WMSIC Electronic Components

ADI/LINEAR AD623BRZ-R7 AD623BRZ

ModelAD623BRZ-R7
PackageSOIC-8
BrandADI/LINEAR
Price Price on request Electronic component prices change quickly with market supply and demand. Please refer to the latest WMSIC quotation for current pricing.
Configuration
1 options
Configuration Date code within 2 years

Available for RFQ

Technical data

Product details

19 specifications

Core information

Product name
ADI(Analog Devices) / LINEAR AD623BRZ-R7
Type
SOIC-8
Minimum package
1000 圆盘

Technical parameters

Electronic Component
Electronic Component
Electronic Component
ADI(Analog Devices) / LINEAR
Electronic Component
AD623BRZ-R7
Electronic Component
1
Package
SOIC-8
Electronic Component
Instrumentation Amplifier
Electronic Component
0.15g
Electronic Component
1
Electronic Component
Output
Features
Resistor
Electronic Component
BM0264684486
Operating Temperature
40℃~+85℃
Amplifier
Electronic Component
(SR)
0.3V/us
Static Current(Iq)
305uA;375uA
Electronic Component
Electronic Component

For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.

AD623BRZ-R7 仪表放大器产品概述

一、产品概述

AD623BRZ-R7 是一款单路低功耗仪表放大器,适合对小差分信号进行高精度放大与隔离。器件采用 SOIC-8 封装,支持外接电阻设定增益,具备轨到轨输出能力,工作温度范围为 -40℃ 至 +85℃。器件静态电流低、输入失调小、共模抑制好,适用于便携式测量、传感器前端放大和数据采集系统。

二、主要电气参数(典型/最大)

  • 放大器通道数:单路
  • 输入失调电压 Vos:典型 25 µV
  • 输入偏置电流 Ib:典型 17 nA,最大约 25 nA
  • 共模抑制比 CMRR:≈86 dB(具体与增益和频率有关)
  • 压摆率 SR:0.3 V/µs
  • 轨到轨输出:支持(输出接近电源轨,受负载和电源电平限制)
  • 静态电流 Iq:典型 305 µA,最大约 375 µA
  • 输入失调电压温漂 Vos TC:100 nV/℃
  • 工作温度:-40℃ ~ +85℃
  • 封装:SOIC-8
  • 增益设置:外接电阻(外部 Rg)控制

三、性能解读与使用要点

  • 精度与漂移:25 µV 的低输入失调电压配合 100 nV/℃ 的温漂,使器件在低频精密测量场合表现良好;实际系统精度还受电源噪声、布局和外接电阻容差影响。
  • 输入偏置与输入阻抗:典型 17 nA 的输入偏置电流利于高阻抗传感器接口,但在极高阻抗源时仍需注意偏置电流引起的误差。
  • 共模抑制:约 86 dB 的 CMRR 能有效抑制共模干扰,但 CMRR 会随增益和频率变化,设计时需考虑差分输入匹配与布线对保持高 CMRR 的重要性。
  • 带宽与瞬态响应:0.3 V/µs 的压摆率限制了快速大幅度信号的响应,若系统要求快速采样或大信号跃变应评估放大器的瞬态失真。
  • 轨到轨输出:便于在较低电源电压下获得更大的输出摆幅,但输出接近电源轨时可能受驱动能力与负载影响,建议在系统设计中预留一定头部余量。

四、增益设置与实际应用建议

  • 增益由外部电阻 Rg 决定(将 Rg 连接到器件指定引脚),选择合适的 Rg 值以获得所需增益并兼顾带宽与噪声。高增益通常带来带宽下降与噪声增大,应在系统需求间平衡。
  • PCB 布局:差分输入走线应短且阻抗匹配,靠近输入端去耦与地隔离敏感信号;避免将高频数字线与模拟输入平行走线,以降低耦合干扰。
  • 滤波与保护:对传感器信号建议使用差分输入滤波与限幅电路(RC 或 TVS)以防输入过压。
  • 电源去耦:在供电端近包装放置 0.1 µF 和 10 µF 去耦电容,可提升稳定性并降低电源噪声对测量精度的影响。

五、典型应用场景

  • 医疗便携式信号采集(例如心电或其他生理信号前端)
  • 工业传感器信号调理(热电偶、电阻式传感器等)
  • 精密数据采集模组、低功耗测量仪器与电池供电系统
  • 任何需要外接电阻精确设定增益并对共模干扰有一定抑制要求的差分信号放大场合

六、封装与订购信息

  • 封装形式:SOIC-8,适合自动贴片与常规手工焊接工艺。
  • 品牌/制造商:ADI(Analog Devices / Linear),型号标识 AD623BRZ-R7(R-7 表示卷带包装)。

如需针对特定传感器类型、目标增益或系统供电条件的电路参考或仿真建议,可提供更详细的应用设计支持。

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