LTC2051HVCMS8#TRPBF

Current - Input Bias:	90pA
Base Part Number:	LTC2051
Supplier Device Package:	8-MSOP
Package / Case:	8-TSSOP, 8-MSOP (0.118", 3.00mm Width)
Mounting Type:	Surface Mount
Operating Temperature:	0°C ~ 70°C
Voltage - Supply, Single/Dual (±):	2.7 V ~ 12 V, ±1.35 V ~ 6 V
Current - Supply:	1mA
Voltage - Input Offset:	1µV
Series:	--
Gain Bandwidth Product:	3MHz
Slew Rate:	2 V/µs
Output Type:	Rail-to-Rail
Number of Circuits:	2
Amplifier Type:	Zero-Drift
Part Status:	Active
Packaging:	Tape & Reel (TR)

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LTC2051HVCMS8#TRPBF Application Field and Working Principle

The LTC2051HVCMS8#TRPBF is a high voltage, low power, and mono precision amplifier designed for instrumentation, operational amplifiers (op amps), buffer amplifiers, and other applications where high voltage, low noise, and low power drive are essential. It is available in a variety of package styles, including microchip and combination packages, and offers up to 3.2V of DC common-mode output and a maximum input differential voltage of 8V.The LTC2051HVCMS8#TRPBF features a low-noise, high-voltage input/output amplifiers with excellent power-supply rejection and is capable of driving very high voltage levels with low power consumption. The amplifiers operate on a single supply, making them ideal for single power-supply applications. The amplifier can be operated from a single supply voltage or from a split-supply configuration, allowing for significantly reduced power consumption. The amplifier also provides an adjustable mini-supply for powering digital logic and other low-power circuitry.The LTC2051HVCMS8#TRPBF is designed for precision instrumentation, op amps, and buffer amplifiers. It is a precision amplifier/buffer with a rail-to-rail output capability. It also provides excellent AC performance with a bandwidth of up to 150MHz, a high slew rate of approximately 36V/µs and very low noise levels of less than 5µVrms. A unique input stage provides a high common-mode rejection ratio (CMRR), while the adjustable gain control and precision offset null functions reduce gain drift. The amplifier is tolerant to fluctuations in the power supply and provides protection against overvoltage conditions.The LTC2051HVCMS8#TRPBF has a high output current capability, making it suitable for driving capacitive loads. The amplifier is also capable of driving very high voltage levels with low power consumption, making it well suited for applications such as active load transducers and active filters.The LTC2051HVCMS8#TRPBF offers high gain accuracy, with a closed-loop gain drift at a maximum of 0.3% over a relatively broad temperature range of -40°C to +85°C. This amplifier is designed for low power applications, boasting a power consumption of less than 500 µW. It operates over a wide input voltage range of 2.7V to 18V, allowing for functionally variable output voltage.The LTC2051HVCMS8#TRPBF is an excellent choice for a wide range of applications, such as precision data acquisition, active filters, and transducer amplifiers. It is a high voltage, low power, and rail-to-rail amplifier with excellent AC and DC performance, making it ideal for use in both single supply and dual supply configurations. Additionally, its low power consumption enables it to be used in battery powered applications. Due to its high input impedance, wide input voltage range, and excellent power-supply rejection, the LTC2051HVCMS8#TRPBF has become a popular choice for applications where a low-noise, high-voltage input/output amplifiers are needed. Additionally, the amplifiers adjustable mini-supply makes it suitable for powering digital operation. The amplifiers offset null functionality provides for very low gain drift, making it by far one of the best solutions for power supply sensitive, precision instrumentation applications. Overall, the LTC2051HVCMS8#TRPBF is an excellent amplifier for a variety of application fields, from instrumentation, op amps, and buffer amplifiers to active load transducers and active filters. The amplifier is suitable for both single and dual-supply configurations, with a low power consumption and a wide input voltage range for efficiency. With its low-noise capability, high CMRR, and low gain drift, it is the perfect choice for precision applications requiring high voltage, low power, and superior performance.

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