Mouser Electronics, a leading New Product Introduction (NPI) company enabling innovation, has partnered with Maxim Integrated, a subsidiary of Analog Devices (ADI), to explore the design challenges of LiDAR technology.

Mouser, in collaboration with ADI, recently published a new eBook that delves into the benefits and challenges of LiDAR systems.

In '7 Experts on LiDAR Design,' industry experts address the most promising areas and key challenges in the development of new LiDAR solutions.

LiDAR solutions can measure distances to objects up to 200 meters away (ToF) with a precision of 1 to 3 cm, enabling them to be utilized in a growing range of use cases and applications, including advanced driver assistance systems (ADAS). To provide near-real-time ToF measurements, LiDAR systems must maintain high accuracy, high speed, and a wide field of view.

A new eBook, "7 Experts on LiDAR Design," provides insights into how to meet these performance requirements while making devices lighter and smaller.

This eBook provides information on products such as the MAX40025 and MAX40026 single comparators and the MAX40027 dual comparator, connecting designers to the solutions they need for LiDAR innovation.

These high-speed comparators offer a standard propagation delay of 280 ps and low overdrive dispersion (typically 25 ps), making them ideal for a variety of distance measurement applications, including ToF.

Complementing these comparators in a LiDAR receiver signal chain are high-speed transimpedance amplifiers (TIAs) such as the MAX40662. This quad TIA features high gain, low noise (2.1 pA/√Hz), wide 440MHz bandwidth, and fast overload recovery.

More information about Maxim Integrated, which merged with Analog Devices, can be found at https://kr.mouser.com/manufacturer/maxim-integrated/. The new eBook is available at https://kr.mouser.com/news/maxim-expert-lidar-design/maxim-lidar-eBook.html.