OSH Park ~ Shared projects

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Bridge_Bearing_Amplifier_B_4LYR

By cfcosta00

4 layer board of 3.74 x 2.76 inches (95.0 x 70.0 mm).
Uploaded: July 26th, 2018 17:50.
Shared: July 26th, 2018 17:57
Total Price: $103.10

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Marcelo V2.1

By marcelobon17

2 layer board of 1.58 x 2.17 inches (40.2 x 55.2 mm).
Uploaded: July 26th, 2018 13:44.
Shared: July 26th, 2018 13:45
Total Price: $17.15

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Final

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Marcelo V2.1

By marcelobon17

2 layer board of 1.58 x 2.17 inches (40.2 x 55.2 mm).
Uploaded: July 26th, 2018 13:44.
Shared: July 26th, 2018 13:45
Total Price: $17.15

Final

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vga-adapter

By rzookol

2 layer board of 1.34 x 1.01 inches (34.1 x 25.7 mm).
Uploaded: July 26th, 2018 12:44.
Shared: July 26th, 2018 12:48
Total Price: $6.75

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vga-adapter

By rzookol

2 layer board of 1.34 x 1.01 inches (34.1 x 25.7 mm).
Uploaded: July 26th, 2018 12:44.
Shared: July 26th, 2018 12:48
Total Price: $6.75

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stm32 dev v0

By thakur

2 layer board of 1.42 x 1.42 inches (36.1 x 36.1 mm).
Uploaded: June 25th, 2018 05:23.
Shared: July 26th, 2018 08:13
Total Price: $10.10

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stm32 dev v0

By thakur

2 layer board of 1.42 x 1.42 inches (36.1 x 36.1 mm).
Uploaded: June 25th, 2018 05:23.
Shared: July 26th, 2018 08:13
Total Price: $10.10

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CaneTrac-RX-V1

2 layer board of 2.64 x 0.95 inches (67.0 x 24.1 mm).
Uploaded: July 26th, 2018 03:04.
Shared: July 26th, 2018 03:28
Total Price: $12.50

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3`15mhz receiver board using an Attiny85 and TRX-315-LT-ND

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CaneTrac-RX-V1

2 layer board of 2.64 x 0.95 inches (67.0 x 24.1 mm).
Uploaded: July 26th, 2018 03:04.
Shared: July 26th, 2018 03:28
Total Price: $12.50

3`15mhz receiver board using an Attiny85 and TRX-315-LT-ND

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CaneTrac-TX-V1

2 layer board of 1.42 x 1.46 inches (36.0 x 37.0 mm).
Uploaded: July 26th, 2018 02:37.
Shared: July 26th, 2018 03:28
Total Price: $10.30

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3`15mhz transmitter board using an Attiny85 and TRX-315-L…

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CaneTrac-TX-V1

2 layer board of 1.42 x 1.46 inches (36.0 x 37.0 mm).
Uploaded: July 26th, 2018 02:37.
Shared: July 26th, 2018 03:28
Total Price: $10.30

3`15mhz transmitter board using an Attiny85 and TRX-315-L…

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ATMegax8 TQFP to DIP 0603

2 layer board of 1.67 x 0.76 inches (42.3 x 19.3 mm).
Uploaded: July 26th, 2018 00:22.
Shared: July 26th, 2018 00:41
Total Price: $6.30

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You may be wondering why I made this when there are Ardui…

You may be wondering why I made this when there are Arduino Nano or Arduino Mini Pro. It’s because I originally designed this to use ATMega328pB which came out a few years ago. Mini Pro and Nano do not have A6 or A7 in convenient place for breadboarding and on non ‘B’ version, they are only usable as analog input. The ‘B’ version also adds 2 GPIO pins that are not found on any Arduino board (official, clones, or offshoot variants) and to me this was a good reason to use ‘B’ version: 2 fully functioning analog pin that can use digitalRead or Write as well plus 2 digital pins. However Atmel and Microchip have not released this chip in DIP form for breadboarding, only in SMD packages so I needed to make a PCB to support this, have built in decoupling capacitors, built in ISP headers, built in power and D13 LED, built in crystal oscillator, and built in I2C resistor pads.

