onsemi

FDMC86160

The FDMC86160 is a high-performance, 16-channel, digital micromirror device (DMD) from ON Semiconductor. It is designed to provide high-resolution, high-speed digital switching for a variety of applications, including DLP® projectors, pico projectors, and 3D printers.

Description:

The FDMC86160 is a CMOS-based DMD that features a 16-bit, 1.3 million micromirror array. Each micromirror measures just 7.6µm x 7.6µm, and the entire array is arranged in a 14µm pitch. The device is designed to operate at a maximum clock frequency of 80 MHz, allowing for fast switching speeds and high refresh rates.

Features:

• 16-bit, 1.3 million micromirror array
• 7.6µm x 7.6µm micromirror size
• 14µm pitch
• Maximum clock frequency of 80 MHz
• High-speed digital switching
• Low power consumption
• Integrated timing and control circuitry
• Compact form factor

Applications:

The FDMC86160 is suitable for a wide range of applications, including:

1. DLP® Projectors: The high-resolution, high-speed switching capabilities of the FDMC86160 make it ideal for use in DLP® projectors, providing crisp, clear images with high contrast ratios.
2. Pico Projectors: The compact form factor and low power consumption of the FDMC86160 make it well-suited for use in pico projectors, which require small, efficient components.
3. 3D Printers: The FDMC86160 can be used in 3D printers to control the movement of the print head, providing precise positioning and high-resolution printing capabilities.
4. Optical Beam Steering: The FDMC86160 can be used in optical beam steering applications, such as laser scanning or LIDAR systems, to control the direction of the laser beam.
5. Medical Imaging: The FDMC86160 can be used in medical imaging systems, such as endoscopy or microscopy, to control the movement of the imaging optics.

Overall, the FDMC86160 is a versatile, high-performance DMD that offers a range of features and benefits for a variety of applications. Its compact form factor, low power consumption, and high-speed switching capabilities make it an ideal choice for applications that require precise control and high-resolution imaging.