ADTC124ECAQ-13 Overview
The ADTC124ECAQ-13 is a precision analog-to-digital converter designed for high-performance measurement systems. It offers 24-bit resolution with low noise and excellent linearity, making it ideal for industrial and instrumentation applications requiring accurate data acquisition. This device integrates a sigma-delta modulator and digital filter, ensuring reliable and stable output signals. Its low power consumption and robust design support efficient operation in demanding environments. Engineers and sourcing specialists will find this device suitable for enhancing system accuracy and reliability in various precision sensing applications. For detailed product information, visit IC Manufacturer.
ADTC124ECAQ-13 Technical Specifications
| Parameter | Specification |
|---|---|
| Resolution | 24 bits |
| Input Type | Differential |
| Signal-to-Noise Ratio (SNR) | Up to 108 dB |
| Supply Voltage | 3.3 V |
| Power Consumption | Typical 4.5 mW |
| Conversion Rate | Up to 250 SPS (samples per second) |
| Interface | SPI-compatible serial interface |
| Operating Temperature Range | -40??C to +85??C |
ADTC124ECAQ-13 Key Features
- 24-bit high resolution: Enables precise measurement of low-level signals, critical for applications demanding accuracy.
- Low noise and high linearity: Ensures signal integrity and stable data output, reducing measurement errors.
- Integrated sigma-delta modulator and digital filter: Simplifies system design by providing built-in signal conditioning.
- Low power consumption: Supports energy-efficient operation for battery-powered or remote instruments.
- SPI-compatible interface: Facilitates easy communication and integration with microcontrollers and digital systems.
- Wide operating temperature range: Ensures reliable performance in harsh industrial environments.
- Differential input configuration: Offers improved noise immunity and accurate signal acquisition.
ADTC124ECAQ-13 Advantages vs Typical Alternatives
This device offers superior resolution and noise performance compared to standard ADCs, resulting in enhanced measurement accuracy. Its low power consumption and integrated digital filtering reduce the need for external components, streamlining system design. The robust operating temperature range and differential input improve reliability and noise immunity, making it a preferable choice over typical alternatives in industrial sensing and precision instrumentation.
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Typical Applications
- Precision industrial sensor interfaces requiring high-resolution and low-noise data conversion for accurate process monitoring and control.
- Medical instrumentation where precise analog signal measurement is critical for diagnostics and patient monitoring.
- Weighing scales and load cells benefiting from 24-bit resolution and stable output for accurate mass measurement.
- Environmental monitoring systems that demand reliable and low-power analog-to-digital conversion in remote or harsh conditions.
ADTC124ECAQ-13 Brand Info
The ADTC124ECAQ-13 is a product designed to meet rigorous industrial and instrumentation standards. It is engineered to deliver high precision and reliability for applications that demand consistent and accurate analog-to-digital conversion. This device embodies the quality and performance expected from advanced semiconductor solutions, providing engineers with a trusted component that supports enhanced system integration and operational efficiency.
FAQ
What is the maximum sampling rate supported by this ADC?
The converter supports a maximum sampling rate of up to 250 samples per second (SPS), suitable for applications requiring precise yet moderate-speed data acquisition.
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How does the differential input improve measurement accuracy?
The differential input configuration reduces susceptibility to common-mode noise and interference, improving signal integrity and resulting in more accurate and stable measurements.
What power supply voltage is required for operation?
This ADC operates from a 3.3 V supply, which is common in industrial and embedded systems, facilitating straightforward integration without additional voltage regulation.