This board uses 0603 SMD resistors, capacitors, and LEDs. Please check my other uploaded design for slightly larger 0805 parts if you prefer those instead.

D20 and D21 is available only when using internal oscillator
D22 is Reset pin, generally I don’t change fuse to enable D22 because it’s a pain to reprogram this without reset!
D23 and D24 is available only on ‘PB’ variant. Otherwise they are GND and VCC respectively
D25 and D26 shares A6 and A7 on ‘PB’ variants only; on non-‘PB’ variants, those are strictly analog input only

BOM:

the PCB

IC1: ATMegaxx8 TQFP-32, I suggest ‘328 for maximum flash memory, SRAM, and EEPROM

J1-J4: zero-ohm 0603 jumper resistor, see Note 1 and 2 below

C1, C2, C3: 0.1uF ceramic 0603 cap, see Note 1 below

C4, C5: ceramic 0603 cap, matching oscillator’s spec, see Note 2 below

Q1: crystal of desired speed, see Note 2 below

R1: 10k ohm 0603 resistor

R2, R3: 470 ohm 0603 resistor (may want to adjust this depending on LED spec and color, I went with 1k for red because it’s too darn bright!)

R4, R5: 4.7K 0603 resistor, see Note 3 below

1 0603 LED of your favorite color for power (ie green)

1 0603 LED of another color for D13 (ie amber/yellow)

2 16 pins header 0.1" spacing (2.54mm)

1 push button switch Panasonic EVQP2 series or similar switch with 4 leads SPST, 4.7mm x 3.5mm

Note 1: If you are not using PB variant of ATMega xx8 MPU, solder C2 capacitor plus J1 and J2 jumper. Otherwise do not populate these 3 parts to gain GPIO pin D23 and D24. This 2 pins are VCC and GND on non PB variants and can’t be used as GPIO.
Note 2: If you are using internal oscillator, solder jumper J3 and J4 to connect pins to header and gain GPIO pin D20 and D21. If you are using external oscillator, do not populate J3 and J4. Instead add Q1 such as Abracon ABM3 series SMD crystal. ABM3 requires either 18pF or 20pF capacitors, check first before buying. Populate C4 and C5 with correct 0805 cap. The crystal pad is tailored for ABM3 and may not quite fit other similar sized SMD crystal.
Note 3: pullup resistor for I2C (SCL and SDA) if needed. https://web.archive.org/web/20170115175107/http://www.nxp.com/documents/user_manual/UM10204.pdf to compute optimal resistor values but 4.7k are commonly used with 5v system.

Embeddable link to order this shared Project

ATMegax8 TQFP to DIP 0603

2 layer board of 1.67 x 0.76 inches (42.3 x 19.3 mm).
Uploaded: July 26th, 2018 00:22.
Shared: July 26th, 2018 00:41
Total Price: $6.30

You may be wondering why I made this when there are Ardui…

You may be wondering why I made this when there are Arduino Nano or Arduino Mini Pro. It’s because I originally designed this to use ATMega328pB which came out a few years ago. Mini Pro and Nano do not have A6 or A7 in convenient place for breadboarding and on non ‘B’ version, they are only usable as analog input. The ‘B’ version also adds 2 GPIO pins that are not found on any Arduino board (official, clones, or offshoot variants) and to me this was a good reason to use ‘B’ version: 2 fully functioning analog pin that can use digitalRead or Write as well plus 2 digital pins. However Atmel and Microchip have not released this chip in DIP form for breadboarding, only in SMD packages so I needed to make a PCB to support this, have built in decoupling capacitors, built in ISP headers, built in power and D13 LED, built in crystal oscillator, and built in I2C resistor pads.

This board uses 0603 SMD resistors, capacitors, and LEDs. Please check my other uploaded design for slightly larger 0805 parts if you prefer those instead.

