FE04_TSAL

By MiataMike

2 layer board of 3.50 x 0.68 inches (88.9 x 17.3 mm).
Shared on January 15th, 2018 22:28


FE04_TSAL

By MiataMike

2 layer board of 3.50 x 0.68 inches (88.9 x 17.3 mm).
Shared on January 15th, 2018 22:28



odyssey2-t0-switch-rev2.brd

By grips03

2 layer board of 1.42 x 1.30 inches (36.1 x 32.9 mm).
Shared on January 15th, 2018 21:06


odyssey2-t0-switch-rev2.brd

By grips03

2 layer board of 1.42 x 1.30 inches (36.1 x 32.9 mm).
Shared on January 15th, 2018 21:06



Hc05EspAttiny

By Mike

2 layer board of 1.37 x 0.81 inches (34.8 x 20.6 mm).
Shared on January 15th, 2018 20:44

Add Hc 05 Bluetooth to esp8266 for sketch upload and serial monitoring.

See YouTube video for details: https://youtu.be/2pXHGa5Z7dg

More details: https://hc05esp8266.weebly.com/bluetoothesp8266.html


Hc05EspAttiny

By Mike

2 layer board of 1.37 x 0.81 inches (34.8 x 20.6 mm).
Shared on January 15th, 2018 20:44

Add Hc 05 Bluetooth to esp8266 for sketch upload and serial monitoring.

See YouTube video for details: https://youtu.be/2pXHGa5Z7dg

More details: https://hc05esp8266.weebly.com/bluetoothesp8266.html



inwall_wifi

By BoA

2 layer board of 1.97 x 1.97 inches (50.1 x 50.1 mm).
Shared on January 15th, 2018 19:10


inwall_wifi

By BoA

2 layer board of 1.97 x 1.97 inches (50.1 x 50.1 mm).
Shared on January 15th, 2018 19:10



inwall_wifi_sensor

By BoA

2 layer board of 0.41 x 0.81 inches (10.4 x 20.6 mm).
Shared on January 15th, 2018 19:09


inwall_wifi_sensor

By BoA

2 layer board of 0.41 x 0.81 inches (10.4 x 20.6 mm).
Shared on January 15th, 2018 19:09



Charger with inverter-v2

By aries1470

2 layer board of 0.74 x 1.18 inches (18.8 x 29.9 mm).
Shared on January 15th, 2018 10:15

MCP37831 with 74LVC1G04 single inverter and dual LED’s.

Description of project here:

MCP73831 Li-Ion / Li-Polymer Battery Charger With Charge Complete Status


Charger with inverter-v2

By aries1470

2 layer board of 0.74 x 1.18 inches (18.8 x 29.9 mm).
Shared on January 15th, 2018 10:15

MCP37831 with 74LVC1G04 single inverter and dual LED’s.

Description of project here:

MCP73831 Li-Ion / Li-Polymer Battery Charger With Charge Complete Status



Bufnita rev5

By 32bitfun

2 layer board of 1.01 x 3.13 inches (25.6 x 79.6 mm).
Shared on January 15th, 2018 03:02

STM32L432 Sensor Board with solar panel, LiFePO4 battery and load sharing/power path circuit


Bufnita rev5

By 32bitfun

2 layer board of 1.01 x 3.13 inches (25.6 x 79.6 mm).
Shared on January 15th, 2018 03:02

STM32L432 Sensor Board with solar panel, LiFePO4 battery and load sharing/power path circuit



Tiny Colour Watch

By johnsondavies

2 layer board of 1.25 x 1.42 inches (31.8 x 36.0 mm).
Shared on January 14th, 2018 21:41

A minimalist ATtiny85-based watch using 12 APA102 RGB LEDs, arranged like a clock face, to show the time analogue-style, with the hour, minute, and second hands displayed in blue, red, and green respectively. See http://www.technoblogy.com/show?1Y7J.


