83624B

Agilent 83624B High Power Swept-Signal Generator

The Agilent 83624B Synthesized Sweeper has a transition filter that indicates what sorts of bit state changes in the condition record will set the comparing bits in the event log. The bits of the transition filter can be designed for positive transitions (PTR), Negative transitions (NTR), or both. Positive means a condition the bit changes from 0 to 1. Negative implies that a condition bit changes from 1 to 0. The transition filters are read-write and they are not influenced by * CLS (clear state) or queries. They are arranged to subordinated estimations of the instrument when turning on and after * RST.

In this gadget, an instrument trigger framework synchronizes the instrument activities with specified events. An instrument activity might be making an estimation or sourcing an output signal. The events used to synchronize these activities incorporate programming trigger commands, changing signal levels, and pulses on BNC connectors. The trigger framework likewise gives the user a chance to indicate the number of times to repeat activities and delays between activities. The generalized trigger model permits a discretionary number of event-detection states. Note that there can be two ways into a state and two ways out of a state. These are called the downward entrance and exit and the upward entrance and exit. Upward means moving towards the idle state without and downward means moving towards instrument activities.