D20 and D21 is available only when using internal oscillator
D22 is Reset pin, generally I don’t change fuse to enable D22 because it’s a pain to reprogram this without reset!
D23 and D24 is available only on ‘PB’ variant. Otherwise they are GND and VCC respectively
D25 and D26 shares A6 and A7 on ‘PB’ variants only; on non-‘PB’ variants, those are strictly analog input only

BOM:

the PCB

IC1: ATMegaxx8 TQFP-32, I suggest ‘328 for maximum flash memory, SRAM, and EEPROM

J1-J4: zero-ohm 0603 jumper resistor, see Note 1 and 2 below

C1, C2, C3: 0.1uF ceramic 0603 cap, see Note 1 below

C4, C5: ceramic 0603 cap, matching oscillator’s spec, see Note 2 below

Q1: crystal of desired speed, see Note 2 below

R1: 10k ohm 0603 resistor

R2, R3: 470 ohm 0603 resistor (may want to adjust this depending on LED spec and color, I went with 1k for red because it’s too darn bright!)

R4, R5: 4.7K 0603 resistor, see Note 3 below

1 0603 LED of your favorite color for power (ie green)

1 0603 LED of another color for D13 (ie amber/yellow)

2 16 pins header 0.1" spacing (2.54mm)

1 push button switch Panasonic EVQP2 series or similar switch with 4 leads SPST, 4.7mm x 3.5mm

Note 1: If you are not using PB variant of ATMega xx8 MPU, solder C2 capacitor plus J1 and J2 jumper. Otherwise do not populate these 3 parts to gain GPIO pin D23 and D24. This 2 pins are VCC and GND on non PB variants and can’t be used as GPIO.
Note 2: If you are using internal oscillator, solder jumper J3 and J4 to connect pins to header and gain GPIO pin D20 and D21. If you are using external oscillator, do not populate J3 and J4. Instead add Q1 such as Abracon ABM3 series SMD crystal. ABM3 requires either 18pF or 20pF capacitors, check first before buying. Populate C4 and C5 with correct 0805 cap. The crystal pad is tailored for ABM3 and may not quite fit other similar sized SMD crystal.
Note 3: pullup resistor for I2C (SCL and SDA) if needed. https://web.archive.org/web/20170115175107/http://www.nxp.com/documents/user_manual/UM10204.pdf to compute optimal resistor values but 4.7k are commonly used with 5v system.

Embeddable link to order this shared Project

Project Permalink URL

ATMegax8 TQFP to DIP 0805

2 layer board of 1.67 x 0.76 inches (42.3 x 19.3 mm).
Uploaded: July 26th, 2018 00:22.
Shared: July 26th, 2018 00:41
Total Price: $6.30

Top

Bottom

You may be wondering why I made this when there are Ardui…

You may be wondering why I made this when there are Arduino Nano or Arduino Mini Pro. It’s because I originally designed this to use ATMega328pB which came out a few years ago. Mini Pro and Nano do not have A6 or A7 in convenient place for breadboarding and on non ‘B’ version, they are only usable as analog input. The ‘B’ version also adds 2 GPIO pins that are not found on any Arduino board (official, clones, or offshoot variants) and to me this was a good reason to use ‘B’ version: 2 fully functioning analog pin that can use digitalRead or Write as well plus 2 digital pins. However Atmel and Microchip have not released this chip in DIP form for breadboarding, only in SMD packages so I needed to make a PCB to support this, have built in decoupling capacitors, built in ISP headers, built in power and D13 LED, built in crystal oscillator, and built in I2C resistor pads.

This board uses 0805 SMD resistors, capacitors, and LEDs. Please check my other uploaded design for slightly smaller 0603 parts if you prefer those instead.

D20 and D21 is available only when using internal oscillator
D22 is Reset pin, generally I don’t change fuse to enable D22 because it’s a pain to reprogram this without reset!
D23 and D24 is available only on ‘PB’ variant. Otherwise they are GND and VCC respectively
D25 and D26 shares A6 and A7 on ‘PB’ variants only; on non-‘PB’ variants, those are strictly analog input only

BOM:

the PCB

IC1: ATMegaxx8 TQFP-32, I suggest ‘328 for maximum flash memory, SRAM, and EEPROM

J1-J4: zero-ohm 0805 jumper resistor, see Note 1 and 2 below

C1, C2, C3: 0.1uF ceramic 0805 cap, see Note 1 below

C4, C5: ceramic 0805 cap, matching oscillator’s spec, see Note 2 below

Q1: crystal of desired speed, see Note 2 below

R1: 10k ohm 0805 resistor

R2, R3: 470 ohm 0805 resistor (may want to adjust this depending on LED spec and color, I went with 1k for red because it’s too darn bright!)

