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Electronic design automation software
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PCB design software
The 1991 Apple IBM Motorola Power Performance Computing (PowerPC) RISC architecture is designed in both 32 and 64-bit tools. For embedded utilization,...
PCB design software
The 1991 Apple IBM Motorola Power Performance Computing (PowerPC) RISC architecture is designed in both 32 and 64-bit tools. For embedded utilization, it is configured with both the ST Microelectronics' SPC 56xx and Free scale Semi conductor micro controller lines, which are suitable for the automotive industry. The Raisonance operation development tools for PowerPC consist of a Ride 7 software to edit and debug production, and the R Flasher tool to program interface. Thus, these are designed for programming and debugging of executables produced by a coverage of compilers.
PCB design software - 8051
The Raisonance 8051 core-based microcontrollers offer a C compiler, an ASM51-like macro-assembler, a bank-switching linker, a post-link...
PCB design software - 8051
The Raisonance 8051 core-based microcontrollers offer a C compiler, an ASM51-like macro-assembler, a bank-switching linker, a post-link optimizer, a small footprint RTOS, and an integral simulator. This product controls all software and supported debugging tools. This software can be used to produce start-to-finish control of application improvement.
This product is supported by manufacturers such as Silicon Laboratories, Cypress, Texas Instruments, Analog Devices, Dolphin, Atmel and NXP.
This product is supported by manufacturers such as Silicon Laboratories, Cypress, Texas Instruments, Analog Devices, Dolphin, Atmel and NXP.
Design software / FPGA - Resampler
RFELs flexible architecture supports up-sampling or down-sampling of many channels simultaneously and allows the rate change to be selected with a resolution of less than one...
Design software / FPGA - Resampler
RFELs flexible architecture supports up-sampling or down-sampling of many channels simultaneously and allows the rate change to be selected with a resolution of less than one Hertz. When operating on multiple input channels, the architecture treats each channel independently allowing different input/output sampling rates and rate changes for each. Furthermore, the rate change required for each channel can be updated at run-time, without affecting the operation of other channels.
Silicon usage minimised for each application.
Supported by bit-true MATLAB models.
Xilinx and Altera FPGA devices supported.
Adjustable bit widths and bit growths (factory set).
Silicon usage minimised for each application.
Supported by bit-true MATLAB models.
Xilinx and Altera FPGA devices supported.
Adjustable bit widths and bit growths (factory set).
Electronic circuit simulation software - Simul’Elec
Electric diagrams simulation
The electrical simulator
Our simulator is the first electrical circuits simulation software entirely integrated into an Electrical CAD.
With all...
The electrical simulator
Our simulator is the first electrical circuits simulation software entirely integrated into an Electrical CAD.
With all...
Electronic circuit simulation software - Simul’Elec
Electric diagrams simulation
The electrical simulator
Our simulator is the first electrical circuits simulation software entirely integrated into an Electrical CAD.
With all its analysis modes, it allows to realize the complete study of an electric installation. Its simple and effective interface allows using it as well for industrial applications as in a pedagogical approach
The Strong Points:
It becomes integrated into a process of technical validation before the phases of manufacturing,
It offers several regimes of analysis,
It is ideal for the professors who wish to introduce their pupils to the use of a simulation,
It enables to explain easily the functioning of an electric circuit.
The electrical simulator
Our simulator is the first electrical circuits simulation software entirely integrated into an Electrical CAD.
With all its analysis modes, it allows to realize the complete study of an electric installation. Its simple and effective interface allows using it as well for industrial applications as in a pedagogical approach
The Strong Points:
It becomes integrated into a process of technical validation before the phases of manufacturing,
It offers several regimes of analysis,
It is ideal for the professors who wish to introduce their pupils to the use of a simulation,
It enables to explain easily the functioning of an electric circuit.