About ProtoTroniX

ProtoTroniX Contact Information
Address all ProtoTroniX email to sales@prototronix.com

SOT To DIP Adapter


$5.00

Convert any SOT23 package to DIP, up to 6 pins.

These adapters are sold in pairs.

Package Includes:

* 2 ProtoSOT Modules

$5.00

Microchip ICD2 Breakout Module

ProtoICD2
$5.00

Use this as a breakout board for your Microchip ICD2 debugger. It hooks directly to the other end of the modular cable, and brings each signal to a pin. Pin spacing is 0.100" and each pin is labelled.

Every pin is available, including:
LVP, PGC, PGD, GND, VDD, & MCLR

Package Includes:
* ProtoICD2 Breakout Module

$5.00

Breadboard Pictiva OLED Display Adapter

ProtoPictiva
$25.00

This board includes all support circuitry necessary to drive the OSRAM Pictiva OLED display. All necessary signals are brought to a 0.100" spaced inline header to be easily plugged in to any breadboard.

This module requires, but does not include, a Pictiva organic LED from OSRAM.

Note that the ProtoPictiva is designed to work with the following OSRAM Pictiva(C) Parts:

128x64 OLED Displays:
OS128064PK16MY0A21
40k hours lifetime, luminance 100Cd/m² (up to 150 Cd/m²), CIE x = 0.455, y = 0.54
OS128064PK16MY0A20

$25.00

Breadboard Xilinx CPLD Module

ProtoXilinx
$15.00

This is an XC9536 CPLD packaged in a DIP module with integrated JTAG connector. Use the freely available WebPack tools from Xilinx to create, test and download logic to your device. Design entry can be schematic, VHDL, Verilog, or ABEL.

ProtoXilinx Modules come by default with a XC9536 5V CPLD.
XC9572XL & XC9536XL 3V parts may be substituted at no additional cost, just add a note specifying what you want on the order page. You may alternatively send an email if you wish, just send it immediately as orders are typically shipped in the same day.

$15.00

ProtoUSB LCD Driver


This tutorial guides you through driving your Hitachi HD44780 alphanumeric LCD with the ProtoUSB module. This article serves as a good introduction to using the ProtoUSB in the parallel I/O mode. The following steps will guide you through configuring your system, wiring the interface, and writing the software to communicate to the display.

Step 1 - Installing The Correct Windows Device Driver

Pocket PC IrDA Interface


In this article we will explore interfacing the PocketPC platform to the ProtoIrDA module using RawIr.

The following paragraphs will guide you through creating this link by providing PIC source code, a PocketPC RawIr Terminal & hopefully a good explanation of the process.

We will start by creating the circuit, followed by writing the PIC source, and end by testing the communication with the Terminal.

Breadboard USB Interface


$25.00

USB->Serial or USB->8 bit port with 0.100" spaced inline header for ease of use with breadboard projects. Add USB to all your projects in seconds.

Finally, a USB adapter for your breadboard prototypes. Depending on which driver you install, this device can become a USB to serial adapter, or a USB to 8 bit I/O port. Use the VCP driver to easily communicate with microcontrollers, complete with hardware flow control signals. Or use the D2XX driver and the provided .dll to manipulate (read/write) each of the 8 data pins (D0-D7).

$25.00

ProtoModules

ProtoModules increase your productivity when designing electronics. Time spent building prototypes can be significantly reduced, and the ProtoModules modular design means that they can easily be moved from project to project. Professional developers as well as any electronics enthusiast will find numerous uses for these modules, from technology evaluation to project implementation.