STMicroelectronics TSX Series of Operational Amplifiers
STMicroelectronics TSX Series of Operational Amplifiers are a new generation of 16V Amplifier ICs using an advanced manufacturing process, combining high performance and high reliability, making them well suited for a variety of demanding applications. An innovative 16V CMOS manufacturing process delivers reduced power consumption and class-leading accuracy with long term stability, and enables reduced PCB area by allowing the use of small surface-mount packages. These devices are used as signal-conditioning solutions for rugged applications from automotive electronics to smart buildings and industrial controls.Three unique TSX series are currently available and optimized to support your exact signal conditioning needs. The TSX56x series provides a balance of low power consumption and gain bandwidth, making it a good fit for many general-purpose signal conditioning needs. The TSX63 series is designed for the lower bandwidth, lowest power requirements to support most battery or solar powered signal conditioning needs. The STMicroelectronics TSX Operational Amplifiers cover wide bandwidth and high-gain applications such as low-side current sensing and can support up to 16MHz.
Features
- Low power and high accuracy
- Advanced 16V CMOS process
- Rail-to-Rail Inputs and Outputs
- Fully characterized electrical performances at Vcc 3.3V, 5V, 16V
- Over 70 key parameters guaranteed by min max values
- DC performances guaranteed from -40°C to +125°C
- Automotive Grade Available
- Fully characterized ESD rating
- Functions
- Transimpedance Amplifier
- Active Filtering
- Low-side Current Sensing
- Data Acquisition System
- ADC Input Signal Conditioning
- I/V Converters for DAC
- Process Control
Applications
- Automotive (Sensors / Security Systems)
- Test & Measurement Equipment
- Medical Instrumentation
- Factory Automation
- Telecom Infrastructure
- Base Stations
- Optical Networking
Videos
Additional Resources
ST OP AMPS
Opublikowano: 2018-07-11
| Zaktualizowano: 2023-02-13
