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  • Analog Front End (AFE)(196)
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    AD5835-1A0BCDSR7U1

    MINIATURE ACTUATOR DRIVER AT5/ST

    Analog Devices Inc.(ADI)

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    MAX86143ENP+T

    OPTICAL AFE OPTIMIZED FOR HR ON

    Analog Devices Inc.(ADI)

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    MAX86178ENJ+

    ECG+PPG+BIOZ AFE

    Analog Devices Inc.(ADI)

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    MAX86176ENX+

    PPG + ECG COMBO AFE

    Analog Devices Inc.(ADI)

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    ADBT1002BSWZ-RL

    4-CHANNEL INTEGRATED AFE AND PWM

    Analog Devices Inc.(ADI)

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    MAX14921ECS+TW

    HIGH-ACCURACY 12-/16-CELL MEASUR

    Analog Devices Inc.(ADI)

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    MAX14921ECS+W

    HIGH-ACCURACY 12-/16-CELL MEASUR

    Analog Devices Inc.(ADI)

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    MAX30131CWA+T

    IC TRANSLATOR

    Analog Devices Inc.(ADI)

  • img

    MAX30131CWA+

    IC TRANSLATOR

    Analog Devices Inc.(ADI)

  • img

    MAX30134CWA+

    IC TRANSLATOR

    Analog Devices Inc.(ADI)

  • img

    MAX30132CWA+

    IC TRANSLATOR

    Analog Devices Inc.(ADI)

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    MAX30132CWA+T

    IC TRANSLATOR

    Analog Devices Inc.(ADI)

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    MAX30002CWV+

    IC AFE 1 CHAN 20BIT 30WLP

    Analog Devices Inc.(ADI)

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    AD71030AR-REEL

    INTEGRATED CIRCUIT

    Analog Devices Inc.(ADI)

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    ADPD105BCPZRL

    IC AFE 4 CHAN 14BIT 28LFCSP-WQ

    Analog Devices Inc.(ADI)

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    ADPD175GGI-ACEZRL7

    IC AFE MODULE FOR HRM/SPO2

    Analog Devices Inc.(ADI)

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    ADPD175GGI-ACEZ-RL

    IC AFE 1 CHAN 14BIT OPTICAL MOD

    Analog Devices Inc.(ADI)

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    MAX5861TEXH+W

    IC AFE MODULATOR FCBGA

    Analog Devices Inc.(ADI)

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    AD7346ASTZ-RL

    IC ANALOG FRONT END

    Analog Devices Inc.(ADI)

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    ADPD107BCBZR7

    IC AFE 4 CHAN 14BIT 17WLCSP

    Analog Devices Inc.(ADI)

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    What is an Analog Front End?

    To monitor the voltage and temperature of battery cells, a BMS AFE (Battery Management System Analog Front-End) chip is required. The AFE is a multi-sample channel monitoring chip capable of measuring cell voltage and temperature. These analog front-end chips typically include 16-bit ADCs, high-precision voltage references, high-voltage multiplexers, and an SPI interface. They are commonly used in applications such as electric vehicles, high-voltage mobile equipment, backup battery systems, and high-voltage data acquisition systems.

    What is an Analog Front End?


    Use Cases:

    Sensor Interfaces: AFEs are vital for a variety of sensors like temperature, pressure, accelerometers, and photodetectors, helping to adjust sensor outputs for digital processing systems.
    Radio Frequency (RF) Front End: In radio receivers, the RF AFE manages tasks like signal reception, filtering, and amplification.
    Health Monitoring Devices: AFEs are integral in wearable health devices, ECG monitors, and pulse oximeters.
    Smart Meters: AFEs connect with energy, water, and gas meters, converting analog measurements into digital signals.

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    • Amplifier Type
    • Applications
    • Architecture
    • Battery Chemistry
    • Capacitance - Input
    • Channel Capacitance (CS(off), CD(off))
    • Channel Type
    • Channel-to-Channel Matching (ΔRon)
    • Charge Injection
    • Clock Frequency
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    • Connectivity
    • Connector Type
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    • Current - Output High, Low
    • Current - Output Source/Sink
    • Current - Peak Output
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    • Current - Quiescent (Iq)
    • Current - Quiescent (Max)
    • Current - Supply
    • Current - Supply (Max)
    • Data Interface
    • Data Rate
    • Data Rate (Max)
    • Delay Time
    • Delay Time tpd(1) Max
    • Differential - Input:Output
    • Dimming
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    • Duplex
    • Duty Cycle (Max)
    • Dynamic Range, ADCs / DACs (db) Typ
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    • Gate Type
    • Grade
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    • Input
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    • Input Logic Level - High
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    • Input Type
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    • Memory Type
    • Module/Board Type
    • Mounting Type
    • Multiplexer/Demultiplexer Circuit
    • Noise - 0.1Hz to 10Hz
    • Noise - 10Hz to 10kHz
    • Number of ADCs / DACs
    • Number of Bits
    • Number of Bits per Element
    • Number of Cells
    • Number of Channels
    • Number of Circuits
    • Number of Drivers
    • Number of Drivers/Receivers
    • Number of Elements
    • Number of Gates
    • Number of I/O
    • Number of Inputs
    • Number of LABs/CLBs
    • Number of Logic Elements/Blocks
    • Number of Logic Elements/Cells
    • Number of Macrocells
    • Number of Outputs
    • Number of Regulators
    • Number of Taps
    • On-State Resistance (Max)
    • Operating Temperature
    • Output
    • Output Alarm
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    • Ratio - Input:Output
    • Rds On (Typ)
    • Receiver Hysteresis
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    • Resistance - Wiper (Ohms) (Typ)
    • Resistance (Ohms)
    • Resolution
    • Resolution (Bits)
    • Rise / Fall Time (Typ)
    • S/N Ratio, ADCs / DACs (db) Typ
    • Sampling Rate (Per Second)
    • Sensing Method
    • Sensing Temperature
    • Sensor Type
    • Serial Interfaces
    • Sigma Delta
    • Signal Conditioning
    • Size / Dimension
    • Slew Rate
    • Speed
    • Supplier Device Package
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    • Temperature Coefficient
    • Temperature Coefficient (Typ)
    • Tolerance
    • Topology
    • Total RAM Bits
    • Trigger Type
    • Type
    • Voltage - Input
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    • Voltage - Supply Span (Max)
    • Voltage - Supply Span (Min)
    • Voltage - Supply, Analog
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    • Voltage - Supply, Dual (V±)
    • Voltage - Supply, Single (V+)
    • Voltage Dropout (Max)
    • Voltage Supply - Internal
    • Voltage Supply Source
    Attribute column