R4, R5: 4.7K 0805 resistor, see Note 3 below

1 0805 LED of your favorite color for power (ie green)

1 0805 LED of another color for D13 (ie amber/yellow)

2 16 pins header 0.1" spacing (2.54mm)

1 push button switch Panasonic EVQP2 series or similar switch with 4 leads SPST, 4.7mm x 3.5mm

Most 0805 SMD parts could theoretically have 0603 (resistors, capacitors, and LEDs) instead but you will have only about 0.3 mm on each side to solder on the pad.

Note 1: If you are not using PB variant of ATMega xx8 MPU, solder C2 capacitor plus J1 and J2 jumper. Otherwise do not populate these 3 parts to gain GPIO pin D23 and D24. This 2 pins are VCC and GND on non PB variants and can’t be used as GPIO.
Note 2: If you are using internal oscillator, solder jumper J3 and J4 to connect pins to header and gain GPIO pin D20 and D21. If you are using external oscillator, do not populate J3 and J4. Instead add Q1 such as Abracon ABM3 series SMD crystal. ABM3 requires either 18pF or 20pF capacitors, check first before buying. Populate C4 and C5 with correct 0805 cap. The crystal pad is tailored for ABM3 and may not quite fit other similar sized SMD crystal.
Note 3: pullup resistor for I2C (SCL and SDA) if needed. https://web.archive.org/web/20170115175107/http://www.nxp.com/documents/user_manual/UM10204.pdf to compute optimal resistor values but 4.7k are commonly used with 5v system.

Embeddable link to order this shared Project

ATMegax8 TQFP to DIP 0805

2 layer board of 1.67 x 0.76 inches (42.3 x 19.3 mm).
Uploaded: July 26th, 2018 00:22.
Shared: July 26th, 2018 00:41
Total Price: $6.30

You may be wondering why I made this when there are Ardui…

You may be wondering why I made this when there are Arduino Nano or Arduino Mini Pro. It’s because I originally designed this to use ATMega328pB which came out a few years ago. Mini Pro and Nano do not have A6 or A7 in convenient place for breadboarding and on non ‘B’ version, they are only usable as analog input. The ‘B’ version also adds 2 GPIO pins that are not found on any Arduino board (official, clones, or offshoot variants) and to me this was a good reason to use ‘B’ version: 2 fully functioning analog pin that can use digitalRead or Write as well plus 2 digital pins. However Atmel and Microchip have not released this chip in DIP form for breadboarding, only in SMD packages so I needed to make a PCB to support this, have built in decoupling capacitors, built in ISP headers, built in power and D13 LED, built in crystal oscillator, and built in I2C resistor pads.

This board uses 0805 SMD resistors, capacitors, and LEDs. Please check my other uploaded design for slightly smaller 0603 parts if you prefer those instead.

D20 and D21 is available only when using internal oscillator
D22 is Reset pin, generally I don’t change fuse to enable D22 because it’s a pain to reprogram this without reset!
D23 and D24 is available only on ‘PB’ variant. Otherwise they are GND and VCC respectively
D25 and D26 shares A6 and A7 on ‘PB’ variants only; on non-‘PB’ variants, those are strictly analog input only

BOM:

the PCB

IC1: ATMegaxx8 TQFP-32, I suggest ‘328 for maximum flash memory, SRAM, and EEPROM

J1-J4: zero-ohm 0805 jumper resistor, see Note 1 and 2 below

C1, C2, C3: 0.1uF ceramic 0805 cap, see Note 1 below

C4, C5: ceramic 0805 cap, matching oscillator’s spec, see Note 2 below

Q1: crystal of desired speed, see Note 2 below

R1: 10k ohm 0805 resistor

R2, R3: 470 ohm 0805 resistor (may want to adjust this depending on LED spec and color, I went with 1k for red because it’s too darn bright!)

R4, R5: 4.7K 0805 resistor, see Note 3 below

1 0805 LED of your favorite color for power (ie green)

1 0805 LED of another color for D13 (ie amber/yellow)

2 16 pins header 0.1" spacing (2.54mm)

1 push button switch Panasonic EVQP2 series or similar switch with 4 leads SPST, 4.7mm x 3.5mm

Most 0805 SMD parts could theoretically have 0603 (resistors, capacitors, and LEDs) instead but you will have only about 0.3 mm on each side to solder on the pad.