Tiny Colour Watch

By johnsondavies

2 layer board of 1.25 x 1.42 inches (31.8 x 36.0 mm).
Shared on January 14th, 2018 21:41

A minimalist ATtiny85-based watch using 12 APA102 RGB LEDs, arranged like a clock face, to show the time analogue-style, with the hour, minute, and second hands displayed in blue, red, and green respectively. See http://www.technoblogy.com/show?1Y7J.



nano fan x210.brd

By dual-soic-adapter-with-gnd

2 layer board of 1.74 x 1.35 inches (44.1 x 34.3 mm).
Shared on January 14th, 2018 18:00

Thermal vent fan controller using an Arduino Nano.


nano fan x210.brd

By dual-soic-adapter-with-gnd

2 layer board of 1.74 x 1.35 inches (44.1 x 34.3 mm).
Shared on January 14th, 2018 18:00

Thermal vent fan controller using an Arduino Nano.



Arduino Pro Mini SMD or standard NRF24L01+, I2C, Prototype area for sensors v2.1

By qqlapraline

2 layer board of 1.21 x 1.27 inches (30.8 x 32.4 mm).
Shared on January 14th, 2018 09:28

Adapter for Arduino Pro mini and SMD or standard version of NRF24L01+ including prototyping area and access to I2C. For battery based or standard systems.


Arduino Pro Mini SMD or standard NRF24L01+, I2C, Prototype area for sensors v2.1

By qqlapraline

2 layer board of 1.21 x 1.27 inches (30.8 x 32.4 mm).
Shared on January 14th, 2018 09:28

Adapter for Arduino Pro mini and SMD or standard version of NRF24L01+ including prototyping area and access to I2C. For battery based or standard systems.



Micro SDCARD Breakout Board

By 32bitfun

2 layer board of 1.07 x 0.67 inches (27.3 x 17.0 mm).
Shared on January 14th, 2018 05:16

This is for 3.3V systems ONLY ! No pullups, just straight connections uSD connector Mouser id: 538-104031-0811


Micro SDCARD Breakout Board

By 32bitfun

2 layer board of 1.07 x 0.67 inches (27.3 x 17.0 mm).
Shared on January 14th, 2018 05:16

This is for 3.3V systems ONLY ! No pullups, just straight connections uSD connector Mouser id: 538-104031-0811



QIICoildII.zip

By Deltafee

2 layer board of 4.15 x 2.14 inches (105.5 x 54.3 mm).
Shared on January 13th, 2018 22:30


QIICoildII.zip

By Deltafee

2 layer board of 4.15 x 2.14 inches (105.5 x 54.3 mm).
Shared on January 13th, 2018 22:30



Shanni

By Junes-PhD

2 layer board of 2.01 x 2.01 inches (51.0 x 51.0 mm).
Shared on January 13th, 2018 19:20


Shanni

By Junes-PhD

2 layer board of 2.01 x 2.01 inches (51.0 x 51.0 mm).
Shared on January 13th, 2018 19:20



bml_icoboard_flex_connector_02

By BlackMesaLabs

2 layer board of 1.56 x 1.11 inches (39.7 x 28.3 mm).
Shared on January 13th, 2018 17:37

Breakout to 4 PMOD connectors from icoBoard 51position 0.3mm flex cable. Note cable reverses pins 1->51, 51->1, etc.


bml_icoboard_flex_connector_02

By BlackMesaLabs

2 layer board of 1.56 x 1.11 inches (39.7 x 28.3 mm).
Shared on January 13th, 2018 17:37

Breakout to 4 PMOD connectors from icoBoard 51position 0.3mm flex cable. Note cable reverses pins 1->51, 51->1, etc.



