Item
Spec's
Spec's with Sw
DL3155M19R DIGITAL CIRCUITS - didactic equipment - circuit blocks: Flip-flops: to DIGITAL CIRCUITS - didactic equipment - circuit blocks: Flip-flops: to keep
keep unchanged for given time intervals the logic state of the output; to
define the synchronous and the asynchronous input of a flip-flop; to
understand the operation of type D and type T flip-flops and to be able
to realize them starting from a J-K flip-flop; Counters, to understand the
operating principles of the frequency dividers, to understand analogies
and differences between a synchronous and an asynchronous counter,
application 4 bit full adder, application 9 bit parity generator, shift
registers: to understand the operating principle of the most common
shift registers; to be able to understand the state tables and the time
diagrams of the registers - theoretical topics: Flip-flop S-R, Flip-flop S-R
with NOR operators, Flip-flop S-R with NAND operators, Flip-flop J-K,
Flip-flop J-K Master-Slave, Flip-flop T, Flip-flop D, asynchronous 4 bit
binary counter, synchronous 4 bit binary counter, asynchronous decimal
counter, synchronous decimal counter, parity generator, adders,
definition, classification and operating principle of the most common
shift registers, fault simulation. It must be possible to perform the
following experiences: Verification of the logic operation of an S – R flipflop, Verification of the logic operation of a J – K flip-flop of Master-Slate
type, Verification of the logic operation of a D flip-flop, Verification of
the logic operation of a T type flip-flop, 4 bit asynchronous binary
counter , asynchronous decimal counter , forward/backward
synchronous 4-bit binary counter, BCD/Decade Up/Down counter, Bit
Odd/Even Parity Generator, 4-bit Binary Adder, Parallel-serial shift
registers, Serial-parallel shift registers. The faults must 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.
unchanged for given time intervals the logic state of the output; to define
the synchronous and the asynchronous input of a flip-flop; to understand
the operation of type D and type T flip-flops and to be able to realize
them starting from a J-K flip-flop; Counters, to understand the operating
principles of the frequency dividers, to understand analogies and
differences between a synchronous and an asynchronous counter,
application 4 bit full adder, application 9 bit parity generator, shift
registers: to understand the operating principle of the most common shift
registers; to be able to understand the state tables and the time diagrams
of the registers - theoretical topics: Flip-flop S-R, Flip-flop S-R with NOR
operators, Flip-flop S-R with NAND operators, Flip-flop J-K, Flip-flop J-K
Master-Slave, Flip-flop T, Flip-flop D, asynchronous 4 bit binary counter,
synchronous 4 bit binary counter, asynchronous decimal counter,
synchronous decimal counter, parity generator, adders, definition,
classification and operating principle of the most common shift registers,
fault simulation. It must be possible to perform the following experiences:
Verification of the logic operation of an S – R flip-flop, Verification of the
logic operation of a J – K flip-flop of Master-Slate type, Verification of the
logic operation of a D flip-flop, Verification of the logic operation of a T
type flip-flop, 4 bit asynchronous binary counter , asynchronous decimal
counter , forward/backward synchronous 4-bit binary counter,
BCD/Decade Up/Down counter, Bit Odd/Even Parity Generator, 4-bit
Binary Adder, Parallel-serial shift registers, Serial-parallel shift registers.
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 theoretical topics through PC with hyper textual
navigation according to the HTML standard. Connections and test points
by 2mm terminals.
Dimensions of the module: 297x260mm.
The module must be supplied with a theoretical and practical manual.