LT1813IS8#PBF

The LT1813IS8#PBF is a high-performance amplifier ideally suited for the demands of instrumentation applications. This amplifier provides low noise, high gain and wideband performance, making it ideal for Bio-Medical instruments, flotation tanks, and laboratory test equipment.

The LT1813IS8#PBF amplifier is a single-ended, low power integrated circuit that is suitable for applications requiring accurate amplifications of low level signals. This amplifer features a low offset voltage coupled with low noise and low distortion over the entire signal range. With a common mode input voltage range of 0.8 volts to 5 volts, the LT1813IS8#PBF is fully capable of amplifying signals over a wide range of amplitudes, making it one of the most versatile amplifiers available.

The LT1813IS8#PBF amplifier\'s output can be adjusted from 0 to 10 volts, making it particularly useful for applications that require precise signal amplification for precision measurement purposes. The gain of this amplifier is adjustable between 10, 25 and 50 using external resistive elements adding to its versatilty. For further flexibility, the user can simply select a gain of 10 and leave the rest of the adjustments to the amplifier itself.

The working principle of the LT1813IS8#PBF amplifier is based on the "Voltage-to-Current" (V-I) conversion. This amplifier uses a low power voltage amplifier whose output current is then converted to a voltage. The voltage gain of the amplifier is determined by a constant current source and a feedback resistor. As the input voltage is increased, the current increases in the feedback resistor and a constant current is supplied to the output of the amplifier.

The LT1813IS8#PBF amplifier is an ideal choice for applications where precise voltage signals amplified over a wide range of amplitudes are required in a compact and low power form factor. In addition, its wide gain range makes it suitable for a variety of tasks, including audio purification, low frequency amplifications, and the management of low level signals.