About the article

dsPIC Control Board

for industrial applications

dsPIC Control Board
The control board shown in this article has been designed for incorporation into typical industrial electronics applications like controlling motors or adjustment of static up- or down-converters.The objectives were to obtain a board with a large number of pulsewidth modulation (PWM) generators, which enables us to control several motors and static converters at the same time. The cost of the control board needed to be as low as possible too. In addition, it must be possible to construct the board using a soldering iron, without requiring use of a reflow oven.
Downloading of this magazine article is reserved for Elektor Members only.
Already a member? click here to log in.
Products
Gerber file

CAM/CAD data for the PCB referred to in this article is available as a Gerber file. Elektor Members can exclusively download these files for free as part of their Membership. Gerber files allow a PCB to be produced on an appropriate device available locally, or through an online PCB manufacturing service. Elektor recommends its business partner Eurocircuits as the company of choice for its own prototypes and volume production in selected cases.

Extra info, Update

Technical specifications:

* universal dsPIC30 microcontroller board
* isolated CAN bus
* serial port via USB
* 14 analog inputs
* 8 PWM outputs
* I²C bus

Components
Download the BOM list
The BOM (Bill of Materials) is the technically exhaustive listing of parts and other hardware items used to produce the working and tested prototype of any Elektor Labs project. The BOM file contains deeper information than the Component List published for the same project in Elektor Magazine. If required the BOM gets updated directly by our lab engineers. As a reader, you can download the list here.
Want to learn more about our BOM list? Read the BOM list article for extra information.
Resistors
(1%, 250 mW, SMD 0805 unless indicated otherwise)
R1,R5,R6 = 270Ohm
R2,R7,R8 = 10kOhm
R3 = 910Ohm
R4 = 2.0kOhm
R9,R14,R15 = 4.7kOhm
R10–R13 = 390Ohm
R16 = 0Ohm, 1%, 125mW, SMD 0805
R17,R18 = 100Ohm
Capacitors
C1,C2 = 1µF 16V, tantalum, case A
C3,C10,C11,C13,C15,C24,C26 = 4.7µF 16V, tantalum, case A
C4,C5 = 22pF, NP0, SMD 0805
C6,C7,C8,C9,C12,C14,C16-19,C22,C23,C25 = 100nF, X7R, SMD 0805
C20,C21 = 47pF, NP0, SMD 0805
Semiconductors
IC1 = XC62FP5002PR, SOT-89-3 (Torex)
IC2 = TSM 0505S DC/DC converter 5V / 1W (Traco)
IC3 = dsPIC30F6010A-30I/PF (Microchip)
IC4 = AD5336BRUZ (Analog Devices)
IC5 = FT232RL (FTDI)
IC6 = USB6B1 (STMicroelectronics)
IC7,IC8 = HCPL-0601 (Avago)
IC9 = MCP2551-E/SN CAN (Microchip)
D1 = Diode SMCJ6V0A (Fairchild Semiconductor)
D2 = LM4040CIM3-4.1/NOPB (National Semiconductor)
D3 = zener diode BZX84-C5V1 5.1V / 250mW, SOT23 (NXP)
D4, D5 = LED, green, SMD 1206 (e.g. Farnell # 1226371)
D6 = LED, red, SMD 1206 (e.g. Farnell # 1318261)
T1 = 2N3904BU (Fairchild Semiconductor)
Miscellaneous
K1 = 2-way boxheader, angled pins, lead pitch 3.5mm, Weidmuller type SL 3.5/2/90G with mating 2-way connector, Weidmuller type BL 3.5/2
K2 = RJ12 socket (e.g. Farnell # 3938359)
K3 = 10-pin (2x5) pinheader
K4 = 20-pin (2x10) boxheader, 3M type N2520-6002-RB
K5 = 50-pin (2x25) boxheader, 3M type N2550-6002-RB
K6 = 9-way sub-D plug (male) (e.g. Farnell # 1097063)
K7 = 4-pin pinheader, lead pitch 2.54mm
K8 = USB-B connector (e.g. Farnell # 1308876)
F1 = fuse, 1.25A 125V, fast, SMD, e.g. Farnell # 1596473)
F2 = fuse, 500mA, fast, SMD, (e.g. Farnell # 9922156)
S1 = pushbutton, SPNO (e.g. Farnell # 1555982)
X1 = 20.000MHz quartz crystal, HC-49US

We buy at:

Loading comments...