All-pass networks are an important sub-class of lattice networks.
2.
Later workers, especially Hendrik Wade Bode, gave greater prominence to lattice networks in their filter designs.
3.
On the other hand, lattice networks and their circuit equivalents continue to be used in many applications.
4.
When heated to red-hot, the iron and carbon in the steel arrange themselves into a lattice network.
5.
Meanwhile, the concept of PseAA composition has also stimulated the generation of pseudo-folding topological indices and pseudo-folding lattice network.
6.
The resulting unbalanced network has the same electrical characteristics as the balanced lattice network on which it is based.
7.
It is possible to use the Bartlett transformation in reverse; that is, to transform a symmetrical lattice network into some other symmetrical topology.
8.
In such cases, the conversion of a lattice into a bridged T circuit is carried out, as described in the article Lattice network.
9.
The circuit can be realized as a single lattice network, or a cascade of low order lattices, as shown later in some examples, as in lattice networks.
10.
The circuit can be realized as a single lattice network, or a cascade of low order lattices, as shown later in some examples, as in lattice networks.
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