DECT chip

Inputs are marked red, output green

Where no port names are given, the inputs are named A,B,... from left to right.

Flip Flop

(.xcf)
01: FlipFlop1

(.xcf)

02: MUX-FlipFlop

Q = ((A & B) | (~A & C))

(.xcf)
03: MUX-FlipFlop
Q = ((A & B) | (~A & C))

Latch

(.xcf)
06: Latch

(.xcf)
07: Latch

XOR

(.psd)
10: XNOR
Y = ~(A XOR B)

(.psd)
11: XOR
Y = (A XOR B)

OAI

(.psd)
12: 22-OAI
Y = ~((A | B) & (C | D))

(.psd)
13: 21-OAI
Y = ~(C & (A | B))

(.psd)
23: 32-OAI
Y = ~((A | B | C) & (D | E))

(.psd)
17: 222-OAI
Y = ~((D | C) & (B | E) & (A | F))

(.xcf)
31: 31-OAI
Y = ~((A | B | C) & D)

(.xcf)
25: 21-OAI
Y = ~((A | B) & C)

AOI

(.psd)
14: 22-AOI
Y = ~((B & C) | (A & D))

(.psd)
18: 33-AOI
Y = ~((A & B & C) | (D & E & F))

(.psd)
20: 221-AOI
Y = ~((B & C) | (A & D) | E)

(.xcf)
30: 21-AOI
Y = ~(A | (B & C)

(.xcf)
32: 31-AOI
Y = ~((A & B & C) | D)

NOR

(.xcf)
33: 2-NOR
Y = ~(A | B)

(.psd)
15: 2-NOR
Y = ~(A | B)

(.xcf)
27: 4-NOR
Y = ~(A | B | C | D)

NAND

(.psd)
16: 2-NAND
Y = ~(A & B)

(.psd)
22: 2-NAND
Y = ~(~A & B)

MUX

(.xcf)
09: MUX
Y = ~( (A AND B) OR (~A AND C))