STAR-1000

Description

The STAR-1000 is a CMOS image sensor designed for high-performance imaging applications in harsh environments. Manufactured by Infineon, this 1 MP radiation-tolerant sensor features a 1-inch, 35 mm optical format, making it suitable for nuclear inspection, machine vision, and space science applications. Key benefits of the STAR-1000 include high sensitivity, low noise, and region-of-interest (ROI) readout capabilities. Its radiation tolerance ensures reliable operation in environments with high levels of ionizing radiation. The sensor's compact JLCC package makes it easy to integrate into various systems. The STAR-1000 is an excellent choice for applications that require high-quality imaging in challenging conditions, such as nuclear power plants, space exploration, or industrial inspection. Its robust design and advanced features make it a reliable solution for capturing critical images in harsh environments.

Features

According to the product information, the features of the STAR-1000 are:

• 1 inch 35 mm optical format
• High radiation tolerance
• High sensitivity
• Low noise
• Region of Interest (ROI) readout

These features make it suitable for applications such as nuclear inspection, machine vision, and space science.

Package

The package type of STAR-1000 is JLCC (J-Lead Chip Carrier).

Pinout

According to Infineon's documentation, the STAR-1000 CMOS Image Sensor has a pin count of 208.

The functions of these pins include:

• Power supply (VDD, VSS)
• Analog output (ANALOG_OUT)
• Digital output (DIGITAL_OUT)
• Clock and control signals (e.g., HREF, VSYNC, PCLK)
• Reset and test access ports (RST, TEST_ACCESS)

Please note that the exact pinout may vary depending on the specific package type (JLCC) and any customizations or variations.

Manufacturer

The manufacturer of the STAR-1000 is Infineon.

Applications

The application areas of the STAR-1000 CMOS Image Sensor include Nuclear inspection, Machine vision, and Space science. Its high radiation tolerance makes it suitable for applications in harsh environments where radiation is present.