Note 1: If you are not using PB variant of ATMega xx8 MPU, solder C2 capacitor plus J1 and J2 jumper. Otherwise do not populate these 3 parts to gain GPIO pin D23 and D24. This 2 pins are VCC and GND on non PB variants and can’t be used as GPIO.
Note 2: If you are using internal oscillator, solder jumper J3 and J4 to connect pins to header and gain GPIO pin D20 and D21. If you are using external oscillator, do not populate J3 and J4. Instead add Q1 such as Abracon ABM3 series SMD crystal. ABM3 requires either 18pF or 20pF capacitors, check first before buying. Populate C4 and C5 with correct 0805 cap. The crystal pad is tailored for ABM3 and may not quite fit other similar sized SMD crystal.
Note 3: pullup resistor for I2C (SCL and SDA) if needed. https://web.archive.org/web/20170115175107/http://www.nxp.com/documents/user_manual/UM10204.pdf to compute optimal resistor values but 4.7k are commonly used with 5v system.

Embeddable link to order this shared Project

Project Permalink URL

NASA Altimeter - Main Controller Board

By hydronics

2 layer board of 2.64 x 4.79 inches (67.0 x 121.6 mm).
Uploaded: July 26th, 2018 00:31.
Shared: July 26th, 2018 00:33
Total Price: $63.10

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NASA Altimeter - Main Controller Board

By hydronics

2 layer board of 2.64 x 4.79 inches (67.0 x 121.6 mm).
Uploaded: July 26th, 2018 00:31.
Shared: July 26th, 2018 00:33
Total Price: $63.10

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RS485_Mayfly_Gerbers180725_1646

By neilh20

2 layer board of 1.73 x 1.00 inches (43.9 x 25.4 mm).
Uploaded: July 25th, 2018 23:46.
Shared: July 25th, 2018 23:49
Total Price: $8.60

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Uploaded from https://github.com/EnviroDIY/SensorModbusMa…

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RS485_Mayfly_Gerbers180725_1646

By neilh20

2 layer board of 1.73 x 1.00 inches (43.9 x 25.4 mm).
Uploaded: July 25th, 2018 23:46.
Shared: July 25th, 2018 23:49
Total Price: $8.60

Uploaded from https://github.com/EnviroDIY/SensorModbusMa…

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Kicksat Motherboard (KMB-22)

By maholli

4 layer board of 3.56 x 3.79 inches (90.5 x 96.2 mm).
Uploaded: July 25th, 2018 21:19.
Shared: July 25th, 2018 21:20
Total Price: $134.80

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https://kicksat.github.io/

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Kicksat Motherboard (KMB-22)

By maholli

4 layer board of 3.56 x 3.79 inches (90.5 x 96.2 mm).
Uploaded: July 25th, 2018 21:19.
Shared: July 25th, 2018 21:20
Total Price: $134.80

https://kicksat.github.io/

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N64 Advanced

By borti4938

4 layer board of 2.54 x 1.49 inches (64.5 x 37.7 mm).
Uploaded: July 25th, 2018 06:39.
Shared: July 25th, 2018 06:42
Total Price: $37.70

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Version: N64A_20180725
Former Version: N64A_20180205 …

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N64 Advanced

By borti4938

4 layer board of 2.54 x 1.49 inches (64.5 x 37.7 mm).
Uploaded: July 25th, 2018 06:39.
Shared: July 25th, 2018 06:42
Total Price: $37.70

Version: N64A_20180725
Former Version: N64A_20180205 …

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Snes M27C322 16bit to 8bit Snes_NEW V2 Gerbel

2 layer board of 2.65 x 0.98 inches (67.3 x 24.9 mm).
Uploaded: July 25th, 2018 04:32.
Shared: July 25th, 2018 04:33
Total Price: $13.00

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Snes Adapter M27C322 2 CI 74LS257

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Snes M27C322 16bit to 8bit Snes_NEW V2 Gerbel

