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Indexing scheme relating to A/D or D/A conversion
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H03M2201/00
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Parent Industries
H
ELECTRICITY
H03
Electronic circuits
H03M
CODING DECODING CODE CONVERSION IN GENERAL
Current Industry
H03M2201/00
Indexing scheme relating to A/D or D/A conversion
Sub Industries
H03M2201/01
First edition
H03M2201/02
Second edition
H03M2201/03
Third edition
H03M2201/10
Conversion systems
H03M2201/11
A/D conversion systems
H03M2201/1109
Servo-systems for A/D conversion
H03M2201/1118
without D/A converter in feedback [3]
H03M2201/1127
in which the digital generator is adjusted in a predetermined direction regardless of the sign of the error
H03M2201/1136
with auxiliary A/D conversion of the error signal
H03M2201/1145
with intermediate conversion of the error to frequency [2]
H03M2201/1154
using a counter as digital generator
H03M2201/1163
the counter being a reversible one
H03M2201/1172
Subranging
H03M2201/1181
with scaling between the steps [2]
H03M2201/119
using an auxiliary D/A converter [2]
H03M2201/12
D/A conversion systems
H03M2201/122
Servo-systems for D/A conversion
H03M2201/124
in which the analogue generator is adjusted in a predetermined direction regardless of the sign of the error
H03M2201/126
with auxiliary D/A conversion of the error signal
H03M2201/128
using a servomotor as analogue generator
H03M2201/13
A/D convertible into D/A
H03M2201/14
Scale factor modification
H03M2201/145
using an auxiliary D/A or A/D converter [2]
H03M2201/16
Coarse and fine conversions
H03M2201/162
by interpolation other than subranging [2]
H03M2201/165
Vernier or Nonius type interpolation [3]
H03M2201/167
with overlapping ranges
H03M2201/17
Multiplexing
H03M2201/173
Timesharing
H03M2201/176
Interleaving
H03M2201/19
Applications [H]
H03M2201/192
Measuring systems
H03M2201/194
Control systems
H03M2201/196
Communications systems
H03M2201/198
Computing systems
H03M2201/20
A/D converters
H03M2201/21
Digital pattern reading type
H03M2201/2103
Characteristics of the coding [H]
H03M2201/2107
Providing an absolute position [3]
H03M2201/2111
using a pure representation
H03M2201/2114
with denominational arrangement
H03M2201/2118
on one track [3]
H03M2201/2122
with plural readers per track [2]
H03M2201/2125
Providing an incremental position
H03M2201/2129
with additional synchronisation marks
H03M2201/2133
with directional discrimination
H03M2201/2137
Providing real and complementary signals
H03M2201/214
Anti-ambiguity arrangements
H03M2201/2144
V-arrangement of readers [2]
H03M2201/2148
Characteristics of the pattern carriers of readers [H]
H03M2201/2151
Type of pattern carrier or reader means
H03M2201/2155
Mechanical
H03M2201/2159
Switches commutators
H03M2201/2162
formed by a printed circuit pattern
H03M2201/2166
Cathodes ray tubes
H03M2201/217
Capacitive
H03M2201/2174
Magnetic
H03M2201/2177
using a recorded pattern
H03M2201/2181
using variable reluctance
H03M2201/2185
Photoelectric
H03M2201/2188
by generating an interference pattern [2]
H03M2201/2192
Radiation other than visible light
H03M2201/2196
Constructional details
H03M2201/22
Analogue comparing type
H03M2201/2208
with separate comparision for each quantization level
H03M2201/2216
with parallel operation
H03M2201/2225
with separate comparison for each denomination [3]
H03M2201/2233
with serial operation
H03M2201/2241
using a single stage
H03M2201/225
using plural stages
H03M2201/2258
with free-running operation [2]
H03M2201/2266
in which the reference is modified at each step or stage
H03M2201/2275
in which the input is modified at each step or stage
