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 op-amps 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.

特别推荐
TSB582: High output current (200mA) 36V BiCMOS dual operational amplifier
Available in space saving packages with minimized thermal resistance due to exposed pads, the TSB582 is a dual operational amplifier with embedded thermal shutdown and output current limiter for both industrial and automotive applications.
In closed-loop motor control systems a preferred way to read out the shaft’s angular position is the rotary resolver. Resolvers can be found in various applications, from light industrial to heavy duty, such as: servo motor feedback, oil and gas production, jet engine fuel systems, aircraft flight surface actuators, communication position systems, steering wheels or vehicle control systems.
Since the primary winding is typically powered through a rotary transformer, no brushes or rings are needed. This increases the overall reliability and robustness of the resolver and makes it perfectly suitable for harsh environments with varying temperature and in oily, dusty, or humid surroundings.
The TSB582 was originally designed to manage the power amplification to pilot the primary winding of a resolver device. Thanks to a wide supply voltage range (4 to 36V) the TSB582 is also an excellent fit for power demanding applications like: AC and DC power sources, valve drivers, line drivers, LED drivers and servo drivers.
TSB series: 36 V op amps for automotive and industrial applications
除了出色的速度/功率比外,我们的36 V TSB 系列运算放大器还具有出色的功率密度、高ESD耐受性和低功耗等优点:
- TSB511、TSB512、TSB514属于6 MHz带宽放大器系列产品,具有轨到轨输入和输出,能够在2.7~36V单电源以及从±1.35 V~±18 V双电源下工作。
- 380µA/2.5 MHz TSB57运算放大器的稳定性和稳健性使其成为广泛电压应用的理想解决方案。提供单通道(TSB571)和双通道(TSB572)版本。
- 我们的100µA/560 kHz TSB61运算放大器可在-40°C至125°C的温度范围内工作,非常适合工业和汽车应用,同样提供单通道(TSB611)和双通道(TSB612)版本。
- TSB622 双放大器还实现了出色的速度/功耗比和1.7 MHz增益带宽积,并且每个放大器在36 V的电压下消耗的电流低于375 μA。
- 宽带宽、高转换速率、低噪声、轨对轨能力和精度的结合,使我们的1.8 mA/6 MHz TSB711(单通道)和TSB712(双通道)运算放大器适用于各种应用,包括滤波器、电源和电机控制、执行器驱动、霍尔效应传感器和电阻传感器。另提供22 MHz版本:TSB7191(单通道)和TSB7192(双通道)。
- TS9511 高精度轨到轨输入/输出3 MHz单路运算放大器
- TSB712A 高精度6 Mhz - RR IO - 36 V BiCMOS运算放大器
- TSB512 Rail-to-rail inputs and outputs, 36 V, 6 MHz op-amps
- TS942A 超微功耗放大器,具有CMOS输入
- TS944A 超微功耗放大器,具有CMOS输入
- TSB624 Low power, 1.7MHz, rail-to-rail output, 36V operational amplifier
- TSB712 高精度6 Mhz - RR IO - 36 V BiCMOS运算放大器
- TS922A 出色的音频性能/低畸变(0.005%)
