GB/T 321-1980
Replaced
T/BEA 20001-2024
Active
Group standards
T/BEA 20001-2024 E3800A type FANUC class DC micro-current meter operating specifications
T/BEA 20001-2024 E3800A type FANUC class DC micro-current meter operating specifications
Price:
$ 20.00
Basic Information
Standard Code:
T/BEA 20001-2024
Standard Type:
Group standards
Standard Status:
Active
is_force_gb:
no
CCS Name:
-
ICS Name:
Integrated Metrology and Measurement
Publish Date:
2024-07-03
Implement Date:
2024-07-30
Scope
Scope: This specification prescribes the usage methods and operating procedures of the E3800A-type safety-class DC microamperemeter, as well as the local and remote control configuration methods of its accompanying software. Main Technical Content: 1. Scope 1.1 Topic Content: This specification prescribes the usage methods and operating procedures of the E3800A-type safety-class DC microamperemeter, as well as the local and remote control configuration methods of its accompanying software. 1.2 Applicable Scope: This specification applies to the calibration, testing, and operation of the E3800A-type safety-class DC microamperemeter. 2. Reference Documents: There are no provisions in this chapter. 3. Terms and Definitions: There are no provisions in this chapter. 4. Overview: The E3800A-type safety-class DC microamperemeter is a precision instrument capable of measuring 200 fA to 20 mA DC microcurrents. It is used as a primary standard instrument in DC microcurrent standard equipment and can also be widely applied in nuclear radiation detection, electrochemical measurement, mass spectrometry, and many other fields. The E3800A-type safety-class DC microamperemeter can replace the KeySight B2983-type imported DC microamperemeter product. Figure 1: Physical diagram of the E3800A-type safety-class DC microamperemeter. 5. Functions and Technical Specifications a) DC microcurrent measurement with 6.5-bit resolution; b) Graphical display of microcurrent measurement data; c) Battery power supply function with the option of AC or battery power; d) Support for rapid measurement with a maximum rate of 20,000 readings/second; e) Support for LAN, USB, and GPIB remote control. f) Under laboratory environmental conditions (temperature: 20°C ± 5°C, humidity: 30% to 60%, no electromagnetic interference), the instrument is allowed to preheat for 1 hour after power-on, and the measurement error is as follows: Table 1: Technical Specifications Range Display Re