Gate V2.0

By jsokel

2 layer board of 2.42 x 3.09 inches (61.5 x 78.4 mm).
Shared on February 25th, 2018 21:42

Gate Controller V2.0. Dual I/O


Gate V2.0

By jsokel

2 layer board of 2.42 x 3.09 inches (61.5 x 78.4 mm).
Shared on February 25th, 2018 21:42

Gate Controller V2.0. Dual I/O



PINGBOT2

By bernie_power

2 layer board of 1.58 x 1.98 inches (40.1 x 50.3 mm).
Shared on February 25th, 2018 19:31

Relay board2


PINGBOT2

By bernie_power

2 layer board of 1.58 x 1.98 inches (40.1 x 50.3 mm).
Shared on February 25th, 2018 19:31

Relay board2



GPOIMAX-1

By bernie_power

2 layer board of 4.16 x 1.36 inches (105.6 x 34.6 mm).
Shared on February 25th, 2018 19:13

RPi GPIO breakout


GPOIMAX-1

By bernie_power

2 layer board of 4.16 x 1.36 inches (105.6 x 34.6 mm).
Shared on February 25th, 2018 19:13

RPi GPIO breakout



0002-20180224

By simple-ee.com

2 layer board of 0.64 x 0.92 inches (16.1 x 23.4 mm).
Shared on February 25th, 2018 16:40


0002-20180224

By simple-ee.com

2 layer board of 0.64 x 0.92 inches (16.1 x 23.4 mm).
Shared on February 25th, 2018 16:40



FTDI_FT231X-20180205

By simple-ee.com

2 layer board of 0.64 x 1.07 inches (16.1 x 27.1 mm).
Shared on February 25th, 2018 16:40


FTDI_FT231X-20180205

By simple-ee.com

2 layer board of 0.64 x 1.07 inches (16.1 x 27.1 mm).
Shared on February 25th, 2018 16:40



LoRaBoard_ATSAML21E

By yoopee

2 layer board of 1.21 x 1.66 inches (30.7 x 42.1 mm).
Shared on February 25th, 2018 12:07

Untested board of LoRa node with RFM95 and SAML21 microcontroller.


LoRaBoard_ATSAML21E

By yoopee

2 layer board of 1.21 x 1.66 inches (30.7 x 42.1 mm).
Shared on February 25th, 2018 12:07

Untested board of LoRa node with RFM95 and SAML21 microcontroller.



Relay Switch New V 2.1

By banevt

2 layer board of 3.29 x 2.50 inches (83.5 x 63.5 mm).
Shared on February 25th, 2018 10:04

Passive relay board for switching speakers. 3 balanced & 2 unbalanced outputs with jumpers for each additional output & an insert for a balanced to unbalanced converter.


Relay Switch New V 2.1

By banevt

2 layer board of 3.29 x 2.50 inches (83.5 x 63.5 mm).
Shared on February 25th, 2018 10:04

Passive relay board for switching speakers. 3 balanced & 2 unbalanced outputs with jumpers for each additional output & an insert for a balanced to unbalanced converter.



ESP433 R2

By kekiefer

2 layer board of 1.86 x 2.87 inches (47.2 x 72.8 mm).
Shared on February 24th, 2018 22:24

ESP8266 WiFi to 433MHz RF bridge

Project information on hackaday.io: https://hackaday.io/project/63004-esp433-wifi-to-433mhz-bridge


ESP433 R2

By kekiefer

2 layer board of 1.86 x 2.87 inches (47.2 x 72.8 mm).
Shared on February 24th, 2018 22:24

ESP8266 WiFi to 433MHz RF bridge

Project information on hackaday.io: https://hackaday.io/project/63004-esp433-wifi-to-433mhz-bridge



50Hz Sine to 1Hz squere. TEST!

By BrK

2 layer board of 4.45 x 2.95 inches (113.0 x 75.0 mm).
Shared on February 24th, 2018 20:04

Converts 230V to 5V and 50Hz to 1Hz. Test. It might not work. IC1, IC2, IC3 - CD4027BE IC4 - CD4068BE


50Hz Sine to 1Hz squere. TEST!

By BrK

2 layer board of 4.45 x 2.95 inches (113.0 x 75.0 mm).
Shared on February 24th, 2018 20:04

Converts 230V to 5V and 50Hz to 1Hz. Test. It might not work. IC1, IC2, IC3 - CD4027BE IC4 - CD4068BE



80m ARDF Antenna

By DigitalConfections

2 layer board of 2.30 x 4.95 inches (58.4 x 125.7 mm).
Shared on February 24th, 2018 18:26

DON’T ORDER THIS YET!

Experimental Version X2: to be used for development and experimentation.

This is a stand-alone 80m tuned-loop ARDF antenna, compatible with the Receiver Development Platform. Will also work with other 80m receivers.

See links: [Project Description] [Schematics]


80m ARDF Antenna

By DigitalConfections

2 layer board of 2.30 x 4.95 inches (58.4 x 125.7 mm).
Shared on February 24th, 2018 18:26

DON’T ORDER THIS YET!

Experimental Version X2: to be used for development and experimentation.

This is a stand-alone 80m tuned-loop ARDF antenna, compatible with the Receiver Development Platform. Will also work with other 80m receivers.

See links: [Project Description] [Schematics]



LT1763 supply (v1)

By pepaslabs

2 layer board of 0.80 x 1.53 inches (20.4 x 38.8 mm).
Shared on February 24th, 2018 15:42

See https://github.com/pepaslabs/lt1763


LT1763 supply (v1)

By pepaslabs

2 layer board of 0.80 x 1.53 inches (20.4 x 38.8 mm).
Shared on February 24th, 2018 15:42

See https://github.com/pepaslabs/lt1763



ATtiny85 development board

By RoboUlbricht

2 layer board of 0.61 x 0.85 inches (15.4 x 21.5 mm).
Shared on February 24th, 2018 12:35

This is a development board project for ATtiny85 microcontroller. The board is designed to work on a breadboard. The board contains the basic components required for the functioning of the microcontroller. All pins are on one side and are designed to be easily combined with boards, that contain 5 LEDs.

