HardLabs

Moxie drv sidecaps w tightshunts

Teslafly·Moxie_drive_mini_drv

Moxie drv sidecaps w tightshunts PCB layout, top view — open source STM32 board by Teslafly

About the Moxie drv sidecaps w tightshunts PCB

Moxie drv sidecaps w tightshunts is an open source STM32 PCB design by Teslafly, published on GitHub under the MIT license. It is a 4-layer board measuring 68 × 58 mm, with 151 components from 71 distinct parts.

Its main chip is the STM32F40X_LQFP64, from the STM32 family. Other key parts include the TPS561201 and DRV8353RSRGZT. By type, the board carries 60 capacitors, 56 resistors, 12 transistors, 12 connectors, 4 diodes and 3 ICs.

It belongs with the robotics & motion designs in this gallery.

From the project

A motor drive based off https://github.com/vedderb/bldc-hardware using the drv8353 and toshiba fets

MoxiE-Drive - high power 12-75v motor controller =============

Forged from the remminants of the oppressed vesc 6. Raised on a diet of endless sphere and equals zero posts. destined for a fight to the death in hilariously brutal Power Wheels Racing Series. I give to you, the MoxiE-Drive.

This the Hardware for my derivitive of the Vesc-project.

Have a look at this post for a tutorial on how to get started: http://vedder.se/2015/01/vesc-open-source-esc/

Main components on the Moxie drv sidecaps w tightshunts

TPS561201DRV8353RSRGZTSTM32F40X_LQFP64

Moxie drv sidecaps w tightshunts bill of materials (BOM)

151 components, 71 distinct parts.

QtyPartRefs
1
TPS561201
U401
1
DRV8353RSRGZT
U501
1
STM32F40X_LQFP64
U901
12
TPH2R608NH,L1Q
Q601, Q602, Q603, Q604, Q701, Q702, Q703, Q704 +4
1
8MHz 10ppm
X901
1
USB_B_Micro
J101
1
+Vbat
J501
1
Gnd
J502
1
A
J503
1
B
J504
1
C
J505
1
SWD
J901
1
CANBUS
P101
1
CTRL_SIGNALS
P103
1
Serial1/tim4
P105
1
I2C
P106
1
HALL/Encoder
P107
1
SERVO
K101
1
TPD2EUSB30DRTR
D901
1
BLUE
D902
Show 51 more
QtyPartRefs
1
GREEN
D903
1
RED
D904
1
3.3uH
L401
1
390uH
L501
3
100n
C101, C107, C904
1
4.7nf
C201
10
2.2u
C202, C901, C902, C903, C905, C907, C909, C910 +2
1
2.2uf
C401
4
100nf
C402, C403, C404, C408
1
2.2uf
C405
1
100uf
C406
1
NP
C407
3
20uF
C409, C410, C515
1
560uF
C411
3
56uF
C412, C413, C414
1
10uF
C501
1
1.5uF
C502
2
0.1uF
C503, C504
1
0.47uF
C505
1
0.1uF
C506
1
0.047uF
C507
3
1uF
C508, C509, C511
1
0.01uF
C510
1
18nF
C512
1
22uF
C513
1
560uF
C514
3
2.2nF
C601, C701, C801
12
1uF
C602, C603, C604, C606, C702, C703, C704, C706 +4
2
15p
C906, C908
1
0Ω
R101
4
100Ω
R102, R603, R703, R803
2
100kΩ
R103, R104
2
22R
R105, R106
3
2k2Ω
R107, R108, R109
2
10kΩ
R110, R516
2
120R
R201, R202
4
1k
R401, R901, R902, R903
1
R33.2k 0.1%
R402
1
10k 0.1%
R403
1
1kOhm
R501
1
10kΩ
R502
1
560kΩ
R503
1
200kΩ
R504
1
5.1kΩ
R505
1
1.0kΩ
R506
1
910mΩ
R507
4
47kΩ
R508, R510, R512, R514
4
2.2kΩ
R509, R511, R513, R515
1
NTC 10kΩ
R517
12
5Ω
R601, R602, R604, R605, R701, R702, R704, R705 +4
6
1mΩ
R618, R619, R706, R707, R806, R807

Moxie drv sidecaps w tightshunts design files

The KiCad project lives in the Teslafly/Moxie_drive_mini_drv repository on GitHub; these links point at the commit this page was built from.

Moxie drv sidecaps w tightshunts: common questions

What microcontroller does the Moxie drv sidecaps w tightshunts use?

The Moxie drv sidecaps w tightshunts is built around the STM32F40X_LQFP64, from the STM32 family.

How big is the Moxie drv sidecaps w tightshunts PCB?

The Moxie drv sidecaps w tightshunts measures 68 × 58 mm, has 4 copper layers and is 1.6 mm thick.

How many components are on the Moxie drv sidecaps w tightshunts?

151 components, from 71 distinct parts. The full bill of materials is listed on this page.

Where can I download the Moxie drv sidecaps w tightshunts design files?

From the Teslafly/Moxie_drive_mini_drv repository on GitHub, which has the KiCad layout; the links under Design files point to each one.

Can I use the Moxie drv sidecaps w tightshunts design in my own project?

Yes, under the terms of its MIT license, which Teslafly chose for the repository.

Can I test firmware for the Moxie drv sidecaps w tightshunts without the hardware?

Yes. HardLabs builds a simulation of the board from its netlist and BOM, so you can run and debug STM32 firmware against it before you order a PCB.

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