HTS PDA TOOLS

COMING SOON!

HTS has taken our most popular reference data and put it into a PDA program!

The reference section of our website is already used by people around the world. The best improvement that we could think of was letting users download the reference data and specialty calculators to their Personal Digital Assistants (PDAs). Although the tools are designed for engineers and programmers involved in control, monitoring, and information systems -- a lot of other people use this information as well.

Requirements

Pocket PC 2000 or greater
WinCE 4.1 (CE.NET) or greater
VB.NET Compiler (this is the actual source code)

Tools

Calculator -- Pocket PC includes a "standard" calculator. We made it look more like the "scientific" calculator
Conversions -- Distance, area, weight, volume charts and calculators are included
ASCII table -- table of ASCII values
Scaling / Interpolation -- allows you to convert from 0-20 ma to 0 to 300 PSI or any other scaling / interpolation type problems
Resistors -- Displays color codes and has a resistor calculator
Addresses & Interrupts -- list of most commonly used PC addresses & interrupts
Ohm's Law Calculator -- enter any two values and it calculates the third value
Power Calculator -- enter any two values and it calculates the third value
Binary / Hexadecimal / Decimal / Octal / BCD conversion calculator
RS232 pinouts

All for the unbeatable price of

FREE! And for that price we even throw in the source code for those bit heads that want it! Are we crazy you ask? Well, yes, but we also want to try to help people where we can, we need examples of our work, and we want to publish source code to help other developers -- so we are serving multiple purposes by publishing HTS PDA Tools.

Downloads

Source code (requires Visual Studio .NET 2003)
Run-time only (no source code) with Windows CE.NET included
Run-time only (no source code or CE.NET)

Screen Shots

PDA Tools Microsoft Windows Pocket PC CE.NET free example source code software ASCII chart calculator resistor color codes scaling interpolation addresses interrupts ohm's law dc power binary hexadecimal decimal octal BCD RS232 pinouts

We try to offer a fair and balanced opinion on every page of our website. We would appreciate more information from other users to express their opinions which we will then incorporate. If you have questions or comments please post them on our message board (see button in left hand column) so that others can read and benefit.