- TS912A 低功耗,具有CMOS输入
- TSB611 低功耗,轨到轨输出,36V运算放大器
- TSB572 低功耗2.5 Mhz - RR IO - 36 V BiCMOS运算放大器
- TS931A 微功耗放大器,具有CMOS输入
- TSX9291 宽带宽(16MHz)轨到轨16V CMOS单路运算放大器
- TSX631 微功耗(60uA)轨到轨16V CMOS单路运算放大器,GBP 200kHz
- TSB621 Low power, 1.7MHz, rail-to-rail output, 36V operational amplifier
- TSX631A 微功耗(60uA)轨到轨16V CMOS单路运算放大器,GBP 200kHz,低偏移电压版本
- TS941A 超微功耗放大器,具有CMOS输入
- TSB7191A 高精度22 Mhz - RR IO - 36 V BiCMOS运算放大器
- TSB7191 高精度22 Mhz - RR IO - 36 V BiCMOS运算放大器
- TSB711A 高精度6 Mhz - RR IO - 36 V BiCMOS运算放大器
- TSB7192 高精度22 Mhz - RR IO - 36 V BiCMOS运算放大器
- TSB711 高精度6 Mhz - RR IO - 36 V BiCMOS运算放大器
- TSX564A 微功耗(235uA)16V CMOS四路运算放大器,低偏移电压版本
- TSX564 微功耗(235uA)16V CMOS四路运算放大器,GBP 900kHz
- TSX921 宽带宽(10MHz)轨到轨16V CMOS单路运算放大器
- TS512A 低噪声和低畸变(8nV/sqrtHz & 0.03%)
- TS924A 出色的音频性能/低畸变(0.005%)
- TSB511 轨到轨输入和输出,36V,6 MHz运算放大器
- TSX561 微功耗(235uA)16V CMOS单路运算放大器,GBP 900kHz
- TSB612 Low power, rail-to-rail output, 36V operational amplifier
- TSB7192A 高精度22 Mhz - RR IO - 36 V BiCMOS运算放大器
- TS524 极低噪声,适合音频应用(4.5nV/sqrtHz)
- TS974 输出轨到轨极低噪声运算放大器
- TS522 极低噪声,适合音频应用(4.5nV/sqrtHz)
- TS972 输出轨到轨极低噪声运算放大器
- TS514 低噪声和低畸变(8nV/sqrtHz & 0.03%)
- TS971 输出轨到轨极低噪声运算放大器
- TS512 低噪声和低畸变(8nV/sqrtHz & 0.03%)
- TS954 实时输入输出轨到轨 / 低畸变(0.01%)
- TS952 实时输入输出轨到轨 / 低畸变(0.01%)
- TS951 实时输入输出轨到轨 / 低畸变(0.01%)
- TS944 超微功耗放大器,具有CMOS输入
- TSB582 200 mA output current with thermal shutdown and output current limiter, 3.1 MHz, 36 V, BiCMOS dual operational amplifier
- TS942 超微功耗放大器,具有CMOS输入
- TSX632 微功耗(60uA)轨到轨16V CMOS双路运算放大器,GBP 200kHz
- TS941 超微功耗放大器,具有CMOS输入
- TS934 微功耗放大器,具有CMOS输入
- TSX562A 微功耗(235uA)16V CMOS双路运算放大器,GBP 900kHz,低偏移电压版本
- TSX634A 微功耗(60uA)轨到轨16V CMOS四路运算放大器,GBP 200kHz,低偏移电压版本
- TSX562 微功耗(235uA)16V CMOS双路运算放大器,GBP 900kHz
- TSX632A 微功耗(60uA)轨到轨16V CMOS双路运算放大器,GBP 200kHz,低偏移电压版本
- TSX561A 微功耗(235uA)16V CMOS单路运算放大器,GBP 900kHz,低偏移电压版本
- TSX634 微功耗(60uA)轨到轨16V CMOS四路运算放大器,GBP 200kHz
- TSB514 轨到轨输入和输出,36V,6 MHz运算放大器
- TS9222 高精度轨到轨高输出电流运算放大器
- TS9224 高精度轨到轨高输出电流运算放大器
- TSB622 低功耗,1.7MHz,轨到轨输出,36V运算放大器
- TS914A 低功耗,具有CMOS输入
- TS931B 微功耗放大器,具有CMOS输入
- TS932 微功耗放大器,具有CMOS输入
- LM258A 低功耗双运算放大器
- TS931 微功耗放大器,具有CMOS输入
- TS934A 微功耗放大器,具有CMOS输入
- TS912B 低功耗,具有CMOS输入
- TS924 轨到轨高输出电流运算放大器
- TS922 出色的音频性能/低畸变(0.005%)
- TS921 轨到轨高输出电流运算放大器
- TSB571 低功耗2.5 Mhz - RR IO - 36 V BiCMOS运算放大器
- TS914 低功耗,具有CMOS输入
- TS464 输出轨到轨运算放大器
- TS462 输出轨到轨运算放大器
- TS912 低功耗,具有CMOS输入
- TS461 输出轨到轨运算放大器
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.