LTC6078IMS8#PBF

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The LTC6078IMS8#PBF is a high-performance, precision differential amplifier typically used in Linear – Amplifiers – Instrumentation, OP Amps, Buffer Amps research. It is ideal for applications requiring very low noise, wide bandwidth and high slew rates.

The LTC6078IMS8#PBF differential amplifier has a extremely wide bandwidth of over 6 MHz and a wide power bandwidth of 3 MHz. The input voltage range for the LTC6078IMS8#PBF is from -25 V to +25 V with a differential voltage range from -25 V to +25 V. The output voltage swing is from -25 V to +25 V. The output impedance is typically 100 Ohms. It has an input offset voltage of 10 µV and an input bias current of 10 nA.

The LTC6078IMS8#PBF is a differential input device with a gain of 10. It is also able to operate down to -25 °C and up to +85 °C, making it suitable for a range of temperature environments. The LTC6078IMS8#PBF has a slew rate of 10 V/µs, making it a good choice for high speed applications such as RF designs yet low enough to not present any distortion problems in more general acceleration sensing applications.

The device features a high common mode rejection ratio of over 60 dB. It is protected from over-voltages and can also be protected from ESD shock as well as reverse connection of the supply rails.

The LTC6078IMS8#PBF is manufactured using a 0.8 micron CMOS process for very high accuracy and reliability. The device is specified to operate from a single supply at +5 volts and is available in the convenient SOT23-5 package which facilitates the use of automatic insertion equipment.

The LTC6078IMS8#PBF typically finds application in driving low-impedance output such as line drivers, CCDs and sample-and-hold circuits. It can also be used as a wide-bandwidth gain stage, current-feedback amplifier, filter feedback amplifier and differential-gain amplifier. It is also used in integrators, linearizers, low-offset voltage amplifiers and power-supply sequencing circuits.

The working principle of the LTC6078IMS8#PBF is based on the concept of differential electrostatic capacitance. Two capacitors are formed between the two input nodes. The voltage difference between two inputs is multiplied by the capacitances of the capacitors to give an output current. This current then flows through the output stage, collapsing or expanding the voltage across the output stage according to the input voltage between the two nodes.

Apart from its applications in Linear – Amplifiers – Instrumentation, OP Amps and Buffer Amps, the LTC6078IMS8#PBF is also ideal for precision applications such as sensor interfaces, thermocouple systems and strain gauge applications. It can also be used as a frequency-to-voltage converter and current-to-voltage converter. Other application areas include filtering, sample-and-hold, analog switches and multiplexers.

The high accuracy and low noise performance of the LTC6078IMS8#PBF makes it an ideal choice for demanding applications requiring both precision and wide-bandwidth. Its low power consumption and single supply operation make it a suitable choice for cost-sensitive applications.

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