Deeds Demos (1)

 

Combinational Networks (Deeds-DcS)

 

(click on the figure of interest to open the corresponding example) 

Exor function (And-Or)

Exor Function

Decoder (2-4)

Decoder 2-4

Decoder (4-16)

(using a component from the library)

Decoder 4-16

Tri-state Buffers

Tri-state Buffers

Tri-state and Bi-directional Buffers

Tri-state and Bi-directional Buffers

Tri-state and Bi-directional Buffers ('bus' version)

Tri-state and Bi-directional Buffers ('bus' version)

Mux (8-1)

Multiplexer 8-1

Demux (1-8)

Demultiplexer 1-8

Bus connections

This schematic demonstrates the functionality of Bus connections, Splitters and Taps.

Busses, Splitters, Taps

More complex Demux (1-64)

A few demultiplexer components, connected with Busses and Taps.

Demultiplexer 1-64

Arithmetic Circuit (Adder/Comparator 4 bit)

Result = Op-A plus Op-B. Equal = true if (Result = Op-C)

Arithmetic Circuit (Adder/Comparator 4 bit)

Arithmetic Circuit (Adder 8 bit, bus version)

Result = Op-A plus Op-B.

Arithmetic Circuit (Adder 8 bit, bus version)

Arithmetic Circuit (Adder / Subtractor 4 bit)

(Using exor logic as Ones' Complementer and the adder Carry Input):

Arithmetic Circuit (Adder / Subtractor 4 bit)

Arithmetic Circuit (Adder / Subtractor 4 bit)

(Using the new Ones' or Two's Complementer):

Arithmetic Circuit (Adder / Subtractor 4 bit)

Basic Arithmetic Logic Unit (ALU), using CBE

 

CBE Schematic:

Basic Arithmetic Logic Unit, Circuit Block Element (CBE) version

CBE Symbol:

Basic Arithmetic Logic Unit: CBE Symbol

Test Circuit for the ALU above:

Test Circuit for the Basic Arithmetic Logic Unit