TI- Amplifier series

General-Purpose Operational Amplifier Series

- LM324 Series: Features four independent operational amplifiers with a wide operating voltage range, low power consumption, and the ability to work with single or dual power supplies. Economically priced, suitable for cost-sensitive general-purpose amplification circuits, such as simple signal conditioning and sensor signal amplification.

- TLV271 Series: Low-power operational amplifiers powered by a single supply, with rail-to-rail input and output characteristics, capable of operating close to the power supply voltage, suitable for battery-powered portable devices and low-voltage applications.

Precision Operational Amplifier Series

- OPA2376 Series: Dual precision operational amplifiers with low offset voltage, low drift, and high open-loop gain, providing high-precision signal amplification, commonly used in circuits requiring high-precision measurement and control, such as medical instruments and test and measurement equipment.

- OPA4391 Series: A four-channel, micro-power, high-speed precision operational amplifier with low bias current and high common-mode rejection ratio, suitable for multi-channel high-precision signal processing applications, meeting the precision and stability requirements of industrial automation and instrumentation fields.

High-Speed Operational Amplifier Series

- OPA2892 Series: Dual-channel, 2GHz bandwidth, 10V/V stable, 0.95nV/√Hz low-noise high-speed operational amplifiers with ultra-low total harmonic distortion, capable of handling high-speed signals such as video and communication signals, suitable for high-speed data acquisition, video processing, and communication base stations that require high bandwidth and speed.

- TLV2365 Series: Automotive dual-channel 50MHz single-supply amplifiers with rail-to-rail input and output characteristics, meeting the high-speed signal amplification requirements in automotive electronics systems, suitable for automotive audio, video entertainment systems, and automotive sensor signal processing applications.

Audio Amplifier Series

- TPA Series: Typically class D amplifiers with high efficiency and low power consumption, usually over 90% efficiency, reducing heat generation, suitable for portable devices, televisions, and audio systems that require high efficiency and miniaturization.

- LM Series: Typically includes linear amplifiers suitable for low-power and high-fidelity audio applications, performing well in home audio and professional audio equipment where audio quality is highly demanded, providing high-fidelity audio amplification effects.

Power Amplifier Series

- TSD5402 Series: Automotive D-class sensor driver amplifiers with integrated protection and I2C diagnostic functions, capable of providing sufficient driving power for automotive sensors, while also featuring protection and diagnostic functions, improving the reliability and safety of automotive electronic systems.

Comparator Series

- TLV7011 Series: Including four products, TLV7011, TLV7021, TLV7031, and TLV7041, using the same packaging as TLV9061, capable of reducing power consumption by 50%, suitable for various circuits requiring comparison functions, such as signal detection and threshold judgment.

Programmable Gain Amplifier and Variable Gain Amplifier Series

- PGA: This series of amplifiers can change gain through programming or external control signals, with high flexibility, suitable for applications that need to adjust the amplification factor according to different input signal strengths or application scenarios, such as data acquisition systems and communication receivers.

Current Detection Amplifier Series

- This series of amplifiers can be used for precise detection of current signals, with high precision and low offset, commonly used in applications that require monitoring and control of current, such as power management, motor control, battery management, to achieve functions such as overcurrent protection and current feedback control.

Instrumentation Amplifier Series

- With high input impedance, high common-mode rejection ratio, and low noise characteristics, capable of precisely amplifying small differential signals, commonly used in applications that require high-precision amplification and processing of weak signals, such as sensor signal conditioning and biomedical signal detection.