Part #: 37.722MHZ
|
|  |
37.722MHZ Component Specifications
General Information: The 37.722MHZ component is a critical part used in electronic circuits, communication systems, and other applications requiring precise frequency control. This component is renowned for its accuracy and stability in generating a 37.722MHz signal.
Specifications
- Type: Typically a crystal oscillator or resonator designed to produce a stable 37.722MHz frequency for timing and synchronization purposes.
- Accuracy: Engineered to provide high-frequency accuracy within specified tolerances to ensure reliable performance in electronic systems.
- Stability: Offers excellent frequency stability over temperature variations and environmental conditions, maintaining signal integrity in diverse operating environments.
- Package: Available in various package types such as surface mount or through-hole configurations for compatibility with different circuit designs.
Applications
- Communication Systems: Essential for telecommunications equipment, radio transmitters, and data transmission devices requiring precise frequency generation.
- Timing Circuits: Used in clocks, microcontrollers, and digital systems where accurate timekeeping and synchronization are crucial.
- Signal Processing: Employed in signal processing applications, frequency synthesizers, and RF modules for consistent signal generation and processing.
Compliance
Industry Standards: The 37.722MHZ component complies with relevant industry standards for frequency accuracy, stability, and performance, ensuring compatibility with industry requirements.
Identification
The designation 37.722MHZ specifies the component's operating frequency, aiding in its identification and integration into electronic systems where precise 37.722MHz signal generation is essential.
All parts are inspected before shipping to ensure that you receive components that meet and exceed our quality assurance guidelines. We screen against counterfeit parts. Our mission is to ensure you receive the highest quality parts.