- Artikel-Nr.: PM-7106
- Hersteller: Benewake
- Artikelname: TFS20-L
- EAN: 4250902364625
The Benewake TFS20-L Mini Single-Point LiDAR Module is a fully integrated single-channel dToF ranging mini-module featuring a highly sensitive infrared-enhanced SPAD sensor with a range of up to 20 meters. It employs a SPAD chip solution, histogram statistical algorithm, and fast TDC architecture to achieve high-precision distance measurement, while offering sunlight resistance up to 15 meters at 100Klux and a reflectivity correction feature.
Its compact and lightweight design ensures accurate and long-range measurement capabilities, even under strong ambient light. The module operates on a single 3.3V power supply and includes built-in temperature compensation. It supports I²C and UART interfaces, facilitating easy integration and use. The reliable optical packaging makes it suitable for various applications, including consumer drones, service robots, and the Internet of Things.
Features:
- Benewake TFS20-L Mini Single-Point LiDAR Module
- Achieves accurate long-range measurements up to 20 meters
- Resists sunlight up to 15 meters at 100Klux
- Features compact and lightweight design at 1.35g
- Employs built-in temperature compensation
- Supports I²C and UART interfaces for easy integration
Specifications:
- Compact design
- Lightweight
- Accurate long-range measurement
- Performs well in strong ambient light
- Weight: 1.35g
- Measurement accuracy of ±6cm within 0.2 to 6m range
- Anti-ambient light intensity up to 100Klux
- Integrated power module for 3.3V supply
- Built-in temperature compensation
- Supports I²C and UART interfaces
Package contains:
- 1x Benewake TFS20-L Mini Single-Point LiDAR Module
Hersteller gemäß (GPSR (EU)2023/988):
Benewake, Headquarters: 3rd Floor, Haiguo Jiaye Sci-Tech Park, Haidian District, Beijing, China https://en.benewake.com/
Inverkehrbringer:
Premium-Modellbau Würch GmbH, Geschäftsführer: Steffen Würch, Torenstrasse 9, 88709 Meersburg, Deutschland, Tel: 07046 38795100, www.premium-modellbau.de




