The application discloses a time-to-digital conversion circuit (100) including a first oscillator
(110), a second oscillator (120), a first counting circuit (130), a second counting circuit (140) …

A time-to-digital conversion circuit includes; an oscillator circuit that outputs a plurality of
phase signals different from each other, a counter that counts a number of edges of at least …

A time-to-digital conversion circuit for converting a time difference between two input signals
to a 1-bit digital value, and adjusting the time difference between the two input signals to …

A time-to-digital converting circuit includes a first flip-flop and a second flip-flop. The time-to-
digital converting circuit a first delay controlling circuit that outputs a first data signal obtained …

(57) ABSTRACT A circuit according to an example includes a controllable oscillator
configured to generate an output signal based on a control signal, an input signal …

METHOD OF OPERATING A manner by means of a delay line, so that the probability of
TIME-TO-DIGITAL CONVERTER AND an event being latched by the TDC is uniformly …

A TDC circuit include: a first delay circuit having first inverting delay devices connected to
form a loop, the first inverting delay devices outputting a inverted signal according to an …

(57) ABSTRACT A delay circuit to generate and output a delayed signal delayed from an
input signal includes a reference pulse gen erating circuit to generate a reference pulse train …

(57) ABSTRACT A timing generation circuit includes: a delay Section includ ing a plurality of
delay circuits for Sequentially transferring a clock signal therethrough, wherein the clock …

(57) ABSTRACT A time to digital converter includes: a first measurement unit measuring a
time difference between a start signal and a stop signal as a first time unit by using a first …