A first flip-flop (FF1) generates a noninverted output (Q1) and an inverted output (#Q1).

  A second flip-flop (FF2) generates a noninverted output (Q2) and an inverted output (#Q2).

The second signal comprises an inverted output with respect to the non-inverted output.

Thus, an inverted output Q-bar is generated from an inverted output port.

An inverted output terminal for producing an inverted output signal is connected to the inverted input terminal.

An inverted ouput terminal having an inverted output signal is coupled to the latch circuit.

An inverter (72) coupled to the current cancellation circuitry output provides an inverted current cancellation circuitry ouptut.

A first output voltage HUP outputted from a first hole element HU and a first reversed output voltage HUM are inputted to the first comparator.

A negated output can be created with the operation ---|NOT|---.

The inverted stream of the system takes advantage of gravity and aerodynamics to reduce flyaway inserts.

An addition device (3) is connected to an AC output terminal (22) of the core (1) and the inverted output terminal (42) of the inverting amplifier (2).

Moreover, a second output voltage HVP outputted from a second hole element HV and a second reversed output voltage HVM are inputted to the second comparator.

The input node (150/180) of each inverter circuit is coupled to the output node (180/150) of the other inverter circuit to receive the inverted output of the other inverter circuit.

In the data transferring circuit, only an inverted or non-inverted output of latch result of a first latch part (41) is transferred as data to a second latch part (42).

If there is power flow through an inverted output coil or an FBD "/=" box is enabled, then