Examples of using System cost in English and their translations into Chinese
{-}
-
Political
-
Ecclesiastic
-
Programming
Additionally, as lidar systems progress into generation 2 and 3, application optimized circuit integration will be needed to drive size, power, and overall system cost down.
The number of mechanical parts and grooves(requiring more complex molds, easy to enter dust, etc.) is reduced, increasing reliability and reducing system cost.
Industry leading innovation in programmable sensors, sensor interface devices and microcontrollers provide our customers with competitive advantage in system cost, capability and flexibility.
Industry leading innovation in programmable sensors, sensor interface devices and microcontrollers provide our customers with competitive advantage in system cost, capability and flexibility.
For this reason the use of IEEE1394 interfaces can in many cases reduce system costs.
They can be controlled by a single Hall sensor, reducing system costs.
We considered possible benefits, adverse effects and healthcare system costs.
The current prototype system costs approximately $350 to build.
The relative hydrocarbons systems cost largely are determined by the application.
Health system costs will increase, too.
Comparative LCOEs and system costs in four countries(2014 and 2012)*.
It not only improves RF efficiency and reduces system costs, but its industrial design allows OEMs to implement a hidden, high-performance antenna.
However, these systems cost up to $100,000 and also use mechanically-structured parts to move the laser scans from side to side across the vehicle's path.
To lower embedded systems cost and achieve economies of scale, the industry will need to standardize the hardware and software used.
Policy-makers, corrections authorities and private sector service providers also advocate for extended EM programmes to reduce total correctional system costs and reduce the prison population.
Servo system costs account for up to 24% of industrial robots, second only to reducers.
The smart antenna has incomparable advantages in aspects of eliminating interference, enlarging cover area of cells, decreasing system costs, and improving system capacity.
Next-generation CNC systems cost less, are smarter, and with built-in IoT technology they can be more easily integrated into Industry 4.0 initiatives.
With this low-power transmission, there is no need to use local power on the audio ECU, further reducing system costs.
At Solatube International, we intentionally design our daylighting systems using passive technology in order to significantly reduce system costs and maintenance.