The Stanford Research Systems CG640 is a CMOS clock generator delivering stable, precise clock signals up to 100 MHz from a +5Vcc power supply. Built for research laboratories, industrial automation, and system integration, the CG640 provides a dedicated clock source where timing accuracy and signal integrity are critical to system performance.
Technical Specifications
• Output Frequency Range: Up to 100 MHz
• Output Type: CMOS
• Power Supply: +5Vcc
– Key Features
• High-performance clock signal generation with precise frequency control
• CMOS output architecture compatible with standard digital logic families
• Single +5Vcc supply operation simplifies power distribution and reduces system complexity
– Typical Applications
• Research laboratory instrumentation and test systems
• Industrial automation controllers requiring synchronized timing
• System integration in digital electronics requiring dedicated clock sources
• Applications demanding stable frequency generation up to 100 MHz
– Compatibility & Integration
The +5Vcc power requirement ensures compatibility with legacy and modern laboratory and industrial equipment. Direct integration into systems using standard digital logic families is straightforward. The CMOS output format allows interface with TTL, CMOS, and ECL circuits depending on signal conditioning and impedance matching at the point of use.
