Item Spec's Spec's with Sw DL 3155M07 AC CIRCUITS MODULE ...

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5 Οκτ 2013 (πριν από 3 χρόνια και 10 μήνες)

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Item

Spec's

Spec's with Sw

DL 3155M07

AC CIRCUITS MODULE

-

didactic equipment: circuit blocks: alternating
quantities, resistive circuit, capacitive circuit, R
-
C circuit (series and
parallel), inductive circuit, R
-
L circuit (series and parallel), series resonant
circuit, parallel resonant circuit, low
-
pass fil
ter (R
-
C), high
-
pass filter (C
-
R), low
-
pass filter (L
-
R),high
-
pass filter (R
-
L), pass
-
band filter
-

theoretical
topics: sinusoidal alternating currents and voltages, vector and symbolic
representation of the sinusoidal electric quantities, product of a
sinu
soidal quantity by a constant, sum and difference of sinusoidal
quantities, product of two sinusoidal quantities, product of a sinusoidal
quantity by a complex number, elementary bipoles: R, L, C; series and
parallel of the bipoles: R
-
L, R
-
C, R
-
L
-
C; oscill
ating circuits: frequency
response of the ac circuits, low
-
pass filter, high
-
pass filter, pass
-
band
filter
. Fault simulation.
It must be possible to perform the following
experiences: Alternating quantities, Resistive circuit, Capacitive circuit,
R
-
C circu
it (series and parallel), Inductive circuit, R
-
L circuit (series and
parallel), Series resonant circuit, Parallel resonant circuit, Low
-
pass Filter
(R
-
C) High
-
pass filter (C
-
R), Low
-
pass Filter (L
-
R) High
-
pass filter (R
-
L),
Pass
-
band filter.
The faults mus
t be inserted by microswitches mounted
on the board; the module must be provided with a EISA BUS 31+18
INTERFACE, connections and test points by 2mm terminals.

Dimensions of the module: 297x260mm.

The module must be supplied with a theoretical and
practical manual.

AC CIRCUITS MODULE

-

didactic equipment: circuit blocks: alternating
quantities, resistive circuit, capacitive circuit, R
-
C circuit (series and
parallel), inductive circuit, R
-
L circuit (series and parallel), series resonant
circuit, par
allel resonant circuit, low
-
pass filter (R
-
C), high
-
pass filter (C
-
R),
low
-
pass filter (L
-
R),high
-
pass filter (R
-
L), pass
-
band filter
-

theoretical
topics: sinusoidal alternating currents and voltages, vector and symbolic
representation of the sinusoidal el
ectric quantities, product of a
sinusoidal quantity by a constant, sum and difference of sinusoidal
quantities, product of two sinusoidal quantities, product of a sinusoidal
quantity by a complex number, elementary bipoles: R, L, C; series and
parallel of
the bipoles: R
-
L, R
-
C, R
-
L
-
C; oscillating circuits: frequency
response of the ac circuits, low
-
pass filter, high
-
pass filter, pass
-
band
filter
. Fault simulation.
It must be possible to perform the following
experiences: Alternating quantities, Resistive ci
rcuit, Capacitive circuit, R
-
C circuit (series and parallel), Inductive circuit, R
-
L circuit (series and
parallel), Series resonant circuit, Parallel resonant circuit, Low
-
pass Filter
(R
-
C) High
-
pass filter (C
-
R), Low
-
pass Filter (L
-
R) High
-
pass filter (R
-
L), Pass
-
band filter. The faults must be inserted by software and by

microswitches
mounted on the board
. The module must be provided with a EISA BUS
31+18 INTERFACE for connection to power supply and PC,
with a software
able to allow the study of theoreti
cal topics through PC with hyper textual
navigation according to the HTML standard.
C
onnections and test

points
by 2mm terminals.

Dimensions of the module: 297x260mm.

The module must be supplied with a theoretical and practical manual.