H03M2201/2283
with scaling between the steps or stages
H03M2201/2291
with auxiliary D/A converter
H03M2201/23
Intermediate conversion to time interval type
H03M2201/2305
in which a reference signal sweeps through the range of possible values
H03M2201/2311
using a continuously varying analogue reference signal
H03M2201/2316
in which the digital signal is produced from the reference signal by an auxiliary A/D converter
H03M2201/2322
using a stepwise varying analogue reference signal
H03M2201/2327
in which the reference signal is produced by stepwise charging or discharging a capacitor
H03M2201/2333
in which the reference signal is produced from the digital generator using an auxiliary D/A converter
H03M2201/2338
in which the input signal or a signal derived therefrom is reduced or increased until a predetermined reference value is reached
H03M2201/2344
the input signal or its derivative varying continuously
H03M2201/235
Single slope type [3]
H03M2201/2355
Dual slope type
H03M2201/2361
the input signal or its derivative varying stepwise
H03M2201/2366
with intermediate conversion to pulse width [3]
H03M2201/2372
with intermediate conversion to phase or time of phase reversal
H03M2201/2377
Input sampling without holding [3]
H03M2201/2383
Input sampling combined with integration [2]
H03M2201/2388
the time interval consisting of multiple subintervals [2]
H03M2201/2394
Interval or phase digitising without counting [2]
H03M2201/24
Intermediate conversion to pulse frequency type
H03M2201/241
using a free running oscillator [2]
H03M2201/243
using a reset integrator [2]
H03M2201/245
using a unit discharge integrator
H03M2201/246
using a clock operated generator [2]
H03M2201/248
using a reversible counter [2]
H03M2201/30
D/A converters
H03M2201/31
Selection, addition or subtraction of quantisation values
H03M2201/3105
Successive addition or subtraction of selected values
H03M2201/311
with plural stages
H03M2201/3115
Simultaneous addition or subtraction of selected values
H03M2201/3121
the values having different weights [3]
H03M2201/3126
the values having equal weights [3]
H03M2201/3131
Direct selection from all possible values
H03M2201/3136
Specific network arrangement
H03M2201/3142
Series network
H03M2201/3147
Parallel network [3]
H03M2201/3152
Comb network
H03M2201/3157
Specific kinds of quantisation values
H03M2201/3163
Impedances [H]
H03M2201/3168
Resistors
H03M2201/3173
Inductors
H03M2201/3178
Capacitors
H03M2201/3184
Phase shifters
H03M2201/3189
Voltage sources [3]
H03M2201/3194
Current sources [3]
H03M2201/32
Intermediate conversion to time interval type
H03M2201/322
characterised by the way in which the time interval is generated [H]
H03M2201/324
using a digital comparator for generating the time interval [2]
H03M2201/326
Time interval generation without counting [2]
H03M2201/328
the time interval consisting of multiple subintervals [2]
H03M2201/33
Intermediate conversion to pulse frequency type [2]
H03M2201/40
Information representation [H]
H03M2201/41
Analogue signals
H03M2201/4105
Positive/negative indication
H03M2201/411
Ensemble of signals belonging together [3]
H03M2201/4115
Position signals
H03M2201/412
representing linear position
H03M2201/4125
representing angular position
H03M2201/413
Electrical signals
H03M2201/4135
Momentary value
H03M2201/414
Random pulses [2]
H03M2201/4145
Modulated carrier [H]
H03M2201/415
Amplitude modulated carrier
H03M2201/4155
Phase modulated carrier
H03M2201/416
Frequency modulated carrier
H03M2201/4165
Modulated pulses [H]
H03M2201/417
Amplitude modulated pulses
H03M2201/4175
Time modulated pulses
H03M2201/418
Width modulated pulses
H03M2201/4185
