FTDI Friend Interface Board
2 layer board of 1.00 x 0.63 inches (25.3 x 16.0 mm)
Uploaded:
January 04, 2019
Shared:
January 04, 2019
Total Price:
$3.10
Screwless terminals (TE 1-2834016-3) to R/A male header (Molex 22-28-8060) for use with Adafruit's FTDI Friend.
Screwless terminals (TE 1-2834016-3) to R/A male header (Molex 22-28-8060) for use with Adafruit's FTDI Friend.
OpticSpy Digital (Rev. B)
2 layer board of 2.51 x 0.83 inches (63.9 x 21.1 mm)
Uploaded:
December 10, 2018
Shared:
December 10, 2018
Total Price:
$10.40
Receiver module for Optical Covert Channel experiments.
Digital version using Everlight PLR135/T9 Fiber Optic Receiver.
Receiver module for Optical Covert Channel experiments.
Digital version using Everlight PLR135/T9 Fiber Optic Receiver.
uSD-to-Serial Interface
2 layer board of 2.41 x 1.51 inches (61.2 x 38.4 mm)
Uploaded:
June 04, 2018
Shared:
June 18, 2018
Total Price:
$18.20
Reads a file from a microSD card and sends the contents via serial port. Designed for Optical Covert Channel experiments, but suitable as a general purpose Arduino development board.
Reads a file from a microSD card and sends the contents via serial port. Designed for Optical Covert Channel experiments, but suitable as a general purpose Arduino development board.
Laser Diode Module Driver
2 layer board of 0.45 x 0.76 inches (11.5 x 19.3 mm)
Uploaded:
June 02, 2018
Shared:
June 18, 2018
Total Price:
$1.70
Simple 3-pin LDO-to-APC Laser Diode circuit. Designed for Optical Covert Channel experiments, but suitable for any project needing control of a laser diode module from a wide voltage range (2.5V to 16V) and single I/O pin.
Simple 3-pin LDO-to-APC Laser Diode circuit. Designed for Optical Covert Channel experiments, but suitable for any project needing control of a laser diode module from a wide voltage range (2.5V to 16V) and single I/O pin.
OpticSpy Analog (Crowd Supply Edition)
2 layer board of 3.42 x 0.71 inches (86.7 x 18.1 mm)
Uploaded:
January 22, 2018
Shared:
February 08, 2018
Total Price:
$12.15
Optical receiver for exploring and experimenting with optical data transmissions. It captures, amplifies, and converts an optical signal into digital form that can be analyzed or decoded with a computer.
Based on Maxim Integrated’s [AN1117: Small Photodiode Receiver Handles Fiber-Optic Data Rate…
Show full description
Optical receiver for exploring and experimenting with optical data transmissions. It captures, amplifies, and converts an optical signal into digital form that can be analyzed or decoded with a computer.
Based on Maxim Integrated’s [AN1117: Small Photodiode Receiver Handles Fiber-Optic Data Rate…
Show full description