface Technologies
Supports Capture, Recording, & Analysis of MIL-STD-1553 Chapter 10 Ethernet Data Streams - View Live MIL-STD-1553 Data and Activity Statistics from one or more Chapter 10 Streams - Compatible with AIT eDAQ-1553 & eDAQ-1553-FQ Modules - Open, View, Save, & Analyze MIL-STD-1553 bus data from Chapter 10 Archive Files - Replay MIL-STD-1553 bus data from Chapter 10 Archives using any of AIT’s MIL-STD-1553 Interface modules - Supported in AIT’s Flight Simulyzer simulation and analyzer software application
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Solar Array Simulator DC Module, 65V, 8.5A, 510W
E4361A
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The Keysight E4361A is a 510W solar array simulator DC power module that simulates the output characteristics of a solar array. The E4361A is primarily a current source with very low output capacitance. It offers fast I-V curve changes allowing you to accurately simulate the output of different solar arrays under various environmental conditions (ex. temperature, age, eclipse, spin etc.). The E4360 gives you the flexibility to operate it in two ways:
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LED Load Simulator
63110A/ 63113A/63115A
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As shown on the V-I curve in figure 1, the LED has a forward voltage VF and a operating resistance (Rd). When using a resistor as loading, the V-I curve of the resistor is not able to simulate the V-I curve of the LED as shown in blue on figure 1. This may cause the LED driver to not start up due to the difference in V-I characteristic between the resistors and the LEDs. When using Electronic Loads, the CR and CV mode settings are set for when the LED is under stable operation and therefore, is unable to simulate turn on or PWM brightness control characteristics. This may cause the LED driver to function improperly or trigger it’s protection circuits. These testing requirements can be achieved when using a LEDs as a load; however, issues regarding the LED aging as well as different LED drivers may require different types of LEDs or a number of LEDs. This makes it inconvenient for mass production testing.
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Dual Port Simulator Fiber Channel XMC Module
XMC-FC4 Simulyzer
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*Two independent fiber channel ports*The two SFPs accept electrical as well as optical transceivers*Each port supports 1, 2, or 4 Gbps*Supports customer-specific defined transmission speed*Comprehensive decoding of FC-1, FC-2 and Upper Layer Protocol (ULP) frames*Triggering and filtering*Supports DMA for high-speed streaming*IRIG-B time code encoder / decoder for data correlation*Supports ULPs such as FC-AE-ASM, FC-AE-RDMA, FC-AE-1553 and FC-AV*Supports HS-1760E applications such as AS5653, AS5652 and AS5627*Optional fcXplorer, Windows-based FC simulation and analysis test software*FC SDK (Software Development Kit) provides drivers and APIs for Windows XP / 7,*Linux, VxWorks, QNX Neutrino RTOS and others on request
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Radar Target Simulator
E8707A
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Rapid developments in the autonomous vehicle and demand for greater safety features is fueling the need for more sensitive and accurate automotive radar technology being deployed in advanced driver assistance systems (ADAS). With its rich expertise in radar test technology, Keysight now offers the E8707A radar target simulator to help automotive electronics manufacturers confidently simulate radar targets in various realistic scenarios.
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PXI RTD Simulator Module 6-Channel PT100
40-262-101
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The 40-262 is a 3U PXI module range that supports 6 (in one slot), 12 or 18 (in two slots) channels of RTD simulation. Based on the 40-260 design principles the module can provide a setting resolution of <8mΩ (PT100) or <90mΩ (PT1000) and a resistance accuracy of better than 0.1% on all channels. Each simulation channel is able to provide a short or open circuit setting to simulate faulty wiring connections to a sensor. Calibration or verification of each resistor channel can be verified by using the calibration port connected to a high performance DMM and a supplied software package.
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PXI RTD Simulator Module, 24 Channel, PT500
40-263-002
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The 40-263-002 is a 24-channel PT500 RTD Simulator. The 40-263 range is a cost effective method of simulating PT100, PT500 or PT1000 RTDs. It supports 4, 8, 12, 16, 20 or 24 channels in one or two PXI slots. Also, channels are able to be set as short or open circuit to simulate faulty wiring to a sensor.
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PXI RTD Simulator Module 12 Channel PT100
40-262-201
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The 40-262 is a 3U PXI module range that supports 6 (in one slot), 12 or 18 (in two slots) channels of RTD simulation. Based on the design principles of our 40-260 PXI Precision Resistor, this RTD simulator module can provide a setting resolution of <8mΩ (PT100) or <90mΩ (PT1000) and a resistance accuracy of better than 0.1% on all channels.
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PXI/PXIe Battery Simulator Module, 6-Channel With V/I Readback
41-752A-011
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Targeting EV, automotive, aerospace, energy storage and electric aircraft applications, the new battery simulator modules occupy a single PXI slot. These 6-channel battery simulators are capable of supplying up to 7 V and 300 mA per channel. The channels are fully isolated from ground and from each other, allowing series connection to simulate batteries in a stacked architecture.
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PXI Battery Simulator Module
41-751-001
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The 41-751 is a low power battery simulator module that can be used to simulate the power supplies of cellular phones and other portable battery devices. It features fully floating output terminals than can deliver voltages up to 6 Volts. The fast responding remote sense connections allow the module to regulate the supply voltage at the device under test.
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PXI RTD Simulator Module 6-Channel PT1000
40-262-102
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The 40-262 is a 3U PXI module range that supports 6 (in one slot), 12 or 18 (in two slots) channels of RTD simulation. Based on the 40-260 design principles the module can provide a setting resolution of <8mΩ (PT100) or <90mΩ (PT1000) and a resistance accuracy of better than 0.1% on all channels. Each simulation channel is able to provide a short or open circuit setting to simulate faulty wiring connections to a sensor. Calibration or verification of each resistor channel can be verified by using the calibration port connected to a high performance DMM and a supplied software package.
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4, 8, 16 And 32 ChannelARINC429 Test And Simulation Modulefor PCI Express
APE429-x
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ARINC429 Test and Simulation modules with 4, 8, 16 or 32 Software programmable Tx/Rx channels plus up to 8 Discrete I/O’s. The APE429-x is a functional replacement for the models API429-x/APX429-x.
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PXI Millivolt Thermocouple Simulator Module - 8 Channel
41-760-004
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This series of PXI Thermocouple Simulator Modules is available in a choice of 32, 24, 26 or 8 channels—each channel providing a low-voltage output across two connector pins capable of providing ±20mV with 0.7µV resolution, ±50mV with 1.7µV resolution and ±100mV with 3.3µV resolution, covering most thermocouple types.
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VXI Synchro/Resolver Simulation & Measurement
65CS4
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NAI’s 65CS4 is a Synchro/Resolver Simulation & Measurement Instrument on a single-slot VXI board. The board incorporates up to four Synchro/Resolver measurement channels and up to four instrument-grade Synchro/Resolver simulation channels, or up to eight embedded grade Synchro/Resolver simulation channels that can be used independently and/or simultaneously.
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PXI/PXIe LVDT/RVDT Simulator Module, 2-Banks
43-670-103-AABBCC
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The 41/43-670-103 is ideal for the simulation of variable differential transformers (VDT), both linear (LVDT) and rotary (RVDT) types. It has two banks, each capable of simulating the output of a single 5 or 6-wire VDT or resolver, or dual 4-wire utilizing a shared excitation signal.
