data acquisition rate

USAGE SUMMARY

The phrase "data acquisition rate" is correct and usable in written English.
It can be used in contexts related to technology, data collection, and measurement systems, particularly when discussing the speed at which data is collected or processed. Example: "The data acquisition rate of the new sensor is significantly higher than that of the previous model, allowing for more accurate real-time analysis."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

42 human-written examples

It uses an identical optical probe, and has a data acquisition rate of 10 Hz.

Medical Engineering & Physics

Frequently, the data acquisition rate is more than 1 GB/s.

Advanced Structural and Chemical Imaging

The correction is estimated from the observation of the time-varying data acquisition rate in the time series.

Chemical Engineering Science

Spray drop size measurements were conducted using a laser diffraction spectrometer at a data acquisition rate of 250 Hz to analyze changes over time.

Chemical Engineering and Processing: Process Intensification

Using a high data acquisition rate, such a tracer is continuously tracked in 3D space and time to accurately determine its trajectory over a considerable period of time.

Chemical Engineering Science

The tear film build-up and break-up times can be estimated from videokeratoscopic images if the data acquisition rate is sufficiently high [6 9].

EURASIP Journal on Advances in Signal Processing

Human-verified similar examples from authoritative sources

Similar Expressions

18 human-written examples

The importance of beam dispersion visualises why the use of continuous sources, while potentially beneficial for higher data acquisition rates, make it hard to reach very low collision energies or high resolution.

EPJ Techniques and Instrumentation

For this reason the first tracking and vertexing detector, the VELO, will be completely redesigned to be able to cope with the much larger occupancies and data acquisition rates.

Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment

A programme has begun on MAST to replace its ageing CAMAC and VME based data acquisition systems with new modern hardware which, together with several improvements in the supporting infrastructure, will provide support for faster data acquisition rates, longer-pulse operation, faster data access and higher reliability.

Fusion Engineering and Design

High data acquisition rates combined with improved long-term stability yielded precise isotopic measurements in this near-IR region even though the strongest CH4 absorption line in this region is 140 times weaker than that of the strongest mid-IR absorption band., The current system has a detection limit of 1.4×10 12 cm−1 for 13CH4.

Planetary and Space Science

Recent improved sequencing techniques [ 7– 9] have led to a remarkable increase in data acquisition rates, and have enabled simplified protocols.

BMC Genomics

Expert writing Tips

Best practice

When describing the capabilities of a data acquisition system, clearly state the "data acquisition rate" and the units of measurement (e.g., Hz, kHz, MS/s) to provide precise information.

Common error

Avoid using "data acquisition rate" interchangeably with data processing speed. Acquisition rate refers to how quickly data is collected, while processing speed refers to how quickly that data is analyzed or manipulated. Using the terms incorrectly can lead to misunderstandings about system performance.

Linguistic Context

The phrase "data acquisition rate" functions primarily as a noun phrase that specifies a measurable quantity. It describes the speed or frequency at which data is collected by a system or instrument. Ludwig AI confirms this is a standard and correct usage.

Expression frequency: Very common

Frequent in

Science

98%

Formal & Business

1%

News & Media

1%

Less common in

Academia

0%

Encyclopedias

0%

Wiki

0%

Ludwig's WRAP-UP

The phrase "data acquisition rate" is a common and grammatically sound term, as validated by Ludwig AI. It functions as a noun phrase used to quantify the speed at which data is collected, predominantly in formal and scientific contexts. Related phrases include "data sampling frequency" and "data capture speed", offering slight variations in emphasis. When using this phrase, it's crucial to differentiate it from "data processing speed" to avoid confusion. A higher "data acquisition rate" can enhance data quality but also increases storage and processing demands. Given its frequent usage in technical documentation and scientific publications, understanding and using "data acquisition rate" correctly is essential for effective communication in these fields.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

data sampling frequency

Focuses on the frequency at which data is sampled.

data capture speed

Emphasizes the speed at which data is captured.

data recording frequency

Highlights the frequency of data recording.

data collection frequency

Refers to the frequency of data collection.

sampling rate of data

Inverts the structure to emphasize the sampling process.

data retrieval rate

Focuses on the rate at which data is retrieved.

data ingestion velocity

Uses a more technical term for the speed of data input.

data input rate

Specifies the rate at which data is input into a system.

data logging rate

Highlights the rate at which data is logged or stored.

measurement frequency

Emphasizes the frequency of measurements taken.

FAQs

How is "data acquisition rate" used in scientific writing?

In scientific writing, "data acquisition rate" specifies how frequently data is sampled or recorded by an instrument or system. For example, "The "data acquisition rate" was set to 100 Hz to capture rapid changes in the signal."

What is another way to say "data acquisition rate"?

Alternatives to "data acquisition rate" include "data sampling frequency", "data capture speed", or "data collection frequency", depending on the specific context.

What factors can limit the "data acquisition rate"?

The "data acquisition rate" can be limited by factors such as sensor speed, data processing capabilities, storage capacity, and the communication bandwidth of the data acquisition system.

How does the "data acquisition rate" affect data quality?

A higher "data acquisition rate" can capture more detailed information about a rapidly changing signal, but it also generates more data, potentially requiring more storage and processing resources. The optimal "data acquisition rate" depends on the specific application and the characteristics of the data being acquired.