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quality High sensitivity global shutter CMOS image sensor AMS CMV4000-3E12M1PP with 10 bit output and 16 LVDS data channels factory
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quality High sensitivity global shutter CMOS image sensor AMS CMV4000-3E12M1PP with 10 bit output and 16 LVDS data channels factory
quality High sensitivity global shutter CMOS image sensor AMS CMV4000-3E12M1PP with 10 bit output and 16 LVDS data channels factory
quality High sensitivity global shutter CMOS image sensor AMS CMV4000-3E12M1PP with 10 bit output and 16 LVDS data channels factory
>
Specifications
Mfr. Part #:
CMV4000-3E12M1PP
Key Attributes
Model Number: CMV4000-3E12M1PP
Product Description

Product Overview

The CMV4000 is a high-sensitivity, pipelined global shutter CMOS image sensor designed for machine vision applications. With a 2048 x 2048 pixel resolution, it offers true correlated double sampling (CDS) for reduced noise and 16 LVDS channels for high-speed operation, achieving up to 180 fps at full resolution with 10-bit per pixel output. It supports a 12-bit mode for enhanced image quality at a reduced frame rate. The sensor is programmable via a serial peripheral interface (SPI), and an internal timing generator manages read-out and exposure control, with external exposure triggering also supported. Its design prioritizes ease of hardware integration and offers features like high dynamic range and selectable ADC resolution.

Product Attributes

  • Brand: ams OSRAM Group
  • Product Name: CMV4000
  • Product Type: Global Shutter CMOS Image Sensor
  • Target Application: Machine Vision

Technical Specifications

Ordering Code Mono/Color Glass Type Package Delivery Quantity Version PLL Additional gain steps Horizontal line effect Black sun effect Electrical black columns Register settings Integration in single shot mode Vertical PRNU pattern Column patterns in the non-linear part of the response curve
CMV4000-2E12M1PP Mono Plain glass PGA 40 pcs/tray 2
CMV4000-2E5M1PA Mono AR coated PGA 40 pcs/tray 2
CMV4000-2E5C1PA Color AR coated PGA 40 pcs/tray 2
CMV4000-2E5C1PP Color Plain glass PGA 40 pcs/tray 2
CMV4000-2E5M1LP Mono Plain glass LGA 40 pcs/tray 2
CMV4000-2E5C1LP Color Plain glass LGA 40 pcs/tray 2
CMV4000-2E5M1PP Mono Plain glass PGA 40 pcs/tray 2
CMV4000-2E12M1LP Mono Plain glass LGA 40 pcs/tray 2
CMV4000-3E12M1LP Mono Plain glass LGA 40 pcs/tray 3 Improved PLL Can be avoided by inserting dummy lines Actively removing effect Enable by setting appropriate SPI register Different from version 2 Improved integration single shot mode Correction can be done with applying a gain correction Can be solved by increasing gain
CMV4000-3E12M1PP Mono Plain glass PGA 40 pcs/tray 3 Improved PLL Can be avoided by inserting dummy lines Actively removing effect Enable by setting appropriate SPI register Different from version 2 Improved integration single shot mode Correction can be done with applying a gain correction Can be solved by increasing gain
CMV4000-3E5C1CA Color AR coated LCC 40 pcs/tray 3 Improved PLL Can be avoided by inserting dummy lines Actively removing effect Enable by setting appropriate SPI register Different from version 2 Improved integration single shot mode Correction can be done with applying a gain correction Can be solved by increasing gain
CMV4000-3E5C1LP Color Plain glass LGA 40 pcs/tray 3 Improved PLL Can be avoided by inserting dummy lines Actively removing effect Enable by setting appropriate SPI register Different from version 2 Improved integration single shot mode Correction can be done with applying a gain correction Can be solved by increasing gain
CMV4000-3E5C1PP Color Plain glass PGA 40 pcs/tray 3 Improved PLL Can be avoided by inserting dummy lines Actively removing effect Enable by setting appropriate SPI register Different from version 2 Improved integration single shot mode Correction can be done with applying a gain correction Can be solved by increasing gain
CMV4000-3E5M0PN Mono Removable glass PGA 40 pcs/tray 3 Improved PLL Can be avoided by inserting dummy lines Actively removing effect Enable by setting appropriate SPI register Different from version 2 Improved integration single shot mode Correction can be done with applying a gain correction Can be solved by increasing gain
CMV4000-3E5M1CA Mono AR coated LCC 40 pcs/tray 3 Improved PLL Can be avoided by inserting dummy lines Actively removing effect Enable by setting appropriate SPI register Different from version 2 Improved integration single shot mode Correction can be done with applying a gain correction Can be solved by increasing gain
CMV4000-3E5M1LP Mono Plain glass LGA 40 pcs/tray 3 Improved PLL Can be avoided by inserting dummy lines Actively removing effect Enable by setting appropriate SPI register Different from version 2 Improved integration single shot mode Correction can be done with applying a gain correction Can be solved by increasing gain
CMV4000-3E5M1PA Mono AR coated PGA 40 pcs/tray 3 Improved PLL Can be avoided by inserting dummy lines Actively removing effect Enable by setting appropriate SPI register Different from version 2 Improved integration single shot mode Correction can be done with applying a gain correction Can be solved by increasing gain
CMV4000-3E5M1PN Mono Removable glass PGA 40 pcs/tray 3 Improved PLL Can be avoided by inserting dummy lines Actively removing effect Enable by setting appropriate SPI register Different from version 2 Improved integration single shot mode Correction can be done with applying a gain correction Can be solved by increasing gain
CMV4000-3E5M1PP Mono Plain glass PGA 40 pcs/tray 3 Improved PLL Can be avoided by inserting dummy lines Actively removing effect Enable by setting appropriate SPI register Different from version 2 Improved integration single shot mode Correction can be done with applying a gain correction Can be solved by increasing gain
CMV4000-3E5C1LP Color Plain glass LGA 40 pcs/tray 3 Improved PLL Can be avoided by inserting dummy lines Actively removing effect Enable by setting appropriate SPI register Different from version 2 Improved integration single shot mode Correction can be done with applying a gain correction Can be solved by increasing gain
CMV4000-3E5C1PP Color Plain glass PGA 40 pcs/tray 3 Improved PLL Can be avoided by inserting dummy lines Actively removing effect Enable by setting appropriate SPI register Different from version 2 Improved integration single shot mode Correction can be done with applying a gain correction Can be solved by increasing gain
CMV4000-3E5C1CA Color AR coated LCC 40 pcs/tray 3 Improved PLL Can be avoided by inserting dummy lines Actively removing effect Enable by setting appropriate SPI register Different from version 2 Improved integration single shot mode Correction can be done with applying a gain correction Can be solved by increasing gain

2506271200_AMS-CMV4000-3E12M1PP_C20549890.pdf

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