The Siglent SNA5000A series of two- and four-port vector network analyzers offer a frequency analysis range of 9 kHz up to 8.5 GHz with a resolution of 1 Hz, a dynamic range of 125 dB, and a level resolution of 0.05 dB. The Siglent SNA5000A series consists of four models (4.5 GHz or 8.5 GHz […]
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Economical 4-channel 100-MHz scope features advanced triggering, deep memory
The SDS1104X-U four-channel 100-MHz oscilloscope is a lower priced, economy version of the very popular SDS1104X-E. Many excellent features have been retained, including the large 7-in TFT-LCD display and ergonomic front panel design, while economies have been made by removing the optional MSO and function generator upgrade capabilities, a reduced time-base resolution and vertical resolution, […]
Economical 7.5-GHz spectrum/VNA targets signal distortion, modulation, spectrum purity, frequency stability, crosstalk distortion parameters
The Siglent SVA1075X Spectrum/Vector Network Analyzer is a powerful tool with reliable automatic measurements for measuring the performance of RF circuits and networks such as amplifiers, filters, attenuators, cables, and antennas. With a wide frequency range from 9 kHz to 7.5 GHz, the SVA1015X analyzer delivers reliable automatic measurements with its built-in tracking generator and […]
Economical real-time spectrum analyzer hosts 7.5-GHz tracking generator
The Siglent SSA3000X-R Real-Time Spectrum Analyzers (RTSA)are powerful and flexible tools for complex RF spectrum and signal analysis. With a capability of 40 MHz analysis bandwidth and 7.2 μsec 100% probability of intercept (POI), the analyzers can provide multi-dimensional data displays, advanced triggering, and RF data capturing, to assist with modern RF spectrum challenges such […]
Economical spectrum analyzer sports 7.5 GHz bandwidth
The Siglent SSA3075X Plus Spectrum Analyzer extends the frequency range of the SSA3000X series to 7.5 GHz to meet the growing need for higher bandwidths in testing circuit designs for 5G applications. Convenient control is provided via a 10.1-in touch screen or traditional buttons and knobs. Connecting an external mouse or keyboard makes for a […]
Two/four-channel 100-350 MHz scopes feature 200-Mpt memory, 10-in touch-screen, external mouse/keyboard control, 50-MHz waveform generator
The new Siglent SDS2000X Plus Digital Oscilloscope Series consists of four models: one two-channel 100-MHz bandwidth (software upgradeable to 350 MHz) and three four-channel models (100/200/350 MHz.) The 350-MHz models can be upgraded to 500 MHz on two independent channels. A large 10.1-in capacitive touch-screen supports multi-touch gestures. The oscilloscope range also offers a 10-bit […]
Programmable dc loads offer advanced performance options
The new Siglent SDL1000X/X-E Series Programmable dc Loads can be set to simulate a wide range of load qualities. Four models offer two different resolutions and two power capacity choices with an input range of 150 V/30 A. The SDL1020X/SDL1020X-E versions are 200-W models, while the SDL1030X/SDL1030X-E versions have a 300-W capability. The ‘X’ versions […]
Economical scope offers 1 GHz bandwidth, 5 GS/sec sample rate, 250 Mpt acquisition memory
The SIGLENT SDS5000X is available with bandwidths of 350, 500, and 1 GHz, and features a maximum sample rate of 5 GS/sec. It also features 250 Mpts of acquisition memory and a waveform-update rate of up-to 110,000 wfm/sec. To help maintain high test speeds, many of its waveform analysis features are implemented in hardware. The […]
Economical scope samples at 5 GSa/sec, sports 250 Mpts/channel record length
The SDS5000X series of advanced digital storage oscilloscopes are available in 2 or 4-channel versions with bandwidths of 350 MHz, 500 MHz, and 1 GHz. With a maximum sample rate of 5 GSa/sec, these premium scopes offer a maximum record length of 250 Mpts to allow for deep memory investigation of glitches and infrequent events, […]
Exploring the difference between a digital oscilloscope and a spectrum analyzer
Traditionally, only the spectrum analyzer was capable of displaying electrical and electromagnetic signals in the frequency domain and the oscilloscope took control of the time domain. More recently, each instrument has become competent in the other’s territory. But this overlapping tendency is far from absolute. Oscilloscopes, working in the Math>FFT mode, have always had a […]
