Analog-to-Digital Converters (ADCs) convert analog signals into digital signals. They are widely used in sensor data acquisition, communications, and digital signal processing (DSP).

Digital-to-Analog Converters (DACs) convert digital signals into analog signals. They are used in audio output, signal generation, and control systems.

RF agile transceivers are used for receiving and transmitting RF signals. They can switch operating frequencies quickly, support multiple frequency bands and communication protocols, realize the mutual conversion between RF signals and IF/baseband signals, and adapt to various wireless communication scenarios.

A sensor is a device that can detect and capture physical quantities (such as temperature, pressure, light intensity, displacement, etc.) or chemical quantities (such as gas concentration, humidity, etc.) in the external environment. Its core function is to convert these non-electrical signals into electrical signals (such as voltage, current) that can be processed by electronic systems, thereby providing feedback on environmental conditions or equipment operation status to processors, control systems, etc. As a key interface for interaction between electronic systems and the external world, it enables various devices to achieve automatic sensing and intelligent response.

USB controllers manage data transmission and power distribution for USB interfaces. They are used in connecting peripherals, charging devices, and communication interfaces.

Operational Amplifiers (Op - Amps) are high - gain, direct - coupled DC amplifiers, typically used in circuits for signal amplification, filtering, and mathematical operations. They can accurately process analog signals and are widely applied in audio equipment, sensor interfaces, and control systems.

Analog switches and multiplexers are used to switch or select signals between multiple analog signal channels. They are widely applied in signal routing, data acquisition, and testing equipment.

Interface chips are used to implement signal transmission and protocol conversion between different devices or systems. They ensure efficient and reliable communication of data between analog and digital domains.

Logic gates are analog or mixed-signal circuits that implement basic logical operations (such as AND, OR, NOT). They are used in signal processing, control circuits, and digital-analog interfaces.

Power management chips are used to regulate, distribute, and optimize the power supply of circuits. They improve energy efficiency and are widely applied in battery-powered devices and system power supply designs.

Real-time clock chips (RTC chips) provide accurate time and date tracking functions. They are used in systems requiring timestamps, such as embedded devices and data loggers.

Monitoring circuits are used to detect and protect parameters such as voltage, current, or temperature in a system. They ensure the stable operation of the system and prevent overloads or malfunctions.

Digital isolators transmit digital signals between circuits through isolation technology to prevent noise interference. They are used to protect sensitive circuits and high-voltage systems.

Darlington transistors are high-gain composite transistors used to amplify weak signals. They are often employed to drive high-current loads such as motors and relays.