The Murata CSTCC629MGTC is a ceramic resonator designed to provide stable oscillation in a variety of electronic circuits. It offers a cost-effective and compact alternative to quartz crystals, making it suitable for applications where high precision timing is not paramount.

Applications

• Microcontroller clock sources
• Wireless remote controls
• Consumer electronic devices (e.g., toys, appliances)
• Automotive applications
• Industrial automation equipment

Features

• Small footprint
• Reliable oscillation frequency
• Economical cost
• Robust construction
• Simple integration (no external components needed)

Benefits

• Reduced board space and component count
• Lower overall system expenses
• Increased system dependability due to fewer components
• Simplified circuit layout and production
• Accelerated product development cycle

Additional Details

The CSTCC629MGTC resonates at a frequency of 6.29 MHz. While not as accurate as quartz-based oscillators, ceramic resonators provide sufficient frequency stability for many applications. They exhibit lower sensitivity to mechanical stress, such as shock and vibration, compared to crystal oscillators. Frequency tolerance is a key characteristic, typically given as a percentage. Selecting a resonator with the correct load capacitance to match the microcontroller is essential. Murata stands as a trusted producer of reliable ceramic resonators, guaranteeing consistent performance from the CSTCC629MGTC.