Shared Projects by BrK

Shared Projects by BrK

IOT ProtoBoard

2 layer board of 2.25 x 1.65 inches (57.2 x 41.9 mm)
Uploaded: December 21, 2016
Shared: December 21, 2016
Total Price: $18.55

Atmega328P and RFM69HCW to send values of sensors to the main gateway. Untested yet. Order on your own risk!

Atmega328P and RFM69HCW to send values of sensors to the main gateway. Untested yet. Order on your own risk!

Embeddable link to order this shared Project

4V Step Down

2 layer board of 1.25 x 0.79 inches (31.8 x 20.0 mm)
Uploaded: December 15, 2016
Shared: December 15, 2016
Total Price: $4.90

4V Step Down voltage regulator. Great for GSM modems. 4.90$ for 3 PCBs

4V Step Down voltage regulator. Great for GSM modems. 4.90$ for 3 PCBs

Embeddable link to order this shared Project

IOT prototype

2 layer board of 3.65 x 2.60 inches (92.7 x 66.1 mm)
Uploaded: November 27, 2016
Shared: November 27, 2016
Total Price: $47.45

Prototype for GSM IOT board or home alarm system.

Prototype for GSM IOT board or home alarm system.

Embeddable link to order this shared Project

ADAPTER_001.brd

2 layer board of 1.35 x 1.13 inches (34.3 x 28.6 mm)
Uploaded: November 05, 2016
Shared: November 05, 2016
Total Price: $7.60

Embeddable link to order this shared Project

GSM power supply

2 layer board of 1.25 x 0.95 inches (31.8 x 24.1 mm)
Uploaded: September 06, 2016
Shared: September 06, 2016
Total Price: $5.90

Based on the sim800H hardware design example.

-BOM-

C1: 6.3X7.7 - NICHICON 100uF

C2: 0805 1uF

C3: 10x10 - NICHICON 330uF 35V

C4: 0805 1uF

R1: 0805 2.2K

R2: 0805 1K

L1: LQH32MN101J23L 100uH

L2(FB): 2220 270 Ohm

D1: B54 SMC DO-214AB (5A 40V)

IC1: LM2596-ADJ

The b…

Show full description

Based on the sim800H hardware design example.

-BOM-

C1: 6.3X7.7 - NICHICON 100uF

C2: 0805 1uF

C3: 10x10 - NICHICON 330uF 35V

C4: 0805 1uF

R1: 0805 2.2K

R2: 0805 1K

L1: LQH32MN101J23L 100uH

L2(FB): 2220 270 Ohm

D1: B54 SMC DO-214AB (5A 40V)

IC1: LM2596-ADJ

The b…

Show full description

Embeddable link to order this shared Project