Schematic


ATtiny85 development board

By RoboUlbricht

2 layer board of 0.61 x 0.85 inches (15.4 x 21.5 mm).
Shared on February 24th, 2018 12:35

This is a development board project for ATtiny85 microcontroller. The board is designed to work on a breadboard. The board contains the basic components required for the functioning of the microcontroller. All pins are on one side and are designed to be easily combined with boards, that contain 5 LEDs.

Schematic



17323^1

By epccs

2 layer board of 2.90 x 2.90 inches (73.7 x 73.7 mm).
Shared on February 24th, 2018 07:06

RPUlux

Controller board with six AL8805 constant current drivers connected to PWM pins of an ATmega328p. Analog channels ADC0, ADC1, and ADC2. ADC0 and ADC1 also have an N-CH MOSFET that may be used to sink a few amps of current. Two 22mA current source for various task. ADC6 measures input voltage (7 thru 36V DC) and ADC7 measures input current. SHLD_VIN that can power a shield may be disabled with IO2 (so it can power off a Pi Zero on the RPUpi shield)

GitHub Forum Forum HackADay

Status


17323^1

By epccs

2 layer board of 2.90 x 2.90 inches (73.7 x 73.7 mm).
Shared on February 24th, 2018 07:06

RPUlux

Controller board with six AL8805 constant current drivers connected to PWM pins of an ATmega328p. Analog channels ADC0, ADC1, and ADC2. ADC0 and ADC1 also have an N-CH MOSFET that may be used to sink a few amps of current. Two 22mA current source for various task. ADC6 measures input voltage (7 thru 36V DC) and ADC7 measures input current. SHLD_VIN that can power a shield may be disabled with IO2 (so it can power off a Pi Zero on the RPUpi shield)

GitHub Forum Forum HackADay

Status



Arduino Fan IR

By bartleph

2 layer board of 1.54 x 1.55 inches (39.1 x 39.4 mm).
Shared on February 23rd, 2018 23:03

Module to control a Ceiling fan from an Arduino


Arduino Fan IR

By bartleph

2 layer board of 1.54 x 1.55 inches (39.1 x 39.4 mm).
Shared on February 23rd, 2018 23:03

Module to control a Ceiling fan from an Arduino



stereo_2hp rev2

By bmoren

2 layer board of 0.40 x 6.41 inches (10.3 x 162.7 mm).
Shared on February 23rd, 2018 21:10

This is not 100% tested, do not order it and expect it to work 100%! DEVELOPMENT ONLY!


stereo_2hp rev2

By bmoren

2 layer board of 0.40 x 6.41 inches (10.3 x 162.7 mm).
Shared on February 23rd, 2018 21:10

This is not 100% tested, do not order it and expect it to work 100%! DEVELOPMENT ONLY!



LCR Interface.kicad_pcb

By MakersBox

2 layer board of 2.72 x 2.12 inches (69.0 x 53.7 mm).
Shared on February 23rd, 2018 21:01


LCR Interface.kicad_pcb

By MakersBox

2 layer board of 2.72 x 2.12 inches (69.0 x 53.7 mm).
Shared on February 23rd, 2018 21:01



I2C4RC2014 v1.0

By randomizeusr23296

2 layer board of 4.01 x 2.07 inches (101.8 x 52.5 mm).
Shared on February 23rd, 2018 20:47

I2C module for RC2014

  • PCF8584 DIP interface
  • ATF150xAS PLCC CPLD decode logic and reset/error lines, includes ISP header.
  • MCP23008 on board for testing
TODO v1.1
  • bring out reset line to bus connecter and header pin
  • bring out VCC/GND header pins in I2C header
  • use longer resistor footprint


I2C4RC2014 v1.0

By randomizeusr23296

2 layer board of 4.01 x 2.07 inches (101.8 x 52.5 mm).
Shared on February 23rd, 2018 20:47

I2C module for RC2014

  • PCF8584 DIP interface
  • ATF150xAS PLCC CPLD decode logic and reset/error lines, includes ISP header.
  • MCP23008 on board for testing
TODO v1.1
  • bring out reset line to bus connecter and header pin
  • bring out VCC/GND header pins in I2C header
  • use longer resistor footprint



Accelerometer TTL Trigger

By ConradFarnsworth

4 layer board of 0.80 x 2.50 inches (20.3 x 63.5 mm).
Shared on February 23rd, 2018 16:15


Accelerometer TTL Trigger

By ConradFarnsworth

4 layer board of 0.80 x 2.50 inches (20.3 x 63.5 mm).
Shared on February 23rd, 2018 16:15



Wireless Trigger

By ConradFarnsworth

4 layer board of 0.79 x 3.15 inches (20.0 x 80.0 mm).
Shared on February 23rd, 2018 16:15

Revision 3.


Wireless Trigger

By ConradFarnsworth

4 layer board of 0.79 x 3.15 inches (20.0 x 80.0 mm).
Shared on February 23rd, 2018 16:15

Revision 3.



Growport motor driver.kicad_pcb

By wpss

2 layer board of 4.36 x 3.01 inches (110.6 x 76.3 mm).
Shared on February 23rd, 2018 13:50


Growport motor driver.kicad_pcb

By wpss

2 layer board of 4.36 x 3.01 inches (110.6 x 76.3 mm).
Shared on February 23rd, 2018 13:50