Examples of using Design complexity in English and their translations into Japanese
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
-
Programming
Grasping the overall image of design complexity.
This price can vary on design complexity and template integration time.
BMP for the fastest code migration and minimum design complexity.
This allows us to increase design complexity while reducing errors in manufacturing.”.
The recommendation is based on a combination of the application usage, the design complexity and the business value.
To reduce design complexity and external component count, the TPS5450 feedback loop is internally.
Adding any of these features would increase the design complexity and the number of components.
This multi-network chip eliminates the need for different external communication ASICs andFPGAs drastically reducing the design complexity and cost.
This reduces the bill of materials and design complexity, lowering the cost of developing radio frequency products.
The recommendation is based on a combination of the application usage, the design complexity and the business value.
Reducing the weight, cost, and design complexity of vehicles is a major challenge faced by automotive manufacturers today.
The way Flash storage is implemented for theOTA function has an impact on its cost, design complexity, and performance.
This reduces the bill of materials and design complexity, lowering the cost of developing radio frequency products.
Integrated isolation solutions available iniCoupler technology reduce space requirements and design complexity at low cost.
Although originally anticipated to be delivered in 2012, design complexity slowed down construction, delaying delivery of the first tram.
The Studio 5000 Architect applicationsupports systemwide capabilities that can reduce design complexity and time.
The modules significantly reduce design complexity, manufacturing risks, and offer a true plug and play power/ supply solution, reducing time-to-market.
The TPS65987D and TPS65988 offer system designers the industry'shighest level of integration which can reduce design complexity and overall cost.
The module significantly reduces design complexity, manufacturing risks and offers a true"plug and play" power supply solution, reducing the time-to-market.
The article demonstrates that this technology minimizes several power-management problems, including efficiency, size, EMI,transient response, design complexity, and overall cost.
The high level of integration significantly reduces design complexity, manufacturing risks, and offers a true plug-and-play power supply solution, reducing time-to-market.
Since then, Carling has produced a full range of hydraulic magnetic circuit breakers that consistently out-perform the competition andoffer quality performance and design complexity at economical costs.
The high level of integration significantly reduces design complexity, manufacturing risks, and offers a true plug-and-play power supply solution to reduce time to market.
These chips leverage three-dimensional integrated circuit(3D-IC) architecture to gain power, performance and price advantages,but the configuration increases the design complexity and the challenges associated with power and thermal management.
The new power management methodology: distributed hardware management architecture, which connects a control PLD to low-cost sensing elements through a 3-wireserial high speed link reduces design complexity, board space requirements and BOM costs.
With Pharos you can: Extract very large blocks and SoC with fast turn-around time Run super-fast analysis for large-scale design blocks Quickly and easily make design decisions to manage EM crosstalk Experiment with various'what-if' scenarios for different operating conditions Identify Nets Susceptible to Electromagnetic andSubstrate Crosstalk Increasing design complexity along with the broad scope of magnetic field interference makes identifying all EM crosstalk susceptible victim/aggressor net pairs a very challenging, if not impossible, task.
Trends like the Internet of Things, smart connected products and additive manufacturing are merging the physical and digital worlds- creating extraordinary product innovationas well as exponentially increasing cost and design complexity across the entire product lifecycle.
The advantage of HOC solution is the concept of HMI-on-chip: TFT display driving, graphics rendering, touch screen handling and system interfacing are handled directly in the FPGA hardware,without the requirement of an operating system and associated design complexity required by the typical graphical solutions.
Beginning to end production control allows for the consolidation of different colored, textured and polished surfaces,reducing part numbers, design complexities, weight and assembly costs.