Infineon Technologies Image Sensors 28

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Part	Manufacturer	Sensors or Transducers Type	Mounting Feature	Output Type	Package Shape or Style	Output Range	Pixel Size (um)	Maximum Supply Voltage	Body Length/Diameter	Body Width	Power Supplies (V)	Sub-Category	Body Height	Minimum Supply Voltage	Maximum Operating Temperature	Horizontal Pixel	Minimum Operating Temperature	Terminal Finish	Termination Type	Data Rate	Frame Rate	Maximum Operating Current	Array Type	Additional Features	JESD-609 Code	Dynamic Range	Vertical Pixel
LUPA-1300-C	Infineon Technologies	IMAGE SENSOR,CMOS	THROUGH HOLE MOUNT				14X14				5	CCD Image Sensors			60 Cel	1280	0 Cel										1024
OV09650-KL1A	Infineon Technologies	IMAGE SENSOR,CMOS	SURFACE MOUNT	ANALOG VOLTAGE	RECTANGULAR	0.30-2.70V	3.18X3.18	1.98 V	5.095 mm	5.715 inch			.82 mm	1.62 V	70 Cel		-20 Cel		SOLDER	12 Mbps	15 fps	20 mA	FULL FRAME	IT ALSO HAS SUPPLY VOLTAGE 2.45 TO 2.8 VOLT AND 2.25 TO 3.6 VOLT		62 dB
IBIS4-1300-C-1	Infineon Technologies	IMAGE SENSOR,CMOS	SURFACE MOUNT				7X7				5	CCD Image Sensors				1030											1286
LUPA-4000-M	Infineon Technologies	IMAGE SENSOR,CMOS	SURFACE MOUNT				12X12				3.3	CCD Image Sensors			60 Cel	2048	0 Cel										2048
CYIM1SE9600AA-QZDC	Infineon Technologies
CYIS1SM0250AA-HFC	Infineon Technologies
IBIS5-A-1300-C-2	Infineon Technologies	IMAGE SENSOR,CMOS
LUPA-300-C-2	Infineon Technologies
IBIS5-A-1300-M-2	Infineon Technologies	IMAGE SENSOR,CMOS
LUPA-300-M-2	Infineon Technologies
IBIS4-6600-C-1	Infineon Technologies	IMAGE SENSOR,CMOS
IBIS4-1300-C-2	Infineon Technologies	IMAGE SENSOR,CMOS	SURFACE MOUNT				7X7				5	CCD Image Sensors				1030											1286
IBIS4-6600-C-2	Infineon Technologies	IMAGE SENSOR,CMOS
IBIS5-A-1300-C-1	Infineon Technologies	IMAGE SENSOR,CMOS
IBIS4-6600-M-2	Infineon Technologies	IMAGE SENSOR,CMOS
IBIS4-1300-M-2	Infineon Technologies	IMAGE SENSOR,CMOS
STAR-250-ND	Infineon Technologies	IMAGE SENSOR,CMOS
IBIS4-1300-C1-2	Infineon Technologies	IMAGE SENSOR,CMOS
IBIS5-A-1300-M-1	Infineon Technologies	IMAGE SENSOR,CMOS
CYIL1SE3000AA-BDCES	Infineon Technologies		SURFACE MOUNT				8X8				2.5	CCD Image Sensors			60 Cel	1696	0 Cel										1710
CYIWOSC1300AA-2XWC	Infineon Technologies
CYIL2SM1300AA-GZWC	Infineon Technologies	IMAGE SENSOR,CMOS	THROUGH HOLE MOUNT				14X14				2.5	CCD Image Sensors			70 Cel	1280	0 Cel										1024
CYIS1SM0250AA-C	Infineon Technologies
CYIH1SM1000AA-HHCES	Infineon Technologies	IMAGE SENSOR,CMOS	SURFACE MOUNT				18X18				3.3	CCD Image Sensors			85 Cel	1024	-40 Cel	Gold (Au)							e4		1024
CYIL1SN3000AA-BDCES	Infineon Technologies		SURFACE MOUNT				8X8				2.5	CCD Image Sensors			60 Cel	1696	0 Cel										1710
CYIM1SN9600AA-QZDC	Infineon Technologies
IBIS4-6600-M-1	Infineon Technologies	IMAGE SENSOR,CMOS
IBIS4-1300-M-1	Infineon Technologies	IMAGE SENSOR,CMOS

Image Sensors

Image sensors are electronic devices that capture images and convert them into digital signals that can be processed and stored in electronic devices such as cameras, smartphones, and security systems. They are a critical component of digital imaging technology and have revolutionized the way we capture and store visual information.

Image sensors work by detecting and converting light into electrical signals. They typically consist of a grid of millions of tiny photodiodes, each of which generates an electrical charge in response to the amount of light it receives. When light enters the sensor, it is absorbed by the photodiodes, which generate a corresponding electrical signal. The signals from each photodiode are then combined to form a digital image.

There are two main types of image sensors: charge-coupled devices (CCDs) and complementary metal-oxide-semiconductor (CMOS) sensors. CCDs are the older of the two technologies and are characterized by their high image quality, low noise, and low power consumption. CMOS sensors, on the other hand, are more modern and are known for their high-speed performance, low power consumption, and lower cost.

Image sensors are widely used in a variety of applications, including digital cameras, smartphones, security systems, and medical imaging. They have also enabled the development of new technologies such as virtual and augmented reality, self-driving cars, and facial recognition.