Editor Version ×
Standard

1.Easy to use and quick to get started

2.The process supports design scales of 300 devices or 1000 pads

3.Supports simple circuit simulation

4.For students, teachers, creators

Profession

1.Brand new interactions and interfaces

2.Smooth support for design sizes of over 5,000 devices or 10,000 pads

3.More rigorous design constraints, more standardized processes

4.For enterprises, more professional users

Ongoing

STD MiP ProMini-Pack (Open hardware)

License:

Mode: Editors' pick

  • 1.4k
  • 0
  • 0
Update time: 2021-04-10 21:19:38
Creation time: 2015-10-21 03:31:06
Description
Description: The MiP Robotic Platform is the first self-balancing robot that you can drive, dance, plays games, battle with other MiPs, and that you can control via a compatible iOS or Android device. But did you know you can hack it? With the SparkFun ProMini-Pack you can access the robot’s built-in hacking port to add increased functionality and a miniature Arduino to your MiP. All you will need to do to get this pack integrated into your MiP are a few simple hardware modifications to the robot’s chassis. Once those modifications are complete you will have your very own ProMini attached to your MiP that you can start programing with your own code in no time flat! This is the same Pro Mini board you know and love, now in a form factor that allows it to be easily incorporated and secured into your MiP. Like the Arduino Pro Mini, the MiP ProMini-Pack utilizes SparkFun’s minimal design approach to the Arduino platform while still only requiring 3.3V to power and running the 8MHz bootloader. The ProMini-Pack screws into the MiP’s battery pack and gives the user a two small soldering areas and a 4-pin Expansion Socket that can, when used in conjunction with an Expansion Cable, be connected to the MiP’s hacking port. The hacking port that has been pre-soldered to the ProMini-Pack breaks out the following signals: GND (a ground connection to the battery on the MiP), RX (a 3.3v signal level UART receive pin), TX (a 3.3v signal level UART transmit pin), 6V (Raw battery power). Features: MiP Back Pack Form Factor ATmega328 Running @ 8MHz Expansion Socket Pre-Soldered Two Prototyping Areas Optional FTDI Connector Area DC Input 3.3V - 12V Max 150mA Output 3.3V Regulator Over Current Protected Analog Pins: 8 Digital I/Os: 14 [GitHub][1] (Design Files) Sparkfun link:https://www.sparkfun.com/products/13058 [1]: https://github.com/sparkfun/MiP_ProMini-Pack
Design Drawing
schematic diagram
1 /
PCB
1 /
The preview image was not generated, please save it again in the editor.
ID Name Designator Footprint Quantity
1 10K R2,R4,R5 0603-RES 3
2 0.1uF C3,C1,C2,C4,C10 0603-CAP 5
3 330 R6 0603-RES 1
4 Green D3 LED-0603 1
5 M12 JP6,JP7 1X12 2
6 M02 JP2,JP3 1X02 2
7 ATMEGA328 U1 TQFP32-08 1
8 FTDI Basic JP1 1X06 1
9 DNP R1,R3 0603-RES 2
10 Reset S1 TACTILE-SWITCH-SMD 1
11 8MHz Q1 RESONATOR-SMD 1
12 FRAME-LETTER FRAME1 CREATIVE_COMMONS 1
13 M08 JP4,JP5,JP8,JP9 1X08 4
14 JUMPER-PAD-3-2OF3_NC_BY_PASTE SJ2,SJ4,SJ1,SJ3 PAD-JUMPER-3-2OF3_NC_BY_PASTE_YES_SILK_FULL_BOX 4
15 TS3USB221A U3 QFN-10-RSE 1
16 GREEN D4 LED-0603 1
17 1K R7,R8,R9,R10,R11 0603-RES 5
18 M01 JP10 1X01 1
19 D2 Jumper SJ5 PAD-JUMPER-2-NC_BY_TRACE_YES_SILK 1
20 SFE_LOGO_NAME_FLAME.1_INCH LOGO1 SFE_LOGO_NAME_FLAME_.1 1
21 PTC F1 PTC-1206 1
22 M04 JP11 1X04-1.5MM_JST 1
23 OSHW-LOGOS LOGO2 OSHW-LOGO-S 1
24 10uF C13,C19 EIA3216 2
25 MIC5205 U2 SOT23-5 1
26 FIDUCIAL FID1,FID2 FIDUCIAL-1X2 2

Unfold

Project Attachments
Empty
Project Members
Target complaint
Related Projects
Change a batch
Loading...
Add to album ×

Loading...

reminder ×

Do you need to add this project to the album?

服务时间

周一至周五 9:00~18:00
  • 0755 - 2382 4495
  • 153 6159 2675

服务时间

周一至周五 9:00~18:00
  • 立创EDA微信号

    easyeda

  • QQ交流群

    664186054

  • 立创EDA公众号

    lceda-cn