A divide by 2 is presented that uses several techniques; feed forward, clock amplification and series peaked inductors to overcome these limitations.

To divide by three, the frequency divider includes a divide-by-three frequency divider.

The present invention relates to a divider for dividing a dividend by a divisor.

An actuator is coupled to the divider, the actuator for moving the divider relative to the display.

A divider (2) divides the oscillator frequency by M to provide the desired frequency.

An LO signal is received at a master frequency divider and a slave frequency divider.

A frequency 3-divider is also present, by means of which the oscillator can be connected to the combination circuit, as well as switching means for connecting the mixer element to the oscillator either through the 2-divider or through the 3-divider.

The integer value represented by the dividend bit aligned with the divisor among the bits of the dividend is compared with the divisor.

The beam is formed by a beam splitter.

sample separator, e.g. a conical or grooved apparatus

sample separator, for example a conical or grooved apparatus

Downstream of said loop, a halving unit (2) is arranged to perform halving on request (C).

Light from the beamsplitter is reflected by the mirror to the retroreflector which reflects it back via the mirror to the beamsplitter.

sample separator, for example a conical or riffle apparatus

A general-purpose register (GPR21) is initialized by a divisor.