Used TEKTRONIX TDS 320 #9152214 for sale

TEKTRONIX TDS 320 is an electronic test equipment used to measure voltage, impedance, phase shift, frequency, and time in both analog and digital systems. It is widely used in the design, testing, and characterization of electronic components, circuits, and systems. With its powerful features, it is capable of testing both single-ended and differential signals. TDS 320 is equipped with a high-resolution touch screen interface with menus and interactive controls. It features an external power supply of either 14.5V DC or 100-240V AC, and average power consumption of 80 W. Additionally, the machine features two independent GS-Thor probes that measure signals up to 500 MHz. These probes can be calibrated for the measurement of impedance, VSWR, and cable loss. TEKTRONIX TDS 320 has a built-in sampling rate of up to 2,000 Mega samples/sec with a maximum record length of 8,192 samples. This improves the accuracy and resolution of data capture. TDS 320 also supports the capture of single-cycle waveforms, allowing engineers to observe signal behavior quickly and efficiently. TEKTRONIX TDS 320 is a two-channel, dual-trace oscilloscope, featuring two independent analog signal pathways. This allows engineers to measure signals accurately in both the x and y axes. Additionally, it supports switching between various waveforms and amplitude ranges to measure peak-topeak, pulse width, distortion and other signal characteristics. It also supports a variety of integrators, differentiators, and other signal analysis tools, such as the X-Y display, Harmonic Distortion Analysis, and FFT Analysis. TDS 320 also supports digital filters, time base selections, automatic measurements, and various triggering options, such as edge, pulse width, video, and delay. In summary, TEKTRONIX TDS 320 is a powerful and reliable electronic test equipment. With its robust features, it efficiently captures signals for 0.1 Hz up to 500 MHz, so engineers can measure and record waveforms quickly and under controlled conditions.