BASIC Stamp 2 Interpreter Chip (SSOP)

  • PBASIC2CI/SS BASIC Stamp 2 Interpreter Chip (SSOP)
$10.99
In Stock: 519
Product ID PBASIC2CI/SS
1-910-2425-99100-499500-9991000+
$10.99$9.89$8.79$7.69$6.59$5.50

Overview

Build your own BASIC Stamp 2 with this surface mount (SSOP) interpreter chip and other standard parts.  All the control and ease of programming that you have grown to appreciate in the BASIC Stamp 2 module (#BS2-IC) is available with this chip and a few other components. Recommended for high volume applications or those with limited PCB real estate, the BASIC Stamp 2 interpreter chip can be used on your own PCB as an OEM solution. 

The three main components needed to build your own BASIC Stamp 2 are: 1) this PBASIC Interpreter Chip, 2) an EEPROM, 3) and a resonator; see Related Products.

We also offer the interpreter chip in a through-hole package (#PBASIC2/P).

Key Features:

  • Small footprint for OEM PCB design 
  • Completed circuit is programmed in PBASIC 2.0 and 2.5, an easy to learn language based on BASIC 
  • Interpreter chip is preprogrammed with the BASIC Stamp 2 Interpreter firmware

Details

  • Processor Speed: 20 MHz; ~4,000 PBASIC instructions/sec
  • Package Type: 28-pin SSOP
  • I/O pins: 16
  • Voltage requirements: 2.5 to 5.5 VDC
  • Current requirements: 3 mA Run, 50 μA Sleep
  • Communication: Serial
  • Dimensions: 0.402 x 0.309 x 0.073 in (10.20 x 7.85 x 1.85 mm)
  • Operating temp range: -40 to +185 °F (-40 to +85 °C) 

Downloads & Documentation

Download Details More Info
BASIC Stamp Manual - 5.2 MB | updated: 24 Sep 2012 - 2:06 pm
BASIC Stamp Linux Solution - 50.31 KB | updated: 25 Sep 2012 - 2:02 pm
PBASIC Tokenizer - 546.3 KB | updated: 27 Sep 2012 - 9:58 am
PBASIC Editor for Linux Part 1 - 1.65 MB | updated: 25 Sep 2012 - 2:04 pm
BASIC Stamp 2 App Notes - 86.44 KB | updated: 25 Sep 2012 - 2:12 pm
PBASIC Editor for Linux Part 2 - 2.42 MB | updated: 25 Sep 2012 - 2:05 pm
BASIC Stamp 2e Firmware Revision Details - 19.55 KB | updated: 25 Sep 2012 - 1:41 pm

Additional Resources