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The Armstrong oscillator [1] (also known as the Meissner oscillator [2]) is an electronic oscillator circuit which uses an inductor and capacitor to generate an oscillation. The Meissner patent from 1913 describes a device for generating electrical vibrations, a radio transmitter used for on–off keying. Edwin Armstrong presented in 1915 some ...
Windows Backup was re-introduced with a new look and feature set for Windows 11. Passkey support on the OS level was implemented via the biometric Windows Hello system. The Start Menu, All Apps section now shows a new "System" label for system apps, which are managed via the Settings app, System category, System Components section.
English: Diagram of an Armstrong oscillator circuit using a FET as the active device. The Armstrong oscillator, invented by Edwin Armstrong in 1913, was one of the earliest oscillator circuits. It is an LC oscillator, in which the frequency is determined by a tuned circuit consisting of the inductor L1 and capacitor C.
23H2: Sun Valley 3 2023 Update [d] 22631 October 31, 2023 November 11, 2025 November 10, 2026 24H2: Hudson Valley 2024 Update 26100 October 1, 2024 [e] October 13, 2026 October 12, 2027 October 9, 2029 October 10, 2034 [f] Legend: Unsupported version [g] Old version, still maintained [h] Latest version [i] Notes:
Template documentation This template is intended for articles related to Microsoft 's Windows 11 operating system, such as its features, editions, and various parts of its architecture. See also
Windows 11 SE was announced on November 9, 2021, as an edition exclusively for low-end devices sold in the education market; it is intended as a successor to Windows 10 S, and also competes primarily with ChromeOS. It is designed to be managed via Microsoft Intune. Based on feedback from educators, Windows 11 SE has multiple UI differences and ...
English: Abstract block diagram of an electronic oscillator. It consists of an amplifying element with transfer function G(jω) with its output fed back into it's input through a feedback network with transfer function H(jω). The output voltage is labelled V o and the feedback voltage is labelled V f.
English: Block diagram of an electronic oscillator circuit, with the feedback loop broken to show how to calculate the loop gain. It consists of an amplifier element with amplification A , with its output V o fed back into its input V i through a feedback network with transfer function β(jω) .