The phrase "a complex device that" is correct and usable in written English.
It can be used when describing a device that has multiple intricate components or functions.
Example: "The engineer designed a complex device that could analyze data in real-time and provide instant feedback."
Alternatives: "a sophisticated apparatus that" or "an intricate mechanism that".
This is a complex device that requires installing one program on your Mac or PC, downloading another on your iPhone or Android phone, introducing the Orb to your Wi-Fi network, connecting it to your TV, switching its U.S.B. cable from your computer to the power plug, signing up for an account — it's no piece of cake.
Throw in the occasional act of God, software bugs, hardware conflicts, or plain old operator ignorance, and you have a complex device that won't work.
This castle clock was a complex device that was about 11 feet high, and had multiple functions alongside timekeeping.
To ensure that the books remained at a constant angle, Ramelli incorporated an epicyclic gearing arrangement, a complex device that had only previously been used in astronomical clocks.
An estimated 650,000 people in this country have either a defibrillator or a more complex device that combines a defibrillator and a pacemaker.
Mark Robinson, market business developer at Canon, adds: "It is also worth considering whether it's more important that a device reliably prints and scans at high quality, or whether there is a need for a more complex device that achieves that and much more".
The Vermont Knee Laxity Device is a large, complex device that is capable of accurately measuring knee kinematics and simulating various loading situations.
David Walker: Computation isn't mind, but if a computer could ever talk to a bishop its first words would be 'Save me' Raymond Tallis: We have no reason to think computers will be anything other than complex devices that channel unconscious electrical impulses Ann Long: Thinking emerged to serve the active, developmental, linguistic and loving interests of thinkers.
DNA-based membrane nanopores and origami structures able to assemble into two-dimensional networks on top of lipid bilayers are recent examples of the manifold of complex devices that can be achieved.
Wearable devices were originally designed as singular purpose complex devices that appealed to the athletically inclined and members of the technology community who took pride in quantifying biometrics.
Traditionally, sea level was measured with tide gauges including simple graduated measuring staffs and more complex devices that produce continuous graphic descriptions of tide height over time.
