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...measuring magnetic flux of magnet. The instrument has high stability, low drift and strong anti-interference ability. Used for online measurement. Technical parameters Measuring range:20mwb Basic error:±1% S...
...measuring magnetic flux of magnet. The instrument has high stability, low drift and strong anti-interference ability. Used for online measurement. Technical parameters Measuring range:20mwb Basic error:±1% S...
...measuring magnetic flux of magnet. The instrument has high stability, low drift and strong anti-interference ability. Used for online measurement. Technical parameters Measuring range:20mwb Basic error:±1% S...
... volume and light weight, suitable for field work Parameters Voltage measuring range AC 25V~500V Current measuring range AC 0.025A~50A Measuring accuracy Voltage, current, impedance: 0.2, power: 0.5 Working ...
...field work Parameters 1. Voltage measuring range: AC 25V~500V 2. Current measuring range: AC 0.025A~50A 3. Measuring accuracy: voltage, current, impedance: 0.2, power: 0.5 4. Working temperature: -10℃~50℃ 5....
...measurement of thermal expansion Technical parameters Order No. Description Measurement range To the order guide Linearity impedance 250Ω±50Ω (1500Hz) Excitation 1500Hz,10~20VAC Environment temperature -10~1...
...Measuring tool 6000 counts True-RMS clamp meter: This multimeter can accurately measure AC Current, AC/DC Voltage, Frequency or Duty Cycle, Resistance, Capacitance and also provides Diode, Continuity and Tem...
.../alkali/salt solution, chemical reaction process, industrial production process, can meet the majority of industrial applications online pH measurement requirements. 2.Feature Signal Output: RS-485(Modbus/RT...
...impedance. Matched loads provide a termination designed to absorb all the incident power with very little reflection, effectively terminating the line or port in its characteristic impedance. Terminations ar...
... impedance. Matched loads provide a termination designed to absorb all the incident power with very little reflection, effectively terminating the line or port in its characteristic impedance. Terminations a...
... impedance. Matched loads provide a termination designed to absorb all the incident power with very little reflection, effectively terminating the line or port in its characteristic impedance. Terminations a...
...impedance. Matched loads provide a termination designed to absorb all the incident power with very little reflection, effectively terminating the line or port in its characteristic impedance. Terminations ar...
...impedance. Matched loads provide a termination designed to absorb all the incident power with very little reflection, effectively terminating the line or port in its characteristic impedance. Terminations ar...
...impedance of 50 ohms. The matched load provides a terminal designed to absorb all incident power with minimal reflection, effectively terminating the characteristic impedance of the line or port. The termina...
... a terminal designed to absorb all incident power with minimal reflection, effectively terminating the characteristic impedance of the line or port. The terminal is used for various measuring systems; Any po...
..., and weight measurements. This sensor is designed with a 50Ω impedance, ±1% accuracy, RS485/RS232 interface, 0.1mV/V sensitivity, and a light weight of only 20g. This high-performance and reliable Integrate...
...±3dB SPL At0.8,1.0,1.2,1.5KHz in average (0dB SPL=20μPa) Input voltage:0.1W(Sine wave)0.1M Measured baffler recommended. IMPEDANCE: 100±15% ohm(at 1KHz 1.26V),...
..., the magnetic field will induce eddy currents on the object's surface. The reverse magnetic field produced by the eddy currents will change the impedance of the coil. By measuring the impedance change,...
..., the magnetic field will induce eddy currents on the object's surface. The reverse magnetic field produced by the eddy currents will change the impedance of the coil. By measuring the impedance change, ...
..., the magnetic field will induce eddy currents on the object's surface. The reverse magnetic field produced by the eddy currents will change the impedance of the coil. By measuring the impedance change,...