Frequency modulated pulses
H03M2201/419
Light signals [2]
H03M2201/4195
Temperature signals [2]
H03M2201/42
Digital signals [H]
H03M2201/4204
positive/negative indication
H03M2201/4208
Temporal or spatial distribution [H]
H03M2201/4212
Serial
H03M2201/4216
Serial-parallel
H03M2201/422
Parallel-serial
H03M2201/4225
Parallel
H03M2201/4229
Elementary signals [H]
H03M2201/4233
Bivalued
H03M2201/4237
Multivalued
H03M2201/4241
other than amplitude
H03M2201/4245
Denominational arrangements [H]
H03M2201/425
Non-denominational
H03M2201/4254
One-bit information [2]
H03M2201/4258
Denominational
H03M2201/4262
Binary radix
H03M2201/4266
Decimal radix
H03M2201/427
Floating-point representation [2]
H03M2201/4275
Coding [H]
H03M2201/4279
Pure
H03M2201/4283
x-out-of-n code
H03M2201/4287
Combination code other than those forming a straight power series
H03M2201/4291
Unit distance code
H03M2201/4295
Pattern shifting code
H03M2201/50
Additional conversions [H]
H03M2201/51
Analogue conversions
H03M2201/512
Mechanical/electrical
H03M2201/514
Electrical/other electrical
H03M2201/516
Impedance/voltage or current [2]
H03M2201/518
with analogue feedback
H03M2201/52
Digital conversions
H03M2201/521
Bivalued/multivalued
H03M2201/522
Non-denominational/denominational Pure/combination code
H03M2201/523
between different combination codes between different radices
H03M2201/524
Binary/decimal
H03M2201/525
Normal/reflected
H03M2201/526
Parallel/serial
H03M2201/527
Rounding
H03M2201/528
Complementing or inverting [3]
H03M2201/53
Non-linear conversions
H03M2201/531
outside the actual A/D or D/A [2]
H03M2201/532
Specific type of non-linearity
H03M2201/533
Goniometric
H03M2201/534
Logarithmic, exponential
H03M2201/535
Maximum, minimum
H03M2201/536
Average
H03M2201/537
Integration
H03M2201/538
Differentiation
H03M2201/539
Hyperbolic
H03M2201/60
Fidelity improvement
H03M2201/61
Adjustment or control means [H]
H03M2201/6107
Operation method [H]
H03M2201/6114
Manual
H03M2201/6121
Automatic
H03M2201/6128
in feedforward mode [3]
H03M2201/6135
in feedback mode [3]
H03M2201/6142
Means used [H]
H03M2201/615
Compensation [3]
H03M2201/6157
with auxiliary D/A or A/D conversion [2]
H03M2201/6164
using stored correction values [3]
H03M2201/6171
using a computer for more than just storing [3]
H03M2201/6178
Dither [3]
H03M2201/6185
Interpolation [3]
H03M2201/6192
Redundancy [3]
H03M2201/62
Precision improvement Layout optimisation [2]
H03M2201/622
Accuracy improvement [3]
H03M2201/625
Resolution enhancement [3]
H03M2201/627
using an n-bit converter for obtaining a resolution of more than n bits [3]
H03M2201/63
Calibration Deviation correction [2]
H03M2201/6309
Timing [H]
H03M2201/6318
in-between normal conversions [3]
H03M2201/6327
during normal conversions [3]
H03M2201/6336
periodically [3]
H03M2201/6345
Type of correction [H]
H03M2201/6354
Component mismatch correction [3]
H03M2201/6363
Mechanical alignment [3]
H03M2201/6372
Linearisation of non-linear characteristic [3]
H03M2201/6381
Gain
H03M2201/639
Offset or drift correction [3]
H03M2201/64
Noise reduction [2]
H03M2201/641
Type of noise [H]
H03M2201/642
Quantisation noise [3]
H03M2201/643
Power supply variations
H03M2201/644
Switching transients
H03M2201/645
Method [3]
H03M2201/646
Filtering [H]
H03M2201/647
on input [3]
H03M2201/648
Output smoothing
H03M2201/65
Error detection or correction [2]
H03M2201/652
out-of-range indication [3]
H03M2201/655
Power failure [3]
H03M2201/657
Testing [3]
H03M2201/70
Additional functions
H03M2201/71
Sampling Holding [3]
H03M2201/711
Place [H]
H03M2201/712
at input
H03M2201/713
at output [2]
H03M2201/714
Means [H]
H03M2201/715
Electrical
H03M2201/716
Mechanical
H03M2201/717