ESPClock.brd

By Elmoc

2 layer board of 1.70 x 1.50 inches (43.1 x 38.1 mm).
Shared on January 13th, 2018 02:09


ESPClock.brd

By Elmoc

2 layer board of 1.70 x 1.50 inches (43.1 x 38.1 mm).
Shared on January 13th, 2018 02:09



T36Extension_vp2

By W7PUA

2 layer board of 0.77 x 1.23 inches (19.6 x 31.1 mm).
Shared on January 12th, 2018 22:38

There are many digital and analog signal pads on the back side of the PJRC Teensy 3.6 processor board. This board makes a portion of those pads accessible as 0.1-inch spaced header-ready pads. This board solders to the bottom of the Teensy board and extends the length by 0.3-inch. See https://forum.pjrc.com/threads/48553-Accessing-bottom-pads-on-T3-6 for more information. License: Usage through OSHPark orders is not limited.


T36Extension_vp2

By W7PUA

2 layer board of 0.77 x 1.23 inches (19.6 x 31.1 mm).
Shared on January 12th, 2018 22:38

There are many digital and analog signal pads on the back side of the PJRC Teensy 3.6 processor board. This board makes a portion of those pads accessible as 0.1-inch spaced header-ready pads. This board solders to the bottom of the Teensy board and extends the length by 0.3-inch. See https://forum.pjrc.com/threads/48553-Accessing-bottom-pads-on-T3-6 for more information. License: Usage through OSHPark orders is not limited.



TJump-nano_v2

By dkline

2 layer board of 2.11 x 2.36 inches (53.5 x 59.8 mm).
Shared on January 12th, 2018 18:06

TJump-nano_v2


TJump-nano_v2

By dkline

2 layer board of 2.11 x 2.36 inches (53.5 x 59.8 mm).
Shared on January 12th, 2018 18:06

TJump-nano_v2



GCMax 1.1

By citrus3000psi

4 layer board of 0.99 x 1.20 inches (25.2 x 30.4 mm).
Shared on January 12th, 2018 16:45

All smd parts are 0402, unless noted otherwise. The 3.5mm audio connector will be hard to find. There are some on eBay when this description was written. I could not find an active part for one. If you know of one, let me know please. Be smart about cap voltage ratings. Just stick to 50v for .1u caps. For everything else stick to 10v caps.

Words of warning, this is a tough project to build as most components are 0402. You will also have to program the flash memory off of the board; as there are no JTAG or SPI points. Here is GC-Video 2.4 Firmware: https://mega.nz/#!Pp02EC6S!D28bK7B8itsLhaYvJ7FCVOisHPrEX-WldAKEodoKGjg

I’ve yet to compile 2.4a for this project.

This project would not be possible without unseen’s GC-Video work. GC-Video can be found at his github. https://github.com/ikorb/gcvideo

Ref Item
BU1 B3U-1000P
C1 .01u
C2,C4,C5,C6,C7,C8,C9,C10,C11,C12,C13,C14,C15,C16,C17,C18,C21,C22,C26 .1u
C3 4.7u
C19,C25 10u
C20 2.2u
CON1 ST60-10P(30)
CON3 2013978-1
CON2 GP1FD310TP
D1 LED (0603)
R1 348
R2,R3 4K7
R5 180
R6,R11 10K
R7,R8,R9 75
R10 550
R12 1K
R13 40
R14,R15 330
R16 100
L1 ACML-0805-110-T
U1 XC3S200A-4VQG100C
U2 CDK3404
U3 TSOP36238TR
U4 TLV70212DBVR
U5 M25P40-VMN6PB
U6 LP2980AIM5X-5.0/NOPB SOT23-5
U7 TSOP36238TR

To Build a custom RGB w/ scart head cable you need the following:

  • ST40X-10S-CV(30)
  • ST40X-BS(5.8)
  • ST40X-CM(5.8)
  • 30-00534
  • https://oshpark.com/shared_projects/FbXTWD5Y
  • https://oshpark.com/shared_projects/GuPBz4qf
  • https://console5.com/store/scart-plug-21-pin-male-cable-connector.html

The scart cable is not easy to build as everything fits very tight. The output on the Hirose connector is as follows:

