The 1670D is a 136 channel Logic Analyzer from Agilent. A logic analyzer is a type of electronic test equipment that engineers use to capture and display signals from a digital circuit or system. Logic analyzers are useful for measuring data, such as state machine traces, timing diagrams, and protocol decodes. When an engineer needs to view the timing relationship between multiple signals, he or she will use a logic analyzer for signal monitoring over time.
Additional Features:
136 Channels
An internal hard drive allows storing and retrieving large amounts of data
3.5-inch high-density flexible disk drive supports both DOS and LIF formats
LAN interface includes both 10Base-T and 10Base-2 connectors
The Agilent 1670D can take real-time code traces showing cause and effect events separated by hundreds of thousands of microprocessor instructions. Having a trace that long can be very important when you need to loot through nested interrupt service routines and other lengthy sections of code to find answers. And, with the added depth, you won't have to worry about program loops that can quickly fill the program buffer in a normal logic analyzer.
The 1670D is a 136 channel Logic Analyzer from Agilent. A logic analyzer is a type of electronic test equipment that engineers use to capture and display signals from a digital circuit or system. Logic analyzers are useful for measuring data, such as state machine traces, timing diagrams, and protocol decodes. When an engineer needs to view the timing relationship between multiple signals, he or she will use a logic analyzer for signal monitoring over time.
Additional Features:
- 136 Channels
- An internal hard drive allows storing and retrieving large amounts of data
- 3.5-inch high-density flexible disk drive supports both DOS and LIF formats
- LAN interface includes both 10Base-T and 10Base-2 connectors
The Agilent 1670D can take real-time code traces showing cause and effect events separated by hundreds of thousands of microprocessor instructions. Having a trace that long can be very important when you need to loot through nested interrupt service routines and other lengthy sections of code to find answers. And, with the added depth, you won't have to worry about program loops that can quickly fill the program buffer in a normal logic analyzer.
