The phrase "components necessary to" is correct and usable in written English.
It is commonly used when listing essential elements or aspects that are required for something to be successful or functional. Example: "The software company prioritized the development of components necessary to create an efficient user interface, such as easy navigation, clear labels, and responsive design."
Cloudine provides all components necessary to construct and execute elastic scientific applications.
So this demonstrates for the first time all the components necessary to carry out teleportation over a standard telecoms network to a solid state quantum memory.
Apple is not the only company working on new technologies to allow components necessary to the function of a modern smartphone to be moved under the display.
Furthermore, to produce the shapes of the components necessary to achieve the required displacement and stress states.
Foods are usually the best source of vitamins because they have all the components necessary to be digested and used by the body.
JCAP research will be directed at the discovery of the functional components necessary to assemble a complete artificial photosynthetic system: light absorbers, catalysts, molecular linkers, and separation membranes.
They also report that, using the technique, they have built chips with working versions of all the circuit components necessary to produce a general-purpose computer.
If you don't want to wait, you can look for a new computer that has been qualified as "Windows Vista Capable," which means that it has the minimum hardware components necessary to run the most basic version of Windows Vista.
Neither the police nor prosecutors have specifically identified the objects other than to say that they are all the components necessary to make a bomb except the explosive material.
The kit, containing all of the components necessary to build an Altair computer, sold for $397, barely more than the list cost of the Intel 8080 microprocessor that it used.
This paper presents a methodology and the underlying architectural components necessary to implement a unified High-Level fusion intelligence application, followed by a case study that demonstrates the resulting improvements in knowledge discovery and predictive accuracy.