2 layer board of 2.65 x 0.98 inches (67.3 x 24.9 mm).
Uploaded: July 25th, 2018 04:32.
Shared: July 25th, 2018 04:33
Total Price: $13.00

Snes Adapter M27C322 2 CI 74LS257

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Snes M27C322 16bit to 8bit_Auto_PCB Gerber

2 layer board of 2.51 x 0.97 inches (63.8 x 24.5 mm).
Uploaded: July 25th, 2018 04:30.
Shared: July 25th, 2018 04:31
Total Price: $12.10

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SNES Adapter M27C322

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Snes M27C322 16bit to 8bit_Auto_PCB Gerber

2 layer board of 2.51 x 0.97 inches (63.8 x 24.5 mm).
Uploaded: July 25th, 2018 04:30.
Shared: July 25th, 2018 04:31
Total Price: $12.10

SNES Adapter M27C322

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oneBUTTON v3

By awc105

4 layer board of 0.83 x 0.99 inches (21.2 x 25.1 mm).
Uploaded: July 24th, 2018 23:19.
Shared: July 24th, 2018 23:20
Total Price: $8.20

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oneBUTTON v3

By awc105

4 layer board of 0.83 x 0.99 inches (21.2 x 25.1 mm).
Uploaded: July 24th, 2018 23:19.
Shared: July 24th, 2018 23:20
Total Price: $8.20

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Medradar_board_v12_artwork_oSHpARK_AddVIA_PositiveInner

By x-mengao

4 layer board of 2.02 x 1.02 inches (51.4 x 26.0 mm).
Uploaded: July 24th, 2018 16:51.
Shared: July 24th, 2018 17:02
Total Price: $20.60

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4-layer transceiver board for medical applications UCD D…

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Medradar_board_v12_artwork_oSHpARK_AddVIA_PositiveInner

By x-mengao

4 layer board of 2.02 x 1.02 inches (51.4 x 26.0 mm).
Uploaded: July 24th, 2018 16:51.
Shared: July 24th, 2018 17:02
Total Price: $20.60

4-layer transceiver board for medical applications UCD D…

By Oregon-Research-Electronics

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BMP_Brreakout gerber files

2 layer board of 1.02 x 1.02 inches (25.8 x 25.8 mm).
Uploaded: July 24th, 2018 16:14.
Shared: July 24th, 2018 16:28
Total Price: $5.15

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By Oregon-Research-Electronics

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BMP_Brreakout gerber files

2 layer board of 1.02 x 1.02 inches (25.8 x 25.8 mm).
Uploaded: July 24th, 2018 16:14.
Shared: July 24th, 2018 16:28
Total Price: $5.15

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GCH Standard Tailcap v1.2

By gchart

2 layer board of 0.66 x 0.66 inches (16.8 x 16.8 mm).
Uploaded: July 23rd, 2018 21:19.
Shared: July 24th, 2018 13:47
Total Price: $2.15

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GCH Standard Tailcap v1.2

By gchart

2 layer board of 0.66 x 0.66 inches (16.8 x 16.8 mm).
Uploaded: July 23rd, 2018 21:19.
Shared: July 24th, 2018 13:47
Total Price: $2.15

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MAX32660 LSM6DSM LIS2MDL LPS22HD

By PeskyProducts

4 layer board of 0.71 x 0.51 inches (17.9 x 12.8 mm).
Uploaded: July 24th, 2018 04:29.
Shared: July 24th, 2018 04:30
Total Price: $3.50

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Demonstration of MAX32660 as a motion co-processor. http…

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MAX32660 LSM6DSM LIS2MDL LPS22HD

By PeskyProducts

4 layer board of 0.71 x 0.51 inches (17.9 x 12.8 mm).
Uploaded: July 24th, 2018 04:29.
Shared: July 24th, 2018 04:30
Total Price: $3.50

Demonstration of MAX32660 as a motion co-processor. http…

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Serial Servo Rev B

By DaveFlynn

2 layer board of 1.33 x 2.43 inches (33.8 x 61.8 mm).
Uploaded: June 19th, 2018 23:52.
Shared: July 24th, 2018 00:37
Total Price: $16.15

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TTL Serial to R/C Servo w/ absolute encoder. https://git…