Optical [3]
H03M2201/718
Digital latching
H03M2201/72
Computing
H03M2201/721
Multiplying
H03M2201/722
Dividing
H03M2201/723
Pre- or post-treatment [3]
H03M2201/725
Numerical [3]
H03M2201/726
Analogue [3]
H03M2201/727
Computer as part of converter [3]
H03M2201/728
Conversion partially by software [3]
H03M2201/73
Accelerated conversion [2]
H03M2201/75
Synchronisation [3]
H03M2201/76
Pipelining [3]
H03M2201/77
Feedback means not provided for elsewhere [3]
H03M2201/78
Prediction [3]
H03M2201/79
Time recording
H03M2201/80
Components, circuits or devices used with or within A/D or D/A converters but not disclosed in detail and not provided for elsewhere [H]
H03M2201/81
Electrical components
H03M2201/8104
Discharge tubes
H03M2201/8108
Vacuum tubes
H03M2201/8112
Gaseous tubes
H03M2201/8116
Counting tubes Beam switching tubes
H03M2201/812
Cathode ray tubes
H03M2201/8124
Semiconductor devices
H03M2201/8128
Diodes
H03M2201/8132
Transistors
H03M2201/8136
bipolar [3]
H03M2201/814
FET [2]
H03M2201/8144
Zener diodes
H03M2201/8148
Tunnel diodes
H03M2201/8152
Capacitive devices [H]
H03M2201/8156
Varistors
H03M2201/816
Ferro-electric capacitors
H03M2201/8164
Switched capacitors [3]
H03M2201/8168
Charge-coupled devices [3]
H03M2201/8172
Magnetic devices [H]
H03M2201/8176
Magnetic cores
H03M2201/818
Magnetic film devices [2]
H03M2201/8184
Hall effect devices
H03M2201/8188
Parametrons
H03M2201/8192
Photoelectric devices
H03M2201/8196
Superconductive devices
H03M2201/82
Basic electrical circuits [H]
H03M2201/822
Bridge circuits [3]
H03M2201/825
Delay lines [2]
H03M2201/827
Travelling-wave guides [3]
H03M2201/83
Basic logic components [H]
H03M2201/831
Counters [2]
H03M2201/832
bidirectional [2]
H03M2201/834
Look-up tables
H03M2201/835
(Pseudo-)random generators [2]
H03M2201/837
Shift registers [2]
H03M2201/838
Microprocessors
H03M2201/84
Electro-mechanical components [H]
H03M2201/841
Dynamo-electric machines
H03M2201/842
Synchro
H03M2201/843
Resolvers
H03M2201/844
Servomotors
H03M2201/845
Stepping motors [3]
H03M2201/846
Switching circuits [H]
H03M2201/847
Switches
H03M2201/848
Relays
H03M2201/849
Choppers
H03M2201/85
Mechanical components [H]
H03M2201/853
Reduction gearings
H03M2201/856
Shaft couplings
H03M2201/90
Miscellaneous [H]
H03M2201/91
Theory
H03M2201/915
Code theory
H03M2201/93
Constructional details
H03M2201/931
Symmetrical configuration [2]
H03M2201/932
of electrical parts or components [3]
H03M2201/933
Processing circuitry [3]
H03M2201/934
on one chip
H03M2201/935
Battery powered [3]
H03M2201/936
of mechanical parts or components [3]
H03M2201/937
Housing [3]
H03M2201/938
of optical parts or components [3]
Industries
Overview
Organizations
People
Information
Impact
Patents Grants
last 30 patents
Information
Patent Grant
Time-to-digital converter
Patent number
10,739,729
Issue date
Aug 11, 2020
Intel Corporation
Tarun Mahajan
G05 - CONTROLLING REGULATING
Information
Patent Grant
Sensing an external stimulus using a group of continuous-time Nyqui...
Patent number
10,608,656
Issue date
Mar 31, 2020
Invensense, Inc.
Vadim Tsinker
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Grant
Apparatus, system and method for analog-to-digital conversion
Patent number
10,536,157
Issue date
Jan 14, 2020
ZHENGZHOU YUNHAI INFORMATION TECHNOLOGY CO., LTD.
Wenlu Tian
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Grant
Successive approximation register (SAR) analog to digital converter...
Patent number
10,454,491
Issue date
Oct 22, 2019
eSilicon Corporation
Nicola Ghittori
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Grant
Image sensor devices
Patent number
10,431,626
Issue date
Oct 1, 2019
Silicon Optronics, Inc.
