The phrase "as passive components" is correct and usable in written English.
It can be used in contexts related to electronics or engineering, where passive components refer to elements that do not require an external power source to operate.
Example: "In this circuit, resistors and capacitors function as passive components, allowing the flow of current without amplification."
Alternatives: "in a non-active role" or "as non-powered elements".
It uses only two grounded capacitors as passive components and BJTs as active elements; thus, it can be classified as an active-C filter.
The paper realizes a single-resistance-controlled oscillator employing current differencing buffered amplifiers as active devices, and virtually grounded resistors and grounded capacitors as passive components.
With this performance, printed magnetoelectronic devices could be applied as passive components responding to a magnetic field for flexible electronics.
Whilst the use of wide-band reflective polarizers as passive components in polymer LED (PLED) devices is one means to engineer a CP light output, this results in a relatively complex and thick device architecture, requiring an additional liquid-crystal cell.
On the technology side, the major challenges will be power dissipation and system cooling, low-cost and thermal-matched high-density interconnect substrates, as well as low-cost passive components integration.
Therefore, industry standard AEC-Q200 requirements include the biased humidity test 85 °C/85% RH for passive components as well.
Transparent and flexible electronics (TFE) is, today, one of the most advanced topics for a wide range of device applications, where the key component is transparent conducting oxides (TCOs), which are unique materials that oxides of different origin play an important role, not only as a passive component but also as an active component [173].
The trend to integrate passive components as near to the logic as possible provides an opportunity for high-capacitance devices.
The algorithm builds compact, analytical circuit models and represents the scattering parameters of the passive components as a function of its geometrical parameters and as a function of the frequency.
As for other wake-up radios that use passive components, such as diode rectifiers, they detect out-of-band signals, increasing their false wake-up packets, power consumption and latency.
Passive components such as coupler, divider and filters are always fabricated in outside of Integrated Circuits, which have been a great barrier to a realization of a fully integrated design.
