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spotpullΛογισμικό & κατασκευή λογ/κού

2 Νοε 2013 (πριν από 3 χρόνια και 11 μήνες)

84 εμφανίσεις

Datum: 1 November 2008

08.30 Arrival

09.00 Start of training at the CPNV in Yverdon


CPNV (back door, behind building)
;
Rogers
-
de
-
Guimps 41;

Yverdon

Contact: Serge Pittet; Serge.Pittet@cpnv.ch;


Course Topics:

Schematic Editor, analog simulation, library
extension


1.

Schematic editor



Circuit editing

tools
, components,

2.

Basic simulation techniques



DC

1.

Calculate nodal voltages

2.

Table of DC results

3.

DC transfer

4.

DC symbolic

5.

DC optimization

6.

DC Interactive mode



AC

1.

Calculate nodal voltages

2.

Table of AC results

3.

AC transf
er

4.

AC symbolic

5.

AC Intercative

3.

More advanced simulation techniques, special simulation modes



Fourier



Parameter stepping, sweeping



Worst case, Monte Carlo



Phasor diagram



Noise analysis



Network analysis



Optoelectronics, Communication, SMPS



Logic Design, Filt
er Design

4.

Real time measurement using TinaLabII



Real
-
time transient measurement



Real
-
time AC measurement (amplitude, phase)



Comparision of results (simulation, measurement)

5.

Advanced circuit editing



creating macros



circuit macro



spice macro

6.

Extending the li
brary



New macro wizard



L
ibrary manager

7.

Training and examination mode



student monitoring



task list generator


PCB design

1.

Designing simple PCB step by step



drawing PCB ready schematic (packages)



setting the board and exporting netlist to TINA PCB



placement,
basic routing methods



create 3D model



simulating the circuit in 3D

2.

PCB footprint library management



Modify/create new footprints



Create PCB footprint using IC Wizard

3.

Designing two
-
layers board (OPAMP2.TSC)



drawing the s
c
hematic (multi parts/package)



setti
ng template, exporting netlist



create PCB/3D model



analysis/measurement on board

4.

Powering digital ICs



set schematic properties



export, check connections on PCB

5.

Setup four layers PCB



connect power rails to plane layers in the sch
e
m
a
tic



exporting



set up lay
er stack



using thermal releifs



fan out SMT components

6.

Flex design



drawing/exporting to TINA PCB



place different board outlines



routing



interactive simulation


VHDL

1.

Simple adder



programming basic logic function in VHDL



common control (switches)



test inte
ractive mode

2.

Downloadable counter



create/modify counter in VHDL



simulation



attach FPGA pins to signals



export source for WebPACK



download binary file to the FPGA

3.

Using FSM editor



create VHDL macro



insert macro into the schematic



run simulation

4.

MCU code de
bugging



creating schematic with MCU code source



run/debug code



load PCB, run interactive simulation