Chips Gallery

All of these chips in this page are designed by Kawahito Laboratory and announced on international conferences.

No.	Features	Year	Chip	International Conf.
43	A 10.8ps-Time-Resolution 256x512 Image Sensor with 2-Tap True-CDS Lock-In Pixels for Fluorescence Lifetime Imaging	2015
42	Single-Shot 200Mfps 5x3-Aperture Compressive CMOS Imager	2015
41	A 0.3mm-Resolution Time-of-Flight CMOS Range Imager with Column-Gating Clock-Skew Calibration	2014
No.	Features	Year	Chip	International Conf.
40	A 413x240-Pixel Sub-Centimeter Resolution Time-of-Flight CMOS Image Sensor with In-Pixel Background Canceling Using Lateral-Electric-Field Charge Modulators	2014
39	A 33Mpixel 120fps CMOS Image Sensor Using 12b Column-Parallel Pipelined Cyclic ADCs	2012
38	A Low-noise High-dynamic-range CMOS Imager with a 13-to-19b Variable-Resolution Column-Parallel Folding-Integration/Cyclic ADC	2011
37	A CMOS Image Sensor for 10Mb/s 70m-Range LED-Based Spatial Optical Communication	2010
36	A 2.7e- Temporal Noise 99.7% Shutter Efficiency 92dB Dynamic Range CMOS Image Sensor with Dual Global Shutter Pixels	2010
35	A CMOS imager and 2-D light pulse receiver array for spatial optical communication	2009
34	A low-noise wide-dynamic range high-frame rate CMOS image sensor using single-ended cyclic ADCs	2009
33	TOF Range Image Sensor Using A Range-Shift Technique	2008
32	A 15b 30MSample/s 123mW Pipeline A/D Converter with Linearized Settling Error Correction of Non-Slewing Closed-Loop Amplifiers	2008
31	The First 14bit Column-Parallel Cyclic A/D Converter and a CMOS Image Sensor Using Thereof.	2008
No.	Features	Year	Chip	International Conf.
30	A High-Speed CMOS Image Sensor Integrating SIMD-type Column Parallel Image Compression Circuits	2007
29	A 14b Low-power Pipeline A/D Converter Using a Pre-charging Technique	2007
28	A 1.0V 30mW 10b 100MSample/s Pipeline A/D Converter Using Capacitance Coupling Techniques (Figure of Merit (FOM) = 0.73 pJ/conv. The highest level in the world!!)	2006
27	A 3500fps High-speed CMOS Image Sensor with 12b Column-Parallel Cyclic A/D Converters	2006
26	A CMOS TOF Range Image Sensor with Gates on Thick Oxide Structure	2005
25	A Cyclic A/D Converter with Pixel Noise and Column-wise Offset Canceling for CMOS Image Sensors	2005
24	A 160dB Wide Dynamic Range CMOS Image Sensor with Reduced-Offset 12-bit Column Parallel Cyclic ADCs	2005
23	A 10b-per-rotation smart magnetic rotary encoder integrating an angle calculator	2005
22	A 120dB DR CMOS image sensor with a multiple exposure burst readout method and a 12b column parallel cyclic ADC	2005
21	A CMOS Magnetic Sensor Arrays Using Native-Substrate MAGFETs for a Smart Rotary Encoder	2004
No.	Features	Year	Chip	International Conf.
20	A wide DR CMOS image sensorusing multiple resolution column parallel ADC	2004
19	A CMOS rotary encoder using magnetic sensor arrays	2003
18	A high-speed low-power parallel pipeline A/D converter	2003
17	A high-sensitivity CMOS image sensor using an adaptive-gain column amplifiers	2003
16	A binocular CMOS image sensor for high-speed 3-D imaging	2002
15	A high-speed (30MS/s) low-power(16mW) 10b ADC	2002
14	A high-speed image sensor for low-power motion-vector estimation	2000
13	wide-dynamic range CMOS image sensor with logarithmic response	1999
12	A high-sensitivity integrated digital fluxgate sensor	1999
11	A 2nd-order delta-sigma sensor interface for capacitive-type chemical sensors	1998
No.	Features	Year	Chip	International Conf.
10	A CMOS image sensor integrating low-power image compression circuits	1997
9	A delta-sigma interface chip for fluxgate magnetic sensors	1996
8	An integrated microfluxgate magnetic sensor	1996
7	A high-sensitivity microfluxgate magnetic sensor (Ver.2)	1995
6	A wave-parallel computing chip	1994
5	A two-dimensional silicon Hall element with micromaching	1993
4	A high-sensitivity microfluxgate magnetic sensor (Ver.1)	1993
3	A smart image sensor with current-mode parallel analog signal processing circuits	1991
2	A radix-2 Signed-Digit arithmetic IC chip using multiple-valued current-mode circuits	1989
1	The first multiplier LSI chip using multiple-valued current-mode circuits	1987