Jun-Bo Chen
A61 - MEDICAL OR VETERINARY SCIENCE HYGIENE
Information
Patent Grant
Two-step single-slope comparator with high linearity and CMOS image...
Patent number
10,411,724
Issue date
Sep 10, 2019
SK Hynix Inc.
Hyeon-June Kim
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Grant
Current-mode feedback source follower with enhanced linearity
Patent number
10,404,265
Issue date
Sep 3, 2019
Xilinx, Inc.
Brendan Farley
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Grant
Self-oscillating multi-ramp converter and method for converting a c...
Patent number
10,326,464
Issue date
Jun 18, 2019
Infineon Technologies Austria AG
Christopher Rogi
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Grant
High accuracy phase shift apparatus
Patent number
10,320,411
Issue date
Jun 11, 2019
Chengdu Sicore Semiconductor Corp. Ltd.
Cemin Zhang
G05 - CONTROLLING REGULATING
Information
Patent Grant
Differential offset calibration of chopping switches in time-interl...
Patent number
10,298,248
Issue date
May 21, 2019
Xilinx, Inc.
Bruno Miguel Vaz
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Grant
Reducing timing uncertainty
Patent number
10,298,267
Issue date
May 21, 2019
Nokia Solutions and Networks Oy
Zheng Liang
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Grant
Decoding circuit applied to multimedia apparatus and associated dec...
Patent number
10,298,944
Issue date
May 21, 2019
MStar Semiconductor, Inc.
Kuan-Chou Lee
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Grant
Two-step single-slope comparator with high-resolution and high-spee...
Patent number
10,291,250
Issue date
May 14, 2019
SK Hynix Inc.
Hyeon-June Kim
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Grant
Digital voltage sampling
Patent number
10,250,275
Issue date
Apr 2, 2019
Hewlett Packard Enterprises Development LP
Chung-Ping Ku
G01 - MEASURING TESTING
Information
Patent Grant
Digital to analogue conversion
Patent number
10,224,950
Issue date
Mar 5, 2019
REINET S.A.R.L.
John Robert Stuart
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Grant
Semiconductor device and method therein
Patent number
10,211,845
Issue date
Feb 19, 2019
Renesas Electronics Corporation
Wataru Naito
H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information
Patent Grant
Time-to-digital converter
Patent number
10,175,655
Issue date
Jan 8, 2019
Intel Corporation
Tarun Mahajan
G06 - COMPUTING CALCULATING COUNTING
Information
Patent Grant
Dynamic low-latency processing circuits using interleaving
Patent number
10,135,475
Issue date
Nov 20, 2018
The Boeing Company
Gary A. Ray
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Grant
Time register
Patent number
10,101,709
Issue date
Oct 16, 2018
Huawei Technologies Co., Ltd.
Ying Wu
G04 - HOROLOGY
Information
Patent Grant
Resynchronization of sample rate converters
Patent number
10,097,200
Issue date
Oct 9, 2018
Analog Devices Global
Miguel Usach Merino
H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information
Patent Grant
Method and apparatus for high frequency analog-to-digital conversion
Patent number
10,042,000
Issue date
Aug 7, 2018
STMicroelectronics (Grenoble 2) SAS
Nicolas Moeneclaey
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Grant
Health management of non-volatile memory
Patent number
9,965,345
Issue date
May 8, 2018
Macronix International Co., Ltd.
Yi Chun Liu
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Grant
Analogue-to-digital converter
Patent number
9,923,574
Issue date
Mar 20, 2018
Cirrus Logic, Inc.
John Paul Lesso
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Grant
Ad converter, signal processing method, solid-state imaging device,...
Patent number
9,894,299
Issue date
Feb 13, 2018
Sony Corporation
Kyoichi Kanagawa
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Grant
Differential voltage-mode integrate and dump photonic analog to dig...
Patent number
9,835,931
Issue date
Dec 5, 2017
Rockwell Collins, Inc.
Altin E. Pelteku
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Grant
Self-oscillating dual-slope integrating quantizer for sigma delta m...
