![]() Supported interfaces Storing options Data visualizations Data processing Reporting and export Version matrixĭevices that extend our analog data acquisition systems such as CAN and CAN FD bus interfaces, telemetry devices, GPS/GNSS navigational devices, and cameras.Īccessories that perfectly fit our data acquisition systems. The DewesoftX is the only software from Dewesoft driving our data acquisition systems. The world's most intuitive and easy-to-use data acquisition (DAQ), data recording, and data processing software. Our data acquisition and control devices offer high-quality signal conditioning, data recording, signal processing, and real-time control front-end in a single device. All DAQ systems offer IP67 degrees of protection and are thus waterproof, dustproof, and shock-resistant up to 100G. Rugged DAQ device can withstand a maximum temperature range from -40 ☌ to 85 ☌.ĭata acquisition and real-time control merged in a single easy-to-use device. Rugged data acquisition systems and data loggers for testing in harsh environments. From small, portable DAQ devices to all-in-one systems with high-channel-count, integrated processing computer, display, and batteries. Our DAQ products are the ultimate tools for every test and measurement engineer.Ĭutting-edge data acquisition systems for the most precise measurement of any signal and sensor. The difference will be C Vou that instead of sound we all be filtering voltages using a resistor and a capacitor in series (there is another process that converts sound to voltages) and we are going to call this a "low-pass" (also known as integrator, see fig.Easy-to-use data acquisition systems you will ♥ at work. Vin 3.1 The low pass filter First we are going to build a "digital filter", a device that is extensively used to remove (or allow) R different sound frequencies. Explain the physical process Qsc) Capacitance (C) Qs) The phase between circuit and capacitor voltage. By probing CH1 the entire circuit and CH2 the capacitor and for frequencies ranging from f=100 Hz to 10 kHz, compute and plot frequency (x-axis, logarithmic) vs. Your virtual low-pass is here [“Simulate" and then “Run Frequency-Domain Simulation"). Your capacitor is 100 uF and your resistor is 10 N in series as the one shown in fig. Low-pass filter: You have a RC circuit connected to AC sine wave of 10 Vp. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |