ST's 10 to 36 V series of high-voltage op-amps offers many possible combinations of power consumption and gain bandwidth. Our wide range of devices allows customers to get the best performance for the appropriate accuracy. The high-voltage series of operational amplifiers simplifies the design of sensors for applications from automotive electronics to smart buildings and industrial controls.
Benefiting from the advanced BiCMOS manufacturing process developed in house, the TSB series of 36 V rail-to-rail op-amps delivers the same bandwidth as traditional LM324 operational amplifier, but with a power consumption 4 times lower.
With its high tolerance to ESD and stable performance over a wide temperature range, the TSB series of op-amps gives designers peace of mind.
Recommended for you
New rail-to-rail inputs and outputs, 36 V, 6 MHz op-amps
The TSB514 is a 6 MHz bandwidth amplifier featuring rail-to-rail input and output, which are guaranteed to operate from 2.7 to 36 V single supply as well as from ± 1.35 V to ± 18 V dual supplies.
This amplifier has the advantage of offering a large span of supply voltage, a wide bandwidth and 4 outputs.
The combination of wide bandwidth, slew rate, low noise, rail-to-rail capability makes the TSB514 useful in a wide variety of applications such as: filters, power supply and motor control, actuator driving and resistive transducers.
Automotive grade versions are also avaiable.
TSB series: 36 V op amps for automotive and industrial applications
In addition to an excellent speed / power ratio, our 36 V TSB series of op amps offer outstanding power density and high tolerance to ESD combined with low-power consumption:
• The TSB511, TSB512, TSB514 is a series of 6 MHz bandwidth amplifiers featuring rail-to-rail input and output, which are guaranteed to operate from 2.7 to 36 V single supply as well as from ± 1.35 V to ± 18 V dual supplies.
• The stability and robustness of our 380 µA / 2.5 MHz TSB57 operational amplifiers make them an ideal solution for a wide voltage range of applications. Available in single- (TSB571) and dual-channel (TSB572) versions.
• Our 100 µA / 560 kHz TSB61 operational amplifiers operate over a wide temperature range from -40 °C to 125°C, ideal for industrial and automotive applications and available also in single- (TSB611) and dual-channel (TSB612) versions.
Check out our new TSB612IYST and TSB612IYDT , AEC Q100 and Q003 qualified.
• Our TSB622 dual amplifier, available both for industrial and automotive applications, offers an excellent speed/power consumption ratio with 1.7 MHz gain bandwidth product while consuming less than 375 μA per operator at 36 V supply voltage.
• The combination of wide bandwidth, slew rate, low noise, rail-to-rail capability and precision makes our 1.8 mA / 6 MHz TSB711 (single-channel) and TSB712 (dual-channel) op amps useful in a wide variety of applications including filters, power supplies and motor control, actuator driving, Hall effect sensors and resistive transducers. Also available in 22 MHz versions: TSB7191 (single-channel) and TSB7192 (dual-channel)
- TS9511 Precision rail-to-rail input/output 3 MHz single operational amplifier
- TSB712A Precision, 6 MHz, RR IO, 36 V BiCMOS operational amplifier
- TSB512 Rail-to-rail inputs and outputs, 36 V, 6 MHz op-amps
- TS942A Ultra-micropower amplifier with CMOS inputs
- TS944A Ultra-micropower amplifier with CMOS inputs
- TSB712 Precision, 6 MHz, RR IO, 36 V BiCMOS operational amplifier
- TS922A Excellent audio performance / low distortion (0.005%)
- TS912A Low power with CMOS inputs
- TSB611 Low power, rail-to-rail output, 36V operational amplifier
- TSB572 Low-power, 2.5 MHz, RR IO, 36 V BiCMOS operational amplifier
- TS931A Micropower amplifier with CMOS inputs
- TSX9291 Large bandwidth (16MHz), rail-to-rail 16V CMOS Op-Amp, single
- TSX631 Micropower (60uA), rail-to-rail 16V CMOS Op-Amp, single, GBP 200kHz
- TSX631A Micropower (60uA), rail-to-rail 16V CMOS Op-Amp, single, GBP 200kHz, low offset voltage version
- TS941A Ultra-micropower amplifier with CMOS inputs
- TSB7191A Precision, 22 MHz, RR IO, 36 V BiCMOS operational amplifier
- TSB7191 Precision, 22 MHz, RR IO, 36 V BiCMOS operational amplifier
- TSB711A Precision, 6 MHz, RR IO, 36 V BiCMOS operational amplifier
- TSB7192 Precision, 22 MHz, RR IO, 36 V BiCMOS operational amplifier
- TSB711 Precision, 6 MHz, RR IO, 36 V BiCMOS operational amplifier
- TSX564A Micropower (235uA), 16V CMOS Op-Amps, quad, low offset voltage version
- TSX564 Micropower (235uA), 16V CMOS Op-Amps, quad, GBP 900kHz
- TSX921 Large bandwidth (10MHz), rail-to-rail 16V CMOS Op-Amp, single
- TS512A Low noise & distortion (8nV/sqrtHz & 0.03%)
- TS924A Excellent audio performance / low distortion (0.005%)
- TSB511 Rail-to-rail inputs and outputs, 36 V, 6 MHz op-amps
- TSX561 Micropower (235uA), 16V CMOS Op-Amp, single, GBP 900kHz
- TSB612 Low power, rail-to-rail output, 36V operational amplifier
- TSB7192A Precision, 22 MHz, RR IO, 36 V BiCMOS operational amplifier
- TS524 Very low noise suitable for audio applications (4.5nV/sqrtHz)
- TS974 Output rail-to-rail very low-noise op-amps
- TS522 Very low noise suitable for audio applications (4.5nV/sqrtHz)
- TS972 Output rail-to-rail very low-noise op-amps
- TS514 Low noise & distortion (8nV/sqrtHz & 0.03%)
- TS971 Output rail-to-rail very low-noise op-amps
- TS512 Low noise & distortion (8nV/sqrtHz & 0.03%)
- TS954 Real input & output rail to rail / low distortion (0.01%)
- TS952 Real input & output rail to rail / low distortion (0.01%)
- TS951 Real input & output rail to rail / low distortion (0.01%)
- TS944 Ultra-micropower amplifier with CMOS inputs
- TSB582 High output current with thermal shutdown and output current limiter, 3.1 MHz, 36 V, BiCMOS dual operational amplifier
- TS942 Ultra-micropower amplifier with CMOS inputs
- TSX632 Micropower (60uA), rail-to-rail 16V CMOS Op-Amps, dual, GBP 200kHz
- TS941 Ultra-micropower amplifier with CMOS inputs
- TS934 Micropower amplifier with CMOS inputs
- TSX562A Micropower (235uA), 16V CMOS Op-Amps, dual, GBP 900kHz, low offset voltage version
- TSX634A Micropower (60uA), rail-to-rail 16V CMOS Op-Amps, quad, GBP 200kHz, low offset voltage version
- TSX562 Micropower (235uA), 16V CMOS Op-Amps, dual, GBP 900kHz
- TSX632A Micropower (60uA), rail-to-rail 16V CMOS Op-Amps, dual, GBP 200kHz, low offset voltage version
- TSX561A Micropower (235uA), 16V CMOS Op-Amp, single, GBP 900kHz, low offset voltage version
- TSX634 Micropower (60uA), rail-to-rail 16V CMOS Op-Amps, quad, GBP 200kHz
- TSB514 Rail-to-rail inputs and outputs, 36 V, 6 MHz op-amps
- TS9222 Precision rail-to-rail high output current op-amps
- TS9224 Precision rail-to-rail high output current op-amps
- TSB622 Low power, 1.7MHz, rail-to-rail output, 36V operational amplifier
- TS914A Low power with CMOS inputs
- TS931B Micropower amplifier with CMOS inputs
- TS932 Micropower amplifier with CMOS inputs
- LM258A Low-power dual operational amplifiers
- TS931 Micropower amplifier with CMOS inputs
- TS934A Micropower amplifier with CMOS inputs
- TS912B Low power with CMOS inputs
- TS925 Excellent audio performance / low distortion (0.005%)
- TS924 Rail-to-rail high output current op-amps
- TS922 Excellent audio performance / low distortion (0.005%)
- TS921 Rail-to-rail high output current op-amps
- TSB571 Low-power, 2.5 MHz, RR IO, 36 V BiCMOS operational amplifier
- TS914 Low power with CMOS inputs
- TS464 Output rail-to-rail op-amps
- TS462 Output rail-to-rail op-amps
- TS912 Low power with CMOS inputs
- TS461 Output rail-to-rail op-amps
eDesignSuite
eDesignSuite is a comprehensive set of easy-to-use design-aid utilities ready to help you streamline the system development process with a wide range of ST products.
Signal Conditioning Design Tool
Active Filters
Handles multi-stage-designs and common topologies Returns circuit component values Provides gain, phase and group delay graphs Low Pass, High Pass and Band Pass 
Comparators
Handles most common configurations Returns circuit components values Provides I/O signal waveforms Inverting, Non Inverting, Window 
Current Sensing
Returns circuit component values Provides current error graphs