AOCTQ5-X-10.000MHZ-M5

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Oscillators

Oscillators are electronic circuits which generate a steady, repeating signal without any additional input. This repeating signal can be used to time and synchronize electronic circuit operations. Examples of electronic oscillators include crystal oscillators, resonators, voltage-controlled oscillators (VCOs), and relaxation oscillators.

The AOCTQ5-X-10,000MHZ-M5 Oscillator is a crystal oscillator for use in wireless applications. It is a surface-mount, miniature surface-mount oscillator ideal for mobile and embedded system designs. The AOCTQ5-X-10,000MHZ-M5 Oscillator has an operating frequency of 10 MHz and is designed to provide superior long-term stability and good jitter performance for wireless communication systems. It is also available with a pin-compatible 5 V version for added flexibility.

The working principle of the AOCTQ5-X-10,000MHZ-M5 Oscillator is based on an LC (Inductor-Capacitor) circuit. This type of oscillator uses a tuned LC circuit, which is tuned to the desired frequency. The oscillator circuit is composed of an inductor and a capacitor connected in parallel. The combination forms a resonant circuit in which the inductor and capacitor effectively “store” energy back and forth, and the system oscillates.

The AOCTQ5-X-10,000MHZ-M5 Oscillator is a high-performance, low-power surface-mount oscillator with excellent electrical characteristics. It is reliable, cost-effective and suitable for use in various types of applications. In addition, it is ideal for wireless communication systems such as WiFi, Bluetooth, LTE, UMTS, and WiMax. It is also suitable for embedded applications such as medical and automotive systems.

The AOCTQ5-X-10,000MHZ-M5 Oscillator is ideal for applications that require high performance and long-term stability, such as medical, automotive and communication systems. The oscillator features excellent jitter performance, low power consumption and robustness, making it a reliable solution for various applications. In addition, its low-voltage design suits a wide range of applications that require a smaller footprint.

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