LPTX INDEX:

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

A:

 AC-Coupled Non-Inverting Amplifier
 Active DAC Model Construction
 Active SAR Model Construction
 Address Parameter A:
 All / Ind Settle Wait Control
 Analog Output Buffer / Line Driver
 Appendix
 Averager Remote Control Input

B:

 Battery Connectors, 9 Volt
 Bits Control, ADC
 Bits, Increasing Effective via Dither
 Bits Preset Parameter B:
 Board Layout Printer Files
 Board Materials, Printed Circuit
 Board Preparation, Printed Circuit
 Buffer / Line Driver, Analog Output
 Buffer, Level-Shifting Gain

C:

 Cable Length vs. Wait Parameter
 CAD Program for Printed Circuit Layout
 Circuit Description, MUX Board
 Circuit Diagrams, Miscellaneous
 Circuit, Printed - Construction Techniques
 Channel Control, DigOut and DAC Models
 Channel Control, SAR and MUX Models
 Channel Preset Parameter C:
 Chorus and Doubling Effects
 Comb Filter Theory
 Component and Tool Suppliers
 Component Installation, Printed Circuits
 Configuration Parameters
 Concentration of Printed Circuit Etchant
 Connector Pinout Diagrams
 Construction and Testing of LPTX Models
 Controls, LPTX Menu
 Controls, Mixer
 Conversion Speed S:
 Cross-Fade Mixer

D:

 DAC Linearity Test, Triangle/Ramp Mode
 DAC, Active Model
 DAC Model Features
 DAC Model Construction
 DAC R-2R Ladder Theory
 DAC, Testing Passive Model
 DAC, Wiring Passive Model
 DB25 Connector Pinouts
 Daughter Board for Printed Circuit Modifications
 DDisk Remote Control Input
 Delay Polarity, Echo Mode
 Delay Samples, Echo Mode
 Delay, SAR Settle Parameter W:
 Dental Burs for Drilling Printed Circuit Boards
 Digital Input Preset
 Digital Input Range
 DigOut Model Construction
 DigOut Model Features
 DigOut, Separate Port P:
 Direct-Draw Printed Circuit Method
 Dither, Using for High Resolution
 Dither, DC
 Divider, Voltage
 Double-Sided Printed Circuit Boards
 Doubling and Chorus Effects
 Drawing Printed Circuits with Resist
 Drill Hole Marking for Printed Circuits
 Drilling Printed Circuit Boards

E:

 Echo Mode, MUX Only
 Electroless Tin, Avoiding in Printed Circuits
 Etching Printed Circuits
 External Pacer
 External Pacer for Special Effects
 External Pacer vs Channel Usage
 External Trigger Input

F:

 Features, LPTX Models
 Feedback Howl, Echo Mode
 Felt-Tip Markers for Printed Circuits
 Ferric Chloride Etchant
 Files, MUX Board Printer
 Flanging Effect
 Flux, Rosin

G:

 Gain Stage, Inverting
 Gain Stage, Non-Inverting
 Gain Stage, AC-Coupled Non-Inverting
 Gain Stage, Level-Shifting
 Gaussian Noise Output

H:

 Help File, Omit via F: Parameter
 Hold / Now Level
 Hole Marking for Printed Circuits

I:

 Ind / All Settle Wait Control
 Input, Digital
 Input Range R:
 Input Range, Digital
 Introduction and Features of LPTX Models
 Inverting Gain Stage
 IRQ Parameter I:

J:

 Jumpers in Printed Circuit Layouts
 Jumpers vs Double-Sided Circuits

L:

 Ladder Network, DAC R-2R Theory
 Layout, Printed Circuit
 Level Control of Noise Output via Stop Value
 Level Step
 Level-Shifting Gain / Buffer
 Line Driver, Analog Output Buffer
 Linearity Test for DAC, Triangle/Ramp Mode
 LPT Port for Stimulus DigOut

M:

 Menu Controls, LPTX
 Miscellaneous Circuit Digrams
 Miscellaneous LPTX Functions
 Mixer Circuits
 Models and Features
 Model Parameter M:
 Model Performance Table
 Modifying Printed Circuits
 MUX Board Printer Files
 MUX Board Circuit Description
 MUX Board Parts List
 MUX Model Construction
 MUX Model Features
 Mylar, for Circuit Layout

N:

 Noise for Dithered Single-Bit ADC
 Noise Output Option
 Non-Inverting Gain Stage
 Now / Hold Level

O:

 Orientation of Printed Circuit Components
 Output Modes, Special DAC/DigOut

P:

 Pacer, External
 Parameters, Configuration Line
 Parameters, Overview
 Parts List, MUX Board
 Parts Suppliers
 Performance Table
 Piggyback Printed Circuit Modifications
 Pinout Diagrams, Connector
 Polarity, Echo Mode
 Port Address, Main A:
 Port Address, Stimulus DigOut P:
 Port, 8255 for Stimulus DigOut
 Port, Second LPT for Stimulus DigOut
 Potentiometers, Mixer
 Printed Circuit Construction Techniques
 Printer Files, MUX Board Layout and Schematics
 Propagation Delay and Wait Parameter
 Pulse Output, Stimulus Trigger

R:

 R-2R DAC Ladder Theory
 Ramp Output Option
 Random Level Output Option
 Range, Digital Input
 Range, Input R:
 Remote Control Inputs
 Repairing Printed Circuits
 Resist Markers for Printed Circuits
 Resolution, Increasing via Dither
 Resources - Suppliers
 Reverb (Echo) Mode, MUX
 Reverberation Time
 Rosin Flux for Tinning Printed Circuits

S:

 Sample-And-Hold (S/H) Circuit
 SAR Construction, Passive Model
 SAR Construction, Active Model
 SAR Model Features
 Schematic Printer Files
 Sensitivity, Input R:
 Settling Time Control Submenu for SAR
 Settling Time, SAR Main Menu Controls
 Settling Time, SAR Wait Parameter W:
 Shielding, MUX Board
 Single-Bit ADC with Dither
 Slope, Ramp and Initial Triangle
 Sockets for Printed Circuits
 Soldering Printed Circuit Components
 Specific Gravity of Printed Circuit Etchant
 Speed, Conversion S:
 Speed, vs CPU and Model
 Staircase Level Output Option
 Start Level
 Step, Level
 Stimulus Trigger Pulse Output
 Stop Level
 Suppliers, Components and Tools

T:

 Tinning Printed Circuits
 Tool and Component Suppliers
 Triangle Output Option
 Trigger Input, External
 Trigger Pulse Output

U:

 Unipolar SAR Operation
 Unipolar Range Parameter R:U

V:

 Viewing Angle, Printed Circuit Components
 Voltage Divider

W:

 Wait Control for SAR
 Wait Control Submenu for SAR
 Wait Preset Parameter W: for SAR
 Wiring Diagrams, Connector
 Wiring, Passive DAC Model

• Back to start of LPTX Index.
• Back to LPTX contents.
• Back to Daqarta Board Drivers.
• Daqarta for DOS Help contents.
• Daqarta for DOS Index.
• Daqarta home page.
• Daqarta download options.
• Free Registration

Questions? Comments? Contact us!