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ROHM BA10358F-E2 BA10358F
Configuration
1 options
Configuration
26+
Available for RFQ
Technical data
Product details
20
specifications
Core information
- Product name
- ROHM BA10358F-E2
- Type
- ROHM
- Unit
- Electronic Component
- Minimum package
- 2500 圆盘
Technical parameters
- Electronic Component
- Electronic Component
- Electronic Component
- Electronic Component
- Electronic Component
- ROHM
- Electronic Component
- BA10358F-E2
- Electronic Component
- 1
- Package
- SOP-8
- Electronic Component
- Operational Amplifier
- Electronic Component
- 0.217g
- Electronic Component
- 1
- Electronic Component
- BM0000281513
- Operating Temperature
- 40℃~+85℃
- Amplifier
- 2
- Output Current
- 20mA
- (SR)
- 200V/ms
- Power Supply Voltage
- 3V~32V
- Static Current(Iq)
- 500uA
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
BA10358F-E2 产品概述
基础信息
BA10358F-E2 是一款由日本 ROHM（罗姆）公司制造的双路通用运算放大器。该型号旨在满足多种应用需求，具有出色的性能和可靠性，可在-40°C至85°C的广泛工作温度范围内稳定工作。BA10358F-E2 的封装形式为8-SOP（小型封装），其尺寸为0.173英寸（4.40mm宽），适合表面贴装，从而便于集成到多种电路设计中。
关键参数
- 增益带宽积 (GBP): 500kHz
- 放大器组数: 2
- 压摆率 (SR): 0.2 V/μs
- 各通道功耗: 700µA
- 电流 - 输入偏置: 45nA
- 电压 - 输入补偿: 2mV
- 电流 - 输出/通道: 20mA
- 电源电压: 3V ~ 32V，±1.5V ~ 16V
- 安装类型: 表面贴装型
性能分析
BA10358F-E2 具有500kHz 的增益带宽积（GBP），使其能够在许多应用中提供稳定的增益和带宽。这使得它在信号处理、电压放大和传感器信号放大等方面表现优异。而其0.2 V/μs的压摆率（SR）允许其在快速变化的信号下有效工作，适合于动态信号的放大。
在输入特性方面，BA10358F-E2 的输入偏置电流仅为 45nA，显示出其优良的输入特性，从而能够在需求高精度和低漂移的应用中得以应用。此外，输入补偿电压为2mV，进一步确保了其工作时的高精度与稳定性。
应用领域
BA10358F-E2 适用于多种电路设计，包括但不限于：
- 传感器信号放大: 适用于温度、压力、光学传感器等领域。
- 音频信号处理: 利用其低噪声性能，适合用于音频放大和效果处理。
- 信号调理电路: 在数据采集和处理系统中，可以用作信号处理的前端。
- 电源管理和监控: 用于电压比较和电源管理电路，提高系统的稳定性和性能。
设计优点
- 宽电源电压范围: BA10358F-E2 可在3V至32V的宽电源电压下工作，支持多种电子设备的设计需求。
- 出色的温度特性: 在-40°C到85°C的工作温度范围内，保证了在极端环境中的可靠性，适合工业和汽车等领域的应用。
- 高效能低功耗设计: 各通道仅需700µA的功耗，适合于电池供电设备及便携式应用，确保系统的能效。
结论
BA10358F-E2 作为一款高性能的双通道运算放大器，以其优异的增益带宽积、低功耗和可靠性，为工程师在设计多种电子应用时提供了强有力的支持。其紧凑的8-SOP封装使得在狭小空间内的应用成为可能，同时又不牺牲性能。无论是在通信、音频、传感器还是电源管理领域，BA10358F-E2 都展现出不可或缺的价值，是现代电子设计中理想的选择。
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