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FG501A: Difference between revisions
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* voltage controlled frequency input (1000:1 ratio) | * voltage controlled frequency input (1000:1 ratio) | ||
* triggering | * triggering | ||
* variable phase control | * gated output with variable phase control | ||
}} | }} | ||
{{EndSpecs}} | {{EndSpecs}} | ||
The TRIG OUT signal is available on the front panel via a [[BSM|BSM female connector]]. | The TRIG OUT signal is available on the front panel via a [[BSM|BSM female connector]]. | ||
The Phase control is effective in gated mode to control the starting phase of the generated waveform. | |||
===Differences to FG501=== | ===Differences to FG501=== | ||
The FG501 non-A frequency maximum is 1 MHz, while the "A" model is specified at 2 MHz. | The FG501 non-A frequency maximum is 1 MHz, while the "A" model is specified at 2 MHz. | ||
The FG501 features seven different functions – Sine, Triangle, Square, +Ramp, –Ramp, Pulse ≤50% duty, Pulse ≥50%. The duration of ramp and pulse waveforms is always equal to the half-cycle time of the sine, square, or triangle waveform frequency | |||
The | The FG501A model provides only 3 functions – Sine, Triangle, Square – however, it has an added variable symmetry function, effectively allowing the same functionality as the non-A model | ||
The FG501A also features an output attenuator, not found in the non-A model. Output voltage is increased to 30 V (OC) from 10/15 V. | |||
The FG501A also features an attenuator, not found in the non-A model. | |||
==Links== | ==Links== | ||