The LM7341 is a rail-to-rail input and output amplifier in a small SOT-23 package with a
wide supply voltage and temperature range. The LM7341 has a 4.6 MHz gain bandwidth and a 1.9 volt
per microsecond slew rate, and draws 0.75 mA of supply current at no load.
The LM7341 is tested at −40°C, 125°C and 25°C with modern automatic test equipment.
Detailed performance specifications at 2.7V, ±5V, and ±15V and over a wide temperature range make
the LM7341 a good choice for automotive, industrial, and other demanding applications.
Greater than rail-to-rail input common mode range with a minimum 76 dB of common mode
rejection at ±15V makes the LM7341 a good choice for both high and low side sensing
applications.
LM7341 performance is consistent over a wide voltage range, making the part useful for
applications where the supply voltage can change, such as automotive electrical systems and battery
powered electronics.
The LM7341 uses a small SOT23-5 package, which takes up little board space, and can be
placed near signal sources to reduce noise pickup.
The LM7341 is a rail-to-rail input and output amplifier in a small SOT-23 package with a
wide supply voltage and temperature range. The LM7341 has a 4.6 MHz gain bandwidth and a 1.9 volt
per microsecond slew rate, and draws 0.75 mA of supply current at no load.
The LM7341 is tested at −40°C, 125°C and 25°C with modern automatic test equipment.
Detailed performance specifications at 2.7V, ±5V, and ±15V and over a wide temperature range make
the LM7341 a good choice for automotive, industrial, and other demanding applications.
Greater than rail-to-rail input common mode range with a minimum 76 dB of common mode
rejection at ±15V makes the LM7341 a good choice for both high and low side sensing
applications.
LM7341 performance is consistent over a wide voltage range, making the part useful for
applications where the supply voltage can change, such as automotive electrical systems and battery
powered electronics.
The LM7341 uses a small SOT23-5 package, which takes up little board space, and can be
placed near signal sources to reduce noise pickup.