NOTE: The actual Daqarta STIM3 index allows you to move through it
by hitting the first letter of any entry. We apologize for
this primitive Web substitue: You may scroll through it
as usual, select a letter from the following line, or simply use your
browser's "Find" function to search this page.
All Mode, Step Hz/N
All, Page Mode
Attenuation vs. Level Table
Adjust, DAC Tone Components
Adjust, Digital Outputs
Biphasic Stimuli
Buffer Size, Setting with B: Parameter
Buffer Size vs Output Samples
Buffer Size vs Step Hz
Buffer Size vs Step N
Bursts, Tone Component
Bursts Plus Continuous Tones
Combining Tone Components, Level Considerations
Component, Tone Adjust Submenus
Continuous Tones
Continuous Tones, Multiple
Continuous Tones, with Bursts
Cosine Power, Tone Component Rise/Fall
Cycles, DigOut Pulse Train
DAC 0 or DAC 1 Activate
DAC 0 or DAC 1 Adjust, Entering
Delay, Digital Output Pulse Train
Delay, Tone Component Start
DEMO.ADC "Board" Driver
DIGITAL OUTPUT ADJUST SUBMENUS:
D. Cycles
D. High Duration
D. Introduction
D. Lag Duration
D. Low Duration
D. On/Off
D. Polarity
D. Pulse
D. Start Delay
D. Train
DigOut Activate
DigOut Adjust, Entering
Dig Pg, Ind vs. Lock A
Display of Stimulus Traces
Display Page, Default (View)
Distortion, Intermodulation
Duration, Tone Component Fall
Duration, Tone Component Rise
Duration, Tone Component Sustain
Experiment, Rise/Fall vs. Spectral Width
Exponent, Tone Component Rise/Fall Shape
Factor, Oversampling
Factor, Oversampling and Step Hz
Fall duration
Frequency, of Tone Component
Frequency, Step Hz/N Adjustment Modes
High Duration, DigOut Pulse
Hypersampling, and Sample Factor
Independent DigOut per Page
INIT Line, Setting Buffer Size
Intermodulation Distortion
Introduction to STIM3
Lag Duration, DigOut Pulse
Level, Combining Tone Components
Level, Tone Component
Level, vs. Attenuation
Lock DigOut to Page A
Low Duration, DigOut Pulse
Master On/Off Control
MISCELLANEOUS MENU:
M. Sync
M. View
M. Dig Pg
M. Shape
M. Step Hz/N
M. Pulse
Other Uses for STIM3
Oversampling, and Sample Factor
Page Mode: ALL, PAIR, EACH
Phase, Tone Component
Polarity, DigOut Pulse
Pulse, Digital Output Setup
Pulse, Instead of Full Digital Output
Revision History of STIM3
Rise duration
Rise/Fall Practical Example
Rise/Fall vs. Spectral Width
Rise/Fall Shape Exponent
Sample Factor (Oversampling)
Sample Factor, and Step Hz
Samples vs Memory Buffer Size
SETUP:
S. Adjust DAC 0 or DAC 1 Submenus
S. Adjust DigOut Submenus
S. DAC 0 or DAC 1 Activate
S. DigOut Activate
S. Display
S. Introduction
S. Master Off / On
S. Pg Mode: ALL, PAIR, EACH
S. Sample Factor (Oversampling)
Shape, Tone Component Rise/Fall
Spectral Line Alignment of Tones
Spectral Splatter and Rise/Fall Duration
Spectral Splatter and Rise/Fall Shape
Speed, CPU vs. Sample Rate
Start, Digital Output Pulse Train Delay
Step Hz/N Modes
Sustain Duration, Tone Component
Sync, Trace vs. Pg Mode
TONE COMPONENT ADJUST SUBMENUS:
T. Attenuation vs. Level Table
T. Combining Tone Components
T. Fall duration
T. Freq Hz
T. Intermodulation Distortion
T. Level %
T. On/Off
T. Phase degrees
T. Rise duration
T. Rise/Fall Practical Example
T. Rise/Fall vs. Spectral Width
T. Start
T. Sustain duration
Tone Mode, Step Hz/N
Train, Digital Output Pulse
View, Default Display Page
Window Function, Compared to Tone Burst Shape
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