Abstract: An illumination device for a light detection device, the light detection device including a light detection sensor and an optical lens portion, wherein the illumination device includes a light source configured to emit light to a scene and a light intensity adapting device configured to adapt a light intensity profile of the light emitted by the light source for at least partially providing a uniform light intensity on the light detection sensor of light reflected from the scene and detected by the light detection sensor through the optical lens portion.

Abstract: A time-of-flight module with switchable illumination for a scene, including: a time-of-flight sensor configured to generate time-of-flight data representing a time-of-flight measurement of light reflected from the scene; a full-field illuminator configured to provide a full-field illumination to the scene; a spot illuminator configured to provide a spotted illumination to the scene; and a control unit configured to switch between the full-field illumination and the spotted illumination provided to the scene; wherein the full-field illuminator and the spot illuminator are arranged adjacent to the time-of-flight sensor.

Abstract: The present disclosure generally pertains to a master image sensor configured to communicate with a slave image sensor via an exposure time voltage line, wherein the exposure time voltage line is connected to a terminal of the master image sensor, the master image sensor having master circuitry, configured to: transmit to the slave image sensor, via the exposure time voltage line, an exposure time voltage signal being indicative of an exposure time for the master image sensor; and transmit to the slave image sensor, via the exposure time voltage line, an auxiliary information voltage signal being indicative of auxiliary information for adjusting at least one imaging capture parameter of the slave imaging sensor.

Abstract: An electronic device (200) having an array of pixels (210; 400; 500; 810), and pixel modulation drivers (D1 to D8), each pixel modulation drivers (D1 to D8) being configured to drive a sub-array (R1 to R8) of the pixels.

Abstract: An electronic device comprising circuitry configured to sample, in a calibration phase using a known time-of-flight ?D, a first set of differential mode measurements ?cal (n??E,?D) according to a first sampling strategy tEcal, and to determine Fourier coefficients Mk of the first set of differential mode measurements ?cal(?E,n,?D) based on the known time-of-flight (?D) used in the calibration phase, and to determine a cyclic error (fCE(?1,?(?D);x)) based on the Fourier coefficients (Mk).

Abstract: Electronic device comprising circuitry configured to generate, during an exposure time, an in-pixel reference signal (m(t); 201), wherein the exposure time comprises one or more sub-exposures (203), each sub-exposure (203) comprising a set of multiple components (P1, P2, P3; P1, P2, P3, P4; P11, P12, P13, P14), each component having a respective predefined duration and each component providing a predefined acquisition phase; wherein the set of multiple components comprises one or more basic components (P3; P4; P12, P14) providing a predefined basic acquisition phase (?0)> and at least two additional components (P1, P2; P1, P2, P3; P11, P13) providing respective predefined additional acquisition phases, each additional acquisition phase having a respective phase offset (??) with respect to the basic acquisition phase (?0); wherein the durations (bn) and the phase offsets (??n) of the additional components (P1, P2; P1, P2, P3; P11, P13) are arranged such that, in total, the phase offsets (??n) of the additio

Abstract: An electronic device having an array of illumination units, and multiple drivers, each driver being configured to drive a sub-array of the illumination units.

Abstract: An electronic device (200) having an array of pixels (210; 400; 500; 810), and pixel modulation drivers (D1 to D8), each pixel modulation drivers (D1 to D8) being configured to drive a sub-array (R1 to R8) of the pixels.

Abstract: A time-of-flight apparatus has: a telecentric lens; a wavelength filter; and a light detection portion, wherein the wavelength filter is adapted to the telecentric lens.

Abstract: An electronic device comprising circuitry configured to generate a coded modulation signal (54; 60) for modulating illumination light (16; 55) transmitted by a time of flight camera (3).

Abstract: The present disclosure generally pertains to a master image sensor configured to communicate with a slave image sensor via an exposure time voltage line, wherein the exposure time voltage line is connected to a terminal of the master image sensor, the master image sensor having master circuitry, configured to: transmit to the slave image sensor, via the exposure time voltage line, an exposure time voltage signal being indicative of an exposure time for the master image sensor; and transmit to the slave image sensor, via the exposure time voltage line, an auxiliary information voltage signal being indicative of auxiliary information for adjusting at least one imaging capture parameter of the slave imaging sensor.