Digital multichannel analyzer (nuclide identification type)

Product Overview

HA-BASE-E digital multi-channel analyzer (nuclide identification type) has the functions of energy spectrum acquisition, count rate acquisition, and nuclide identification. It transmits energy spectrum data, identification results, and other data to the host computer through wired means, and accepts the control and debugging of the host computer. This module can be used as a laboratory energy spectrum measurement device, and also as an integrated module for products related to nuclide identification. The difference between this product and HA-BASE is that it integrates the energy spectrum acquisition function of the original HA-BASE, adds energy spectrum analysis and nuclide identification functions, and the communication power supply interface is POE.

Product Overview

HA-BASE-E digital multi-channel analyzer (nuclide identification type) has the functions of energy spectrum acquisition, count rate acquisition, and nuclide identification. It transmits energy spectrum data, identification results, and other data to the host computer through wired means, and accepts the control and debugging of the host computer. This module can be used as a laboratory energy spectrum measurement device, and also as an integrated module for products related to nuclide identification. The difference between this product and HA-BASE is that it integrates the energy spectrum acquisition function of the original HA-BASE, adds energy spectrum analysis and nuclide identification functions, and the communication power supply interface is POE.

Features

① Support POE power supply: Use POE communication interface for power supply, strong coordination and higher safety;

② High measurement accuracy: With automatic spectrum stabilization mechanism, it can automatically adjust the software/hardware gain according to the change of peak position, effectively avoid peak drift caused by environmental changes (such as temperature difference), and ensure measurement accuracy;

③ Strong practicality: Adopt high-speed digital ADC circuit design, it can adjust the optimal sampling frequency according to the strength of the detector pulse signal, and it is highly practical;

④ Low power consumption: The power consumption of the whole machine is less than 2w;

⑤ Positive and negative pulses are optional: The input pulse polarity is optional, and the analysis of positive pulse or negative pulse input can be selected according to actual needs;

⑥ Powerful functions: The module has energy spectrum analysis function, which can automatically complete nuclide identification and dose rate calculation;

⑦ Large data storage space: Real-time reporting of data information such as counting rate, dose rate, energy spectrum, nuclide identification results, etc., the database can continuously store 20,000 data.

Features

① Support POE power supply: Use POE communication interface for power supply, strong coordination and higher safety;

② High measurement accuracy: With automatic spectrum stabilization mechanism, it can automatically adjust the software/hardware gain according to the change of peak position, effectively avoid peak drift caused by environmental changes (such as temperature difference), and ensure measurement accuracy;

③ Strong practicality: Adopt high-speed digital ADC circuit design, it can adjust the optimal sampling frequency according to the strength of the detector pulse signal, and it is highly practical;

④ Low power consumption: The power consumption of the whole machine is less than 2w;

⑤ Positive and negative pulses are optional: The input pulse polarity is optional, and the analysis of positive pulse or negative pulse input can be selected according to actual needs;

⑥ Powerful functions: The module has energy spectrum analysis function, which can automatically complete nuclide identification and dose rate calculation;

⑦ Large data storage space: Real-time reporting of data information such as counting rate, dose rate, energy spectrum, nuclide identification results, etc., the database can continuously store 20,000 data.

Technical Parameters

Product Model

HA-BASE-E

Gain adjustment range

0.2~1.5

Input pulse

Both positive and negative pulses are possible

ADC Clock

12M, 24M, 36M, 48M, 60M optional

ADC resolution

14-bit (214)

Time threshold

0~2100000s

Maximum measurable signal pulse amplitude

±2.0V

MCA Channels

256、512、1024、2048

Maximum number of quantization levels

±2048

High pressure range

0~1000V

Linear

Integral nonlinearity ±0.05%; differential nonlinearity ±1.0%

stability

Long-term stable and reliable operation, 72-hour gain instability is less than 0.2%

Temperature coefficient

Zero temperature coefficient is less than 0.2 channel/℃, gain temperature coefficient is less than 0.1%/℃

Communication interface

Ethernet port or POE

Technical Parameters

Product Model

HA-BASE-E

Gain adjustment range

0.2~1.5

Input pulse

Both positive and negative pulses are possible

ADC Clock

12M, 24M, 36M, 48M, 60M optional

ADC resolution

14-bit (214)

Time threshold

0~2100000s

Maximum measurable signal pulse amplitude

±2.0V

MCA Channels

256、512、1024、2048

Maximum number of quantization levels

±2048

High pressure range

0~1000V

Linear

Integral nonlinearity ±0.05%; differential nonlinearity ±1.0%

stability

Long-term stable and reliable operation, 72-hour gain instability is less than 0.2%

Temperature coefficient

Zero temperature coefficient is less than 0.2 channel/℃, gain temperature coefficient is less than 0.1%/℃

Communication interface

Ethernet port or POE
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