Manufacturer Part Number: LTC4307CMS8#PBF Manufacturer / Brand: Analog Devices Inc.
Part of Description: SoC FPGA LTC4307CMS8#PBF Lead Free Status / RoHS Status: table_img Lead free / RoHS Compliant
Ship From: HK/Shen Zhen Shipment Way: DHL/Fedex/TNT/UPS

Product parameters

ManufacturerAnalog Devices Inc.
Package / CaseMSOP-8
Mounting StyleSMD/SMT
Maximum Operating Temperature0 C
Minimum Operating Temperature+70C
Factory Pack Quantity50
Moisture SensitiveYes
Supply Voltage – Max5.5 V
Supply Voltage – Min2.3 V
Unit Weight0.003527 oz

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    LTC4307CMS8#PBF Applications:

    I2C Bus Buffering:

    Used as a buffer to isolate sections of an I2C bus, preventing one section from affecting the communication on another section.

    Level Shifting:

    Provides level shifting capability between different voltage domains on an I2C bus, ensuring proper communication between devices with different voltage requirements.

    Hot Swapping:

    Facilitates hot swapping of I2C devices without disrupting the communication on the bus. Allows devices to be added or removed without causing voltage spikes on the bus.

    I2C Signal Isolation:

    Isolates I2C signals between different sections of a system, protecting devices from electrical noise, voltage differences, or ground potential differences.

    Mixed-Voltage I2C Systems:

    Enables the integration of devices with different voltage levels into a single I2C bus, supporting mixed-voltage I2C systems.

    Backplane Communication:

    Used in backplane communication systems to buffer and isolate I2C signals between different boards or modules.

    Industrial Control Systems:

    Applied in industrial control systems where multiple sensors and actuators communicate over an I2C bus, and isolation is required to prevent interference.

    Telecommunications Equipment:

    Integrated into telecommunications equipment, such as base stations and network switches, to buffer and isolate I2C signals between different functional blocks.

    Embedded Systems:

    Incorporated into embedded systems where multiple I2C devices coexist, and electrical isolation is necessary for robust and reliable communication.

    Medical Devices:

    Used in medical devices that utilize I2C communication, providing isolation between different components to ensure patient safety and system reliability.

    Automotive Applications:

    Applied in automotive electronics where I2C communication is used, providing level shifting and isolation for components operating at different voltage levels.

    Data Center Equipment:

    Integrated into data center equipment for managing I2C communication between various components in servers, storage devices, and networking equipment.