product description
An automatic balance bridge principle analyzer designed with high-precision component parameters, testing 20hz~2MHZ bandwidth, 1uhz step, frequency continuous random setting Ω, 0.01m~100mΩ impedance measurement range, 0.05% automatic liquid level control function provides the basic Measurement accuracy and equipment, scan list/graphic scan function and sort count function for most components and materials provide accurate and complete measurement and analysis
Application field
It is widely used in product research and development, component factory inspection, product online inspection and other applications.
Features
Frequency measurement range
Continuous frequency from 20Hz to 2MHz, arbitrary setting, frequency resolution 10μHz, high resolution, high precision
6-digit display resolution, the basic measurement accuracy can reach 0.05%
15 impedance parameters and 23 parameter combinations
Can measure capacitance (CS/CP), inductance (LS/LP), resistance (RS/RP), dielectric loss (d), quality factor (q), impedance (|Z|), admittance (|y|), Phase angle (θ), conductivity (GP), reactance (XS), admittance (BP), DC resistance* (RDC, only available for cs7600x series). Both parameters are displayed simultaneously for each measurement. Note: subscript s——series mode, subscript p——parallel mode sorting (bin) measurement can set 10 component options, and the measurement result can filter the measured component. The load compensation function compensates the measured value with a reference sample. This function can ensure the consistency of the measurement of multiple instruments. The automatic level control function can evaluate the voltage/current characteristics of components in constant voltage/constant current mode in addition to the usual open circuit excitation signal setting. Signal level setting range: 5mVrms~2Vrms/50uA~20mA
List sweep test and graphic sweep test analysis function
Provides 10 sets of list scan combinations and 240-point linear/logarithmic graphic scan functions; frequency, voltage, current, bias voltage and bias current can be set as scan conditions to evaluate the performance characteristics of components under various measurement conditions