TLV2774IDR

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The TLV2774IDR is a component of the Instrumentation, OP Amps, Buffer Amps category that offers differential gains. It includes disabled peripheral power-down mode and low voltage references, such as the TLVxx71. The TLV2774IDR features a gain-bandwidth product of 85MHz, a low-offset of 200uV and a low-noise of 4nV/√Hz.

Application Field

The TLV2774IDR is an ideal component for low-voltage instrumentation applications. It offers excellent performance at low voltage operation, with no performance trade-offs. The TLV2774IDR is suitable for differential inputs with gains for both bipolar and single-ended use. It is a good choice for high common-mode input voltages, such as the need for monitoring accelerometers, or precision attenuators. This low-power, low-voltage solution is also suitable to be used in power supplies and communication devices.

Working Principle

The TLV2774IDR is capable of getting an accurate signal with a gain-bandwidth product of 85MHz. Its low-noise of 4nV/√Hz and low-offset of 200uV make the device ideal for precision gain and control applications at low voltage operation. It has a voltage reference pin (Vref), which acts as a reference voltage to control the input voltage. The internal circuit of the TLV2774IDR is an integrated differential amplifier. It has two stages, the differential amplifier and the output stage. The first stage is designed to achieve optimal differential gains. The output stage is designed to reduce loading on the input stages, offering higher bandwidth and lower power consumption. The low-noise and low-power operation of the TLV2774IDR is further augmented by its high power-down mode, allowing efficient operation in a wide range of scenarios.

The TLV2774IDR is the optimal choice for instrumentation applications such as monitoring accelerometers, precision attenuators, power supplies and communication devices. Its low-voltage operation and low-noise make it highly efficient in achieving accurate signals and better performance. The low-power, low-voltage solution is also suitable to be used in power supplies and communication devices.

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