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2 layers315.8 × 53.1 mmThermoboard, the printed circuit board in 3D

All schematics and layouts in KiCad, plus some simulations

Size
315.8 × 53.1 mm
Copper layers
2
Thickness
1.6 mm
Parts
344
Nets
209
Pads
1,012
Tracks, vias
2,127, 280
Pours
4
Routed
Yes
KiCad
KiCad 4
Created
4 Nov 2016
Updated
11 Nov 2021

Overview

Thermoboard is an open-source printed circuit board by ParadigmHyperloop, from the ParadigmHyperloop/electrical repository on GitHub. It is a 2-layer board of 315.8 × 53.1 mm with 344 parts on 209 nets, routed with 2,127 tracks and 280 vias.

It is built around the AD849X and OPA380. Its parts include 132 capacitors, 104 resistors, 72 connectors, 34 ICs and 2 diodes.

Main components

2

README

IRDetectors/README.md

About this Board

  • Owner: @edhurtig
  • Status: Build
  • Topic: Research

Design Abstract

In the most basic sense, this board is an Arduino with support for 2 modulated IR emitters and paired receivers. They are essentially smart IR proximity sensors.

Purpose

These boards are intended to detect vertical strips (4" wide) that are placed every 100' on the hypertube walls. These strips are useful for navigation purposes and tell the pod where it is in the tube.

These boards are also somewhat of a prototype for a localized control module for subsystems like #brakes where a local uC receives commands from the main flight computer, but locally is the one responsible for controlling the state of the brake control solenoids, monitoring pressures and temperatures, etc.

Tech Specs

  • Microcontroller Atmega32U4
  • Communication 1 Micro USB, 1 ISP Header, 1 RS485 bus, I2C, (maybe) CANbus
  • Sensors 2 IR Emitters, 2 IR Receivers. Local hardware-based 36Khz IR modulator.
  • Expansion Headers All unused Atmega inputs and outputs routed to an expansion header

RS485 Details

There are 3 ports that all share the RS485 connection: 2x Ethernet jacks (for daisy chain), 1x 4 pin Phoenix contact port

Power Details

This board is a 5V logic level board. The board may be powered over USB or via an external power source. The external power source is recommended at 5.5V. Do not exceed 12V on any of the external power inputs.

External Power Inputs

Power may be supplied through the 2 pin Phoenix Contact Power Connector as labeled on the board's silkscreen.

Alternatively, power may be supplied via the RJ45 jacks by supplying 5.5-12V on pin 8, and Ground on pin 7. The jumpers for VCOM power and VCOM GND must be stuffed in order to enable power via the Ethernet ports.

Do not plug these boards into a standard ethernet switch, behavior is undefined

On-Board Documentation (Silkscreen)

text
5V Logic
VCC Regulated 5V
VCOM Recommended 5.5V

Ethernet Pinout:
1-2: RS485 RX - / +
3: External IR Sync
4-5: RS485 TX - / +
6: Passthrough
7: VCOM - (Ground)
8: VCOM + (5-12V DC)

VCOM PWR set jumpers 
GND EN & VCOM EN 

Status

  • Rev 1A was ordered and lost in transit 😢
  • Rev 1B was ordered and partially assembled. The first board is currently in a state were it powers on. Next step is to plug in an ISP and flash a bootloader onto the Atmega.

Parts

344
QtyValueFootprintReferences
960.1uFCapacitors_SMD:C_0603_HandSolderingC1001, C1002, C1004, C1101, C1102, C1104, C1201, C1202, C1204, C1301, C1302, C1304, C1401, C1402, C1404, C1501 +80
64150Resistors_SMD:R_0603_HandSolderingR1002, R1003, R1102, R1103, R1202, R1203, R1302, R1303, R1402, R1403, R1502, R1503, R1602, R1603, R1702, R1703 +48
34CONN_01X02thermoFootprints:phoenix_2pin_3.5mmP101, P103, P105, P106, P107, P108, P109, P110, P111, P112, P113, P114, P115, P116, P117, P118 +18
321MResistors_SMD:R_0603_HandSolderingR201, R1001, R1101, R1201, R1301, R1401, R1501, R1601, R1701, R1801, R1901, R2001, R2101, R2201, R2301, R2401 +16
321uFCapacitors_SMD:C_0603_HandSolderingC203, C1003, C1103, C1203, C1303, C1403, C1503, C1603, C1703, C1803, C1903, C2003, C2103, C2203, C2303, C2403 +16
32AD849XHousings_SSOP:MSOP-8_3x3mm_Pitch0.65mmU201, U1001, U1101, U1201, U1301, U1401, U1501, U1601, U1701, U1801, U1901, U2001, U2101, U2201, U2301, U2401 +16
32CONN_02X02Pin_Headers:Pin_Header_Straight_2x02_Pitch2.54mmJ101, J102, J103, J104, J105, J106, J107, J108, J109, J110, J111, J112, J113, J114, J115, J116 +16
4MOUNTING_HOLEhyperCustom:MountingHole_5.5mm_Pad_ViaJ133, J134, J135, J136
20Resistors_SMD:R_1206_HandSolderingR103, R106
21kResistors_SMD:R_1206_HandSolderingR102, R105
21uFCapacitors_SMD:C_1206_HandSolderingC101, C103
2300SMD_Packages:SMD-1206_PolR107, R108
23kResistors_SMD:R_1206_HandSolderingR101, R104
2CONN_02X08moboFootprints:302-S161P102, P104
2GREENLEDs:LED_1206D101, D102
2OPA380Housings_SSOP:MSOP-8_3x3mm_Pitch0.65mmU101, U102
2SATResistors_SMD:R_1206_HandSolderingC102, C104

Questions

How big is the Thermoboard PCB?

It measures 315.8 × 53.1 mm and has 2 copper layers, 1.6 mm thick.

What parts does the Thermoboard use?

344 parts, built around the AD849X and OPA380. The full list of its parts is on this page, with links to each part's symbol and footprint where PCBKit's library has them.

Where can I download the Thermoboard KiCad files?

From the ParadigmHyperloop/electrical repository on GitHub, at the commit this page was made from: the board is THBO/Thermoboard.kicad_pcb. PCBKit opens the board in the browser, with nothing to install.

Can I use the Thermoboard design in my own project?

Its repository states no licence, so its author keeps all rights: ask ParadigmHyperloop before reusing the design.

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