FC-13532.7680KA-A0

The FC-13532.7680KA-A0 is a precision frequency control component designed for applications requiring stable, accurate timing and signal generation. This part belongs to a family of frequency standards commonly used in telecommunications, data acquisition, test and measurement equipment, and industrial control systems where reliable clock references are essential. Frequency control components of this type serve as master timing references, providing synchronized signals throughout complex electronic systems. They are particularly valuable in environments where multiple circuits or subsystems must operate in precise coordination, or where data transmission and synchronization protocols demand low jitter and high frequency stability. The specific part number designation suggests this is a tuning-fork or resonator-based frequency element, which offers excellent long-term stability characteristics with minimal power consumption compared to alternative timing solutions. These components are typically housed in compact surface-mount or through-hole packages suitable for direct integration onto printed circuit boards. The naming convention indicates this particular unit is calibrated to a specific frequency output, making it suitable for applications with fixed timing requirements rather than variable or programmable scenarios. Engineers often specify precision frequency control parts like the FC-13532.7680KA-A0 when they need to ensure reliable operation without the complexity and power draw of active oscillator circuits. Applications include synchronization in networked industrial equipment, timing references in laboratory instruments, clock generation in embedded systems, and frequency standards in communication interfaces. The component's design typically balances stability, miniaturization, and cost-effectiveness, making it suitable for production-volume applications where consistent performance across temperature and supply voltage variations is required. When selecting this particular part, engineers would consider factors such as the specific frequency requirement, package compatibility with their circuit board design, environmental operating conditions, and the need for minimal frequency drift over the component's operational lifetime. Compared to alternatives like ceramic resonators or LC oscillators, precision frequency control elements offer superior stability and lower phase noise, justifying their use in demanding applications where timing accuracy directly impacts system performance. The FC-13532.7680KA-A0 represents a practical choice for designers seeking a compact, reliable timing element that can be integrated directly into their circuitry without requiring sophisticated support circuitry or calibration procedures. Its use is common across industrial automation, scientific instrumentation, and communication equipment manufacturing sectors.