Patent number
9,825,645
Issue date
Nov 21, 2017
Infineon Technologies AG
Richard Gaggl
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Grant
Low power parallelization to multiple output bus widths
Patent number
9,767,062
Issue date
Sep 19, 2017
Avago Technologies General IP (Singapore) Pte. Ltd.
Darrin C. Miller
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Grant
Analogue-to-digital converter
Patent number
9,748,971
Issue date
Aug 29, 2017
Cirrus Logic International Semiconductor Ltd.
John Paul Lesso
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Grant
System and method for time-to-digital converter fine-conversion usi...
Patent number
9,746,832
Issue date
Aug 29, 2017
Samsung Electronics Co., Ltd.
Chih-Wei Yao
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Grant
All-digital phase locked loop (ADPLL) including a digital-to-time c...
Patent number
9,740,175
Issue date
Aug 22, 2017
Marvell World Trade Ltd.
Olivier Burg
H03 - BASIC ELECTRONIC CIRCUITRY
Patents Applications
last 30 patents
Information
Patent Application
TIME-TO-DIGITAL CONVERTER
Publication number
20190212704
Publication date
Jul 11, 2019
Intel Corporation
Tarun MAHAJAN
G05 - CONTROLLING REGULATING
Information
Patent Application
SENSING AN EXTERNAL STIMULUS USING A GROUP OF CONTINUOUS-TIME NYQUI...
Publication number
20190190535
Publication date
Jun 20, 2019
InvenSense, Inc.
Vadim TSINKER
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Application
SIGNAL PROCESSING APPARATUS, SYSTEM AND METHOD
Publication number
20190158104
Publication date
May 23, 2019
ZHENGZHOU YUNHAI INFORMATION TECHNOLOGY CO., LTD.
Wenlu TIAN
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Application
TWO-STEP SINGLE-SLOPE COMPARATOR WITH HIGH-RESOLUTION AND HIGH-SPEE...
Publication number
20190068210
Publication date
Feb 28, 2019
SK HYNIX INC.
Hyeon-June KIM
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Application
SEMICONDUCTOR DEVICE AND METHOD THEREIN
Publication number
20180367157
Publication date
Dec 20, 2018
RENESAS ELECTRONICS CORPORATION
Wataru NAITO
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Application
SYSTEMS AND METHODS FOR DRIVING AN ELECTRONIC DISPLAY USING A RAMP DAC
Publication number
20180337687
Publication date
Nov 22, 2018
Apple Inc.
Adam Adjiwibawa
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Application
ELECTRICAL MEASUREMENT DEVICE AND METHOD
Publication number
20180337686
Publication date
Nov 22, 2018
ROHDE & SCHWARZ GMBH & CO. KG
Philip DIEGMANN
G06 - COMPUTING CALCULATING COUNTING
Information
Patent Application
DECODING CIRCUIT APPLIED TO MULTIMEDIA APPARATUS AND ASSOCIATED DEC...
Publication number
20180310014
Publication date
Oct 25, 2018
Mstar Semiconductor, Inc.
KUAN-CHOU LEE
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Application
METHOD AND DEVICE FOR PROCESSING SIGNAL
Publication number
20180278265
Publication date
Sep 27, 2018
Furuno Electric Co., Ltd.
Keisuke TANAKA
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Application
DIGITAL TO ANALOGUE CONVERSION
Publication number
20180167081
Publication date
Jun 14, 2018
John Robert Stuart
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Application
ANALOGUE-TO-DIGITAL CONVERTER
Publication number
20180152198
Publication date
May 31, 2018
Cirrus Logic International Semiconductor Ltd.
John Paul Lesso
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Application
AD CONVERTER, SIGNAL PROCESSING METHOD, SOLID-STATE IMAGING DEVICE,...
Publication number
20180139399
Publication date
May 17, 2018
SONY CORPORATION
Kyoichi Kanagawa
H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information
Patent Application
DIGITAL VOLTAGE SAMPLING
Publication number
20180097526
Publication date
Apr 5, 2018
HEWLETT PACKARD ENTERPRISE DEVELOPMENT LP
Chung-Ping Ku
G01 - MEASURING TESTING
Information
Patent Application
Reducing Timing Uncertainty
Publication number
20170359088
Publication date
Dec 14, 2017
Nokia Solutions and Networks Oy
Zheng Liang
H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information
Patent Application
ANALOGUE-TO-DIGITAL CONVERTER
Publication number
20170346501
Publication date
Nov 30, 2017
Cirrus Logic International Semiconductor Ltd.
