The SG-645PCG 15.000000MHZ is a crystal oscillator manufactured by Epson Electronics America Inc-Semiconductor Div. It provides a stable and accurate clock signal at a frequency of 15.000000 MHz. This oscillator is designed for a broad range of applications requiring precision timing.

Applications

• Microcontroller Clocking
• Real-Time Clocks (RTC)
• Industrial Control Systems
• Communication Equipment
• Portable Electronics

Features

• Frequency: 15.000000 MHz
• Package: Surface Mount Device (SMD) for automated assembly.
• Operating Temperature: Wide temperature range for robust operation.
• Supply Voltage: Compatible with standard voltage levels.
• Frequency Stability: High stability across temperature variations.
• Low Jitter: Low phase noise for reliable performance.
• Output Waveform: CMOS output, compatible with digital logic.
• Power Consumption: Low power consumption for energy-efficient designs.

Benefits

• Precise Timing: Stable clock source for synchronous operations.
• Compact Size: Small footprint on the PCB, ideal for miniaturization.
• Durable: Reliable operation under harsh environmental conditions.
• Easy to Use: Simple integration with existing designs.
• Cost-Effective: Reduces overall system costs.
• Enhanced Performance: Accurate clock signal minimizes data errors.

Additional Details

This crystal oscillator incorporates a quartz crystal resonator, known for its stability and precision. Encapsulated in a ceramic package, it provides environmental protection and ensures consistent performance. The SG-645PCG series comes in various frequency options, catering to diverse clocking requirements. Designers should refer to the manufacturer's datasheet for comprehensive electrical specifications, including frequency tolerance, aging characteristics, and load capacitance. The SMD package facilitates automated assembly, reducing manufacturing costs and improving production efficiency. Careful consideration of the datasheet parameters is crucial to ensure proper circuit design and optimal performance.