Wavetek 680

The Wavetek 680 is a modular test and measurement chassis that consolidates up to eight instrument modules into a single 7-inch rack-mountable enclosure. This architecture enables engineers to configure custom measurement systems by combining digital multimeters, frequency counters, waveform generators, timing generators, and pulse generators within one compact platform. System buses provide inter-module communication, while an IEEE-488 port delivers external control and data acquisition capabilities for automated test sequences.

– Technical Specifications

Chassis Architecture
• 7-inch rack-mountable enclosure
• Module capacity: up to 8 instruments
• System buses for module interconnection
• IEEE-488 external interface port

Available Modules
• 680-05 Autocal Digital Multimeter Module
• 680-06-01 Frequency Time Interval Counter Module
• 680-01 Arbitrary Waveform Generator Module
• 680-02 Timing Generator Module
• 680-03 Pulse Generator Module

– Key Features

Modular design allows configuration flexibility for diverse test requirements without requiring separate instrument racks. The side handles enable field portability while maintaining a compact footprint suitable for lab benches or equipment racks. System bus architecture eliminates cabling complexity between modules and supports synchronized multi-module operation. IEEE-488 connectivity integrates with existing automated test systems and data logging infrastructure.

– Typical Applications

Automatic test equipment (ATE) systems, production line validation, research and development environments, and field service operations benefit from the Wavetek 680’s ability to scale measurement capability. Time-critical measurements requiring synchronized counter, generator, and timing functions execute efficiently within the unified chassis architecture.

– Compatibility & Integration

The IEEE-488 port supports integration with mainstream GPIB controllers and test software platforms. Individual modules operate independently or in coordinated multi-instrument configurations via the internal system buses, enabling both standalone and networked deployment models.