Inventor

WATANABE TAKAMOTO

JP85 patents

⚠️ This page may combine multiple inventors who share the name “WATANABE TAKAMOTO”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.

WATANABE TAKAMOTO

DENSO CORP

Image sensor and control method of the image sensor

Synchronous detection method and device, and sensor signal detector

Analog-to-digital conversion method and device

Analog-to-digital conversion method and device

Time measurement apparatus, distance measurement apparatus, and clock signal generating apparatus usable therein

Time measuring system and related distance measuring system

Sensing apparatus including an A/D conversion circuit for detecting a physical quantity

Low-frequency noise removing method and a related CMOS sensing circuit

Analog-to-digital conversion method and analog to digital converter

Analog to digital converter with a pulse delay circuit

Method and apparatus for correction of A/D converted output data

A/D converter

Physical quantity detecting device

Time measuring device

Time measurement apparatus, distance measurement apparatus, and clock signal generating apparatus usable therein

A/D conversion method and apparatus

Analog to digital converter with a series of delay units

Analogue to digital conversion device operable on different sampling clocks

A/D converter that is implemented using only digital circuit components and digital signal processing

Method and apparatus for providing a moving filter

Filtering method and A/D conversion apparatus having filtering function

Digitization apparatus

TAD A/D converter in which pulse delay circuit is initialized prior to each conversion operation for deriving an output digital value

A/D conversion circuit with shifted encode values

Digital control oscillator circuit

NIPPON DENSO CO

Programmable delay line programmable delay circuit and digital controlled oscillator

Analog-to-digital conversion circuit having a pulse circulating portion

Semiconductor sensor method

Phase locked loop having digitally controlled oscillator and pulse signal generator

Ring oscillator and pulse phase difference encoding circuit

Magnetic detecting circuit having magnetoresistance effective elements oriented in at least two different directions

Oscillation circuit including a ring oscillator having a changeable number of inverter circuits

Rotational position detector having initial setting function

Magnetic detection device using an oscillator whose detection element is a magnetoresitance effective element

Physical quantity detecting device using interpolation to provide highly precise and accurate measurements

Variable frequency oscillator having an output frequency that is controllable

Semiconductor sensor having multi-layer movable beam structure film

Physical quantity detecting apparatus

Frequency multiplying device and digitally-controlled oscillator

Frequency multiplying device and digitally-controlled oscillator

Semiconductor acceleration sensor with source and drain regions

Acceleration sensor using MIS-like transistors

Pulse phase difference encoding circuit

Ring oscillator and pulse phase difference encoding circuit

Recirculating delay line digital pulse generator having high control proportionality

Pulse generator

Physical quantity detection device for converting a physical quantity into a corresponding time interval

NIPPON SOKEN

Pulse phase difference encoding circuit

Pulse phase difference encoding circuit

Pulse phase difference encoding circuit