onsemi MT9P006I12STCU-DP 2.2um CMOS 2592Hx1944V LCC-48 Image Sensor

The MT9P006I12STCU-DP utilizes a parallel digital output interface. This standard interface allows for direct connection to an image signal processor (ISP), FPGA, or a microcontroller with a parallel camera port. You will need to consult the official onsemi datasheet for the detailed pinout, clocking, and data bus configuration to integrate it into your design.

The specific operating voltage (e.g., core voltage, I/O voltage) for the MT9P006I12STCU-DP is not provided in the basic specs and must be obtained from the official onsemi datasheet. Typical CMOS image sensors often require multiple supply rails (such as 2.8V for analog and 1.8V/3.3V for digital I/O). Always refer to the manufacturer's documentation for absolute maximum ratings and recommended operating conditions before designing your power supply circuit.

Yes, the MT9P006I12STCU-DP is capable of capturing video streams at its full 5-megapixel resolution, subject to the frame rate limitations defined by its internal clocking and the bandwidth of your host system. The achievable frame rate depends on the configured readout mode and the capabilities of your image processing pipeline. It is suitable for applications requiring high-resolution still images or lower-frame-rate video capture.

Yes, the MT9P006I12STCU-DP is a bare silicon die sensor packaged in an LCC format. It requires an external lens assembly to focus light onto its pixel array. You will need to design or source a compatible lens module with the appropriate focal length, field of view, and mounting mechanism (often involving a holder that aligns precisely with the sensor's package) to form a complete camera.