John Paul Lesso
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Application
TEMPERATURE MEASUREMENT SYSTEM
Publication number
20140355650
Publication date
Dec 4, 2014
Merit Hong
G01 - MEASURING TESTING
Information
Patent Application
TIME-TO-DIGITAL CONVERTER
Publication number
20140320329
Publication date
Oct 30, 2014
PANASONIC CORPORATION
Shiro DOSHO
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Application
TIME-TO-DIGITAL CONVERTER AND CONVERSION METHOD
Publication number
20140292552
Publication date
Oct 2, 2014
Indusrty-Academic Cooperation Foundation, Yonsei University
Tae Wook Kim
H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information
Patent Application
METHOD AND DEVICE FOR IMPROVING CONVERGENCE TIME IN CORRELATION-BAS...
Publication number
20140266844
Publication date
Sep 18, 2014
Analog Devices, Inc.
Ahmed Mohamed Abdelatty ALI
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Application
ANALOG TO DIGITAL CONVERTER FOR SOLID-STATE IMAGE PICKUP DEVICE
Publication number
20140226049
Publication date
Aug 14, 2014
Renesas Electronics Corporation
Hiroto UTSUNOMIYA
H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information
Patent Application
CALIBRATION IN MULTIPLE SLOPE COLUMN PARALLEL ANALOG-TO-DIGITAL CON...
Publication number
20140226050
Publication date
Aug 14, 2014
Zheng Yang
H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information
Patent Application
METHOD OF DYNAMIC ELEMENT MATCHING AND AN APPARATUS THEREOF
Publication number
20140176355
Publication date
Jun 26, 2014
Taiwan Semiconductor Manufacturing company Ltd.
Wen-Hsien Chuang
G06 - COMPUTING CALCULATING COUNTING
Information
Patent Application
SIGMA-DELTA MODULATORS WITH HIGH SPEED FEED-FORWARD ARCHITECTURE
Publication number
20140159930
Publication date
Jun 12, 2014
MEDIATEK INC.
Chen-Yen HO
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Application
ANALOGUE-TO-DIGITAL CONVERTER
Publication number
20130321190
Publication date
Dec 5, 2013
Wolfson Microelectronics pic
John Paul Lesso
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Application
COMPARISON CIRCUITS
Publication number
20130300593
Publication date
Nov 14, 2013
Yun-Shiang SHU
H03 - BASIC ELECTRONIC CIRCUITRY
Information
Patent Application
FLASH MEMORIES USING MINIMUM PUSH UP, MULTI-CELL AND MULTI-PERMUTAT...
Publication number
20130268723
Publication date
Oct 10, 2013
Anxiao Jiang
G06 - COMPUTING CALCULATING COUNTING
Information
Patent Application
CALIBRATION IN MULTIPLE SLOPE COLUMN PARALLEL ANALOG-TO-DIGITAL CON...
Publication number
20130242125
Publication date
Sep 19, 2013
Zheng Yang
H04 - ELECTRIC COMMUNICATION TECHNIQUE
Information
Patent Application
SYSTEM FOR MEASURING CURRENT AND METHOD OF MAKING SAME
Publication number
20130027022
Publication date
Jan 31, 2013
James H. Woelfel
G01 - MEASURING TESTING
Information
Patent Application
SOLID-STATE IMAGE SENSING DEVICE
Publication number
20130020469
Publication date
Jan 24, 2013
RENESAS ELECTONICS CORPORATION
Shunsuke Okura
G02 - OPTICS
Information
Patent Application
APPARATUS FOR ANALOG-TO-DIGITAL CONVERSION WITH A HIGH EFFECTIVE-SA...
Publication number
20120268105
Publication date
Oct 25, 2012
TOSHIBA MEDICAL SYSTEMS CORPORATION
Gregory J. MANN
H03 - BASIC ELECTRONIC CIRCUITRY