A monolithic integrated circuit generates a programmable time delay under control of a digital word.

The digital word is then transmitted to the CATV supplier (30).

A digital control circuit applies a digital word to the input offset voltage compensation circuit for generating the required input offset voltage compensation.

Once the transition point is found, a conventional encoding produces a digital output word.

The called and originating numbers are identified, digitized and combined to form a digital word.

The bridge voltage signal is signal processed to generate a digital word.

In an alternative enbodiment, the d.c. output signal is converted to a digital signal and compared to a reference digital word in a digital comparator (292) to provide the command signal.

The microprocessor reads and stores each N bit digital word from the same sensor and under the command of the control signal, sums the two digital words and the result is an N+1 bit digital word.

The process controller includes a software routine for recognizing the N bits of the digital word.

The arrangement generates and produces directly on the output a digital word corresponding to the measuring value current at that time.

The sampled digital words are each squared (38, 44) and are then summed (46) together.

Converts Temperature to 12-Bit Digital Word in 750ms (Max)

Converts temperature to 12-bit digital word in 750ms (max.)

Converts 12-bit temperature to digital word in 750 ms (max.)

Converts Temperature to 12-Bit Digital Word in 750ms (Max)