Full-Way's analog switch FSW6820, three-channel differential high-speed USB3.1 (10Gbps) and USB2.0 4:1 multiplexer/demultiplexer; QFN5x5-40L small size package, typically used in USB3.0 all-four or four-one, the function is compatible with the market 2 USB3.0 all-two switch products, such as TI HD3SS6126, etc.
Currently, single-point liquid level detection solutions are commonly used: for metal water tanks, reed pipe float switches are usually used. For non-metallic water tanks, low-cost magnetic float switches are generally used. However, the application scenarios of these two liquid level detection products have certain limitations and principle defects: the float switch is a mechanical structure and cannot be used normally in sewage, hard water, moss and corrosive liquid environments, and has certain requirements for water quality.
HighTec’s automotive-grade LLVM open-source-based C/C++ compiler tools are safety-qualified according to ISO 26262 up to ASIL D. Automotive software developers working on RISC-V architectures can leverage these tools, which seamlessly support Nuclei’s functional safety-certified RISC-V cores. This results in compact and highly reliable code suitable for the most demanding automotive applications with stringent performance and safety requirements.
Onsemi NCS32100 Inductive Position Sensor is a full-featured controller and sensor interface for high-resolution and high-accuracy angular sensing when paired with a printed circuit board sensor. This sensor supports a 2.5MHz UART interface for connection to a half-duplex RS-485 driver and battery backup for multi-turn count tracking. The NCS32100 sensor supports flexible configuration to connect various inductive sensor patterns and offers a variety of digital output formats. This sensor provides velocity, temperature, and battery backup measurements. The NCS32100 houses power supply circuitry to support a wide VCC range and battery backup capability. This inductive position sensor is ideally used in industrial automation, angular position and velocity sensing, robotics, and servo control applications.
Electrolytic capacitor has excellent high-frequency insulation performance. Capacitance and loss are independent of frequency in a large frequency range, and change little with temperature, while Dielectric strength increases with temperature
