Multichannel analyzer

YD4096 multi-channel analyzer is the latest generation of microcomputer multi-channel analysis instrument, the chassis has been equipped with high voltage, low voltage power supply, amplifier, etc. Can be used with laptop. This product is widely used in nuclear physics and nuclear chemistry, but also for a variety of physical experiments, chemical element analysis, liquid detection, metallurgy, medical and health, geology, marine, petroleum, environmental protection (mainly for environmental gamma spectrometer), geothermal energy development, non-damage detection, astronomy, archaeology, soil science and biology and many other fields, it is a very important measurement equipment in related scientific research fields.

Main technical performance

1. ADC (optional plus lead single output head; 0.5 μs\-5v)

1. Clock frequency: 50MHz

2. Number of lanes: 4096, 2048, 1024, 512. Channel number selection is controlled by microcomputer keyboard or mouse

3. Analysis range: 30mV ~ 6V

4. Integral nonlinearity: not more than ± 0.1%

5. Differential nonlinearity: not more than ± 1.0%

6. Long-term stability: drift less than ± 6mV within 24 hours

7. ADC has independent signal input

3. high and low voltage power supply (there is a display on the panel to directly display the voltage value; the unit is volts.)

1. High voltage output voltage: 0~1500V continuously adjustable, maximum output current 1mA

2. Long-term stability:< 0.05%/24 hours, ripple voltage <30mV (effective value)

3. Low voltage ± 12V, fixed output, maximum output current not less than 20mA

4. Rated input power: 10W

Use of environmental conditions

1. Temperature: 5~35 ℃

2. Relative humidity: not more than 85%(30 ℃)

3. AC power supply voltage: 220V,50Hz

2. linear amplifier

1. Gain

Coarse adjustment: 10/20 / 40 / 80 / 160 times.

Fine adjustment: continuously adjustable from 0.1~1 times

2. Input polarity: positive or negative

Long-term stability: 0.1 percent

4. Temperature stability: 0.02%

5. Integral nonlinearity: 0.2%

6. Noise folded to the input: 15 V

7. Forming time constant: 0.5 s

8. Non-linear distortion coefficient: ± 0.1%

9. Gain stability: ± 0.1%