Adhesive strength analyzerThe data processing module is one of its core functional units, which directly affects the accuracy of test results, analysis depth, and report generation efficiency.

　　Adhesive strength analyzerModule composition:

The data processing module typically consists of the following subsystems:

Data collection subsystem

Real time collection of raw data such as tension, displacement, and time through high-precision sensors such as strain gauges and force sensors.

The sampling frequency can reach 1kHz or above, ensuring the capture of transient mechanical responses (such as peak forces during brittle fracture).

Signal processing subsystem

Filter, amplify, and perform analog-to-digital conversion (ADC) on the original signal to eliminate noise interference (such as electromagnetic interference and mechanical vibration).

By using digital filtering algorithms (such as Kalman filtering) to improve the signal-to-noise ratio, the typical accuracy can reach ± 0.5% FS.

Computational analysis subsystem

Built in mechanical models (such as elasticity and fracture mechanics) are used to calculate parameters such as adhesive strength and fracture energy.

Support multi parameter fitting (such as calculating peel work based on area under force displacement curve).

Human Computer Interaction Subsystem

Provide visual interfaces (such as touch screens, PC software) to display test curves and statistical results.

Support data export (Excel, PDF) and remote transmission (Bluetooth, Wi Fi).