Pin # Output
1 Coaxial Audio
2 Mode (GND this pin to force YPbPr)
3 VSync
4 HSync
5 CSync
6 +5
7 GND
8 RED
9 GREEN
10 BLUE


GCMax 1.1

By citrus3000psi

4 layer board of 0.99 x 1.20 inches (25.2 x 30.4 mm).
Shared on January 12th, 2018 16:45

All smd parts are 0402, unless noted otherwise. The 3.5mm audio connector will be hard to find. There are some on eBay when this description was written. I could not find an active part for one. If you know of one, let me know please. Be smart about cap voltage ratings. Just stick to 50v for .1u caps. For everything else stick to 10v caps.

Words of warning, this is a tough project to build as most components are 0402. You will also have to program the flash memory off of the board; as there are no JTAG or SPI points. Here is GC-Video 2.4 Firmware: https://mega.nz/#!Pp02EC6S!D28bK7B8itsLhaYvJ7FCVOisHPrEX-WldAKEodoKGjg

I’ve yet to compile 2.4a for this project.

This project would not be possible without unseen’s GC-Video work. GC-Video can be found at his github. https://github.com/ikorb/gcvideo

Ref Item
BU1 B3U-1000P
C1 .01u
C2,C4,C5,C6,C7,C8,C9,C10,C11,C12,C13,C14,C15,C16,C17,C18,C21,C22,C26 .1u
C3 4.7u
C19,C25 10u
C20 2.2u
CON1 ST60-10P(30)
CON3 2013978-1
CON2 GP1FD310TP
D1 LED (0603)
R1 348
R2,R3 4K7
R5 180
R6,R11 10K
R7,R8,R9 75
R10 550
R12 1K
R13 40
R14,R15 330
R16 100
L1 ACML-0805-110-T
U1 XC3S200A-4VQG100C
U2 CDK3404
U3 TSOP36238TR
U4 TLV70212DBVR
U5 M25P40-VMN6PB
U6 LP2980AIM5X-5.0/NOPB SOT23-5
U7 TSOP36238TR

To Build a custom RGB w/ scart head cable you need the following:

  • ST40X-10S-CV(30)
  • ST40X-BS(5.8)
  • ST40X-CM(5.8)
  • 30-00534
  • https://oshpark.com/shared_projects/FbXTWD5Y
  • https://oshpark.com/shared_projects/GuPBz4qf
  • https://console5.com/store/scart-plug-21-pin-male-cable-connector.html

The scart cable is not easy to build as everything fits very tight. The output on the Hirose connector is as follows:

Pin # Output
1 Coaxial Audio
2 Mode (GND this pin to force YPbPr)
3 VSync
4 HSync
5 CSync
6 +5
7 GND
8 RED
9 GREEN
10 BLUE



osa-umnozhitel

By k3it

2 layer board of 0.99 x 0.49 inches (25.2 x 12.3 mm).
Shared on January 12th, 2018 14:47

resistor and capacitor pads are 0603

Schematic by Sergey_gh schematic


osa-umnozhitel

By k3it

2 layer board of 0.99 x 0.49 inches (25.2 x 12.3 mm).
Shared on January 12th, 2018 14:47

resistor and capacitor pads are 0603

Schematic by Sergey_gh schematic



lz7-DualMode-v1

By brookstalley

2 layer board of 4.33 x 2.88 inches (110.0 x 73.0 mm).
Shared on January 12th, 2018 01:18

Modular adapter for LEDEngin LZ7 plus one 20mm LED star board. Supports operation in series with one current driver per channel, or using shunt dimming using TI TPS92662. untested


lz7-DualMode-v1

By brookstalley

2 layer board of 4.33 x 2.88 inches (110.0 x 73.0 mm).
Shared on January 12th, 2018 01:18

Modular adapter for LEDEngin LZ7 plus one 20mm LED star board. Supports operation in series with one current driver per channel, or using shunt dimming using TI TPS92662. untested