PIC16F88 Tools
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This newsletter highlights a few tools Images SI Inc. has created for the PIC16F88 PCB and book. The binary calaculator helps one to learn binary and is highlight in the new upcoming PIC16F88 book as are the PIC16F88 support page and programming service page.
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| Binary Calculator |
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As part of out PIC 16F88 tutorial, we have created a binary calculator page. This page allows users to easily convert between Binary, Decimal and Hexidecimal numbers by typing in any one of the fields.
This calculator may be used by anyone wanting to understand the relationship between the binary, decimal and hexadecimal number systems.
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16F88 Microcontroller Programming Service |
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Have your own Program loaded into a 16F88 microcontroller by using this new form
Breakdown of Cost:
$2.00 Programming
$3.25 PIC 16F88 Microcontroller
$1.75 US Mail and Shipping
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$6.00 Total
More Information ...
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Have a question regarding the 16F88? Just fill out this form and someone will help you get the answers you need to get your project off the ground.
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16F88 PIC Microcontroller Project Book |
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eBOOK VERSION AVAILABLE 12-15-2013
Includes Free Student Verison of PIC Basic Pro Compiler & Microcode Studio.
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| Nuclear Experiment # 4 - Coincidence Circuit |
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Our coincidence circuit has two pulse inputs and one pulse output. When two pulses are presented on the inputs at the same time, an output pulse is generated. Coincidence circuits are used in nuclear physics experiments. Two examples of applications for a coincidence circuit is a gamma ray telescope and a quantum entanglement experiment.
The concept of the "method of coincidence" was developed by German physicist Walther Bothe in 1929, for which he received the 1954 Nobel Prize in Physics. Bruno Rossi invented the first electronic coincidence circuit in 1930.
Join our Nuclear Experiments Newsletter
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Fukushima Radioactive Fallout Article |
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This article studies the effects and fallout of Fukushima two years after the incident.
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