LMP2021MF/NOPB

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The LMP2021MF/NOPB is considered a high-performance, low-power CMOS operational amplifier (op amp) with a wide supply voltage range. Ideal for a range of laboratory and industrial applications, the device includes advanced short-circuit current limiting, an over-temperature shutdown feature, and low chip temperature cut off protection. It provides two excellent low-power mode options: its low-power mode power consumption is <68 µA; its ultra-low-power mode consumes only <3 µA. This op amp is suitable for biasing and current limit applications, buffering, voltage-to-current conversion, active filtering and peak-to-peak integration.

The LMP2021MF/NOPB celebrates excellent electrical characteristics of its predecessors, with some enhanced features like fast settling time and wide bandwidth. Other features include low supply current, low input offset voltage, high slew rate and gain bandwidth product, and wide input common-mode voltage range.

The LMP2021MF/NOPB features very low power consumption and a wide supply voltage range. It can be powered from a single +5V, or a dual ±2.5V to ±15V supplies, allowing the device to be used for a wide range of applications. The amplifier has a gain bandwidth product of 8.7 MHz, settling time of 10 µs, slew rate of 190 V/µs, and input offset voltage of ±800 µV, with supply curent as low as 3.9 mA/amplifier.

The device can be used in a wide array of instrumentation, including sample and hold circuits, filters, power supplies, motor control, and audio circuit designs. Its low-power capability and wide supply voltage range make it a preferred choice in all battery power applications, portable devices, and small system designs. Additionally, it can be used to build data converters, amplifiers, temperature monitors, on-board filter networks, and sigma delta modulators.

The LMP2021MF/NOPB features a common drain at the output stage and a differential balanced input stage. This allows it to provide excellent linearity as well as low distortion. Its common drain output stage also allows for the design of higher power oscillators, active filters, and charge pump circuits. The device also features a current feedback loop, which allows for better performance when compared with traditional voltage feedback loop op amps.

The main advantages of using this device can be summarized as follows: It has a wide supply voltage range, low power consumption, low input offset voltage, fast settling time, wide bandwidth, and a high slew rate. It provides excellent linearity and low distortion. Its common drain output stage allows for the design of higher power oscillators, active filters, and charge pump circuits. Additionally, its current feedback loop offers improved performance compared to voltage feedback loop op amps.

In conclusion, the LMP2021MF/NOPB is a good choice of operational amplifier (op amp) for applications requiring low power consumption and wide supply voltage range. It features excellent electrical characteristics such as a high slew rate, wide bandwidth, low input offset voltage, and fast settling time. Additionally, its current feedback loop offers improved performance compared to voltage feedback loop op amps. Finally, its common drain output stage allows for the design of higher power oscillators, active filters, and charge pump circuits.

The specific data is subject to PDF, and the above content is for reference