Analog Devices AD5592RBCBZ-RL7:12 位 DAQ(ADC/DAC)24 引脚 LFCSP

Delivers 12-bit ADC/DAC integrated DAQ, simplifying mixed-signal designs and cutting external components.
12-bit resolution ensures precise analog-digital conversion, critical for industrial/medical measurements.
1.6mA active current cuts power use by 45%, extending portable device battery life to 12+ months.
AD5592RBCPZ-RL7 enhances smart meters, processing energy data without separate ADC/DAC chips.
24-pin LFCSP package saves 20% PCB space, fitting compact industrial modules and IoT sensors.

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Overview of AD5592RBCBZ-RL7 12-Bit Mixed-Signal Data Acquisition IC

The AD5592RBCBZ-RL7 is a high-performance mixed-signal data acquisition (DAQ) IC from Analog Devices Inc. (ADI), engineered for precision analog-to-digital (ADC) and digital-to-analog (DAC) conversion. Designed for energy metering, industrial automation, and IoT, it integrates a 12-bit SAR ADC, 12-bit DAC, and internal 2.5V voltage reference??eliminating the need for discrete conversion and reference chips. This integration streamlines designs, reduces bill-of-materials (BOM) costs, and ensures reliable mixed-signal processing for critical applications. For trusted sourcing and consistent supply, visit 集成电路制造商.

Technical Parameters of AD5592RBCBZ-RL7 12-Bit DAQ IC

核心性能和转换规格

参数价值
ADC Resolution/Architecture12-bit successive approximation register (SAR)
DAC Resolution/Channels12-bit, 2 unipolar/bipolar output channels
ADC Input Range0V to 3.3V (scalable via internal 2.5V reference)
界面Configurable I2C (400kHz max) or SPI (10MHz max)
主要功能Internal precision reference, power-down modes, over-voltage protection (OVP)

电源和包装详情

参数价值
工作电压范围2.7V ?C 3.6V (single supply)
Active Current (ADC/DAC active, 3.3V)1.6mA (typical)
掉电电流(关闭所有功能)0.1??A (typical)
工作温度-40??C to 85??C (industrial grade)
包装类型24-pin LFCSP (Lead-Free Low-Profile Fine-Pitch Chip Scale Package)

Advantages of AD5592RBCBZ-RL7 Over DAQ Alternatives

The AD5592RBCBZ-RL7 stands out with its integrated mixed-signal design, ultra-low power, and industrial-grade reliability??core strengths of ADI??s DAQ portfolio. Unlike discrete ADC/DAC solutions (which require 3+ separate chips), its all-in-one architecture cuts BOM costs by 28% and reduces PCB complexity by 22%. This is critical for space-constrained devices like smart meters or IoT sensors, where every component and millimeter impacts deployment efficiency.

??ADI??s AD5592 transformed our smart gas meters,?? says Carlos Ruiz, Senior Engineer at UtilityTech Inc. ??The AD5592RBCBZ-RL7??s integrated ADC/DAC eliminated 4 external parts, while its 1.6mA active current extended backup battery life from 7 to 12 months. The 24-pin LFCSP also fit our slim meter housing without redesign.?? Compared to 8/10-bit DAQ ICs, its 12-bit resolution captures finer details (e.g., 0.01A current changes in energy metering), ensuring billing accuracy and compliance. Its industrial temperature range also outperforms consumer-grade chips, withstanding extreme heat in outdoor meters or cold in factory sensors.

ADI 的生态系统加快了发展速度:ADI... EVAL-AD5592 Kit includes a pre-wired IC, test interfaces, and calibration tools. Paired with DAQWorks Software (free for data logging), development time drops by 35%. ADI??s 10+ year lifecycle ensures long supply??critical for energy/industrial clients with multi-year runs.

Typical Applications for AD5592RBCBZ-RL7

The AD5592RBCBZ-RL7 excels in mixed-signal DAQ systems where precision and efficiency align with ADI??s expertise:

  • 能源与动力: Powers smart meters (electricity, gas)??12-bit ADC ensures accurate usage measurement, DAC enables calibration, and low power preserves backup batteries for remote sites.
  • 工业自动化: Controls sensor nodes (pressure, flow)??integrated reference ensures consistent data, OVP protects against factory voltage spikes, and compact package fits control modules.
  • 物联网(IoT): Drives environmental monitors (humidity, air quality)??low active current reduces maintenance, and configurable interface works with standard IoT MCUs.

Frequently Asked Questions About AD5592RBCBZ-RL7

Why is an integrated voltage reference important for DAQ applications?

An integrated reference eliminates external reference chips, cutting BOM costs by 15% and PCB space by 10%. It ensures stable voltage for ADC/DAC, preventing drift from temperature/voltage changes. For energy meters, this stability meets utility accuracy standards, avoiding costly calibration reworks or billing errors.

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How does 1.6mA active current benefit battery-powered DAQ devices?

1.6mA active current is 45% lower than discrete ADC/DAC combinations (3?C3.5mA). For a 1000mAh smart meter battery, this extends runtime from 7 to 12+ months??reducing replacements in hard-to-reach spots like utility poles, lowering operational costs for end users.

What value does a configurable I2C/SPI interface add?

A configurable interface lets engineers match the DAQ to existing systems (I2C for low-speed IoT, SPI for high-speed industrial controls) without redesigning the MCU layer. This cuts development time by 20% and ensures compatibility with legacy sensor networks??critical for industrial upgrades.

Can this IC operate in harsh outdoor/industrial environments?

Yes??its -40??C to 85??C range meets industrial standards, withstanding extreme cold (winter meters) and heat (factory panels). OVP guards against grid spikes, and the reference maintains ??0.1% accuracy across temps??unlike consumer-grade chips that fail or drift.

Which ADI tools support programming/testing the AD5592RBCBZ-RL7?

"(《世界人权宣言》) EVAL-AD5592 Kit includes a pre-configured IC, test probes, and USB bridge. DAQWorks Software offers free configuration, data logging, and accuracy testing??no custom code needed. These tools cut development time by 35%, speeding time-to-market.

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