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Manufacturer Part Number: LM7301IM5X/NOPB Manufacturer / Brand: Texas Instruments
Part of Description: SoC FPGA LM7301IM5X/NOPB Lead Free Status / RoHS Status: table_img Lead free / RoHS Compliant
Ship From: HK/Shen Zhen Shipment Way: DHL/Fedex/TNT/UPS

Product parameters

ManufacturerTexas Instruments
Package / CaseSOT-23-5
Mounting StyleSMD/SMT
BrandTexas Instruments
Maximum Operating Temperature-40 C
Minimum Operating Temperature+85C
Length2.92 mm
Moisture SensitiveYes
Factory Pack Quantity3000
Unit Weight0.000222 oz
Pd – Power Dissipation350 mW
Voltage Gain dB97.03 dB
Width1.6 mm
Height1.02 mm

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    What is LM7301IM5X/NOPB?

    Type: Operational Amplifier (Op-Amp)

    Op-amps are analog electronic devices designed to amplify voltage signals.


    Single-Supply Operation:

    The LM7301IM5X/NOPB is likely designed for single-supply operation, meaning it can work with a single power supply voltage.


    Low Power Consumption:

    The “LM7301” series is known for low power consumption, making it suitable for battery-powered or low-power applications.


    Rail-to-Rail Input and Output:

    The op-amp likely supports rail-to-rail input and output operation, allowing it to handle signals that swing close to both supply rails.


    Low Offset Voltage:

    The offset voltage is the difference in input voltage required to make the output zero. A low offset voltage is desirable for accurate amplification.


    Low Input Bias Current:

    Input bias current is the current that flows into the input terminals. A low input bias current is beneficial for applications where input current must be minimized.


    Unity Gain Stable:

    The op-amp is likely stable in unity gain configurations, which is important for applications where the gain is set to 1.


    Small Package:

    The “IM5X” in the part number likely indicates a small surface-mount package, making it suitable for space-constrained designs.



    Op-amps like the LM7301IM5X/NOPB can be used in a wide range of applications, including sensor interfaces, signal conditioning, active filters, and low-power amplification.


    Low Distortion:

    The LM7301IM5X/NOPB may exhibit low distortion characteristics, making it suitable for applications that require high-fidelity amplification.


    Low Noise:

    Low noise characteristics are important in applications where signal integrity is crucial, such as audio amplification or measurement systems.

    LM7301IM5X/NOPB Applications:

    Battery-Powered Devices:

    The low power consumption of the LM7301IM5X/NOPB makes it suitable for battery-powered devices such as portable audio players, electronic gadgets, and low-power sensors.


    Sensor Signal Conditioning:

    Op-amps are commonly used for amplifying and conditioning signals from sensors such as temperature sensors, pressure sensors, or accelerometers.


    Low-Power Instrumentation Amplifiers:

    In applications where precision and low power are essential, the LM7301IM5X/NOPB can be used in instrumentation amplifier configurations.


    Signal Filtering:

    The op-amp can be used in active filter circuits for applications such as audio signal filtering or anti-aliasing in data acquisition systems.


    Precision Voltage References:

    Used in precision voltage reference circuits where a stable and accurate reference voltage is required.


    Audio Preamplifiers:

    The low noise and low distortion characteristics of the LM7301IM5X/NOPB make it suitable for use in audio preamplifiers for high-fidelity audio applications.


    Transducer Interface:

    Interfaces with transducers or transmitters to amplify weak signals and provide the necessary gain for further processing.


    Portable Medical Devices:

    Due to its low power consumption, it can be used in portable medical devices for amplifying bio-signals such as ECG or EEG.


    Low-Power Data Acquisition Systems:

    In low-power data acquisition systems where signal conditioning and amplification are required for analog sensor signals.


    Voltage-to-Frequency Converters:

    Used in voltage-to-frequency converter circuits where precise frequency output is proportional to the input voltage.


    Active Rectifiers:

    Utilized in active rectifier circuits for precision rectification of AC signals.


    Low-Power Comparator Applications:

    In applications where the op-amp is configured as a low-power comparator for threshold detection.


    Photodiode Amplifiers:

    Amplifies the weak signals generated by photodiodes in light-sensing applications.


    Precision Instrumentation Systems:

    Used in various precision instrumentation systems requiring low noise and high accuracy.


    Current Sensing and Monitoring:

    The op-amp can be part of current sensing circuits for monitoring and control applications.