DS70000 Series Oscilloscopes:
The StationMax DS70000 series is based on the advanced UltraVision III architecture with the Phoenix circuitry. It offers a higher sampling rate, faster acquisition speed, significantly increased memory depth, and higher vertical resolution.
The DS70000 series has four analog channels, and thanks to its enhanced 20 GS/s circuitry, the DS70300 and DS70500 models offer bandwidths of 3 GHz and 5 GHz, respectively. The vertical resolution can be set between 8 bits and 16 bits, making it ideal for measuring very weak signal components.
The DS70000 series is well-suited for very high-speed acquisition and analysis. Typical applications include automated testing, remote monitoring, and protocol analysis in bus systems, such as those used in the automotive industry with CAN-FD, FlexRay, LIN, RS232, and SPI, as well as measurements on electronic circuits and power supplies. Thanks to its wide bandwidth and optimized spectrum analysis, this oscilloscope is also perfectly suited for RF measurements.
DG70000 Series Arbitrary Signal Generators:
The DG70004 model from the StationMax series is a high-performance arbitrary signal generator. It features 4 channels, operates at 5 GHz, and boasts a maximum IQ baseband width of 1.5 GHz. Based on the new SIFI-III platform and the Android operating system, this generator combines an arbitrary waveform generator and an arbitrary function generator, along with a signal processing unit whose sampling rate is fixed and controlled depending on the function.
The device has a 16-bit resolution and is capable of supplying real arbitrary waveforms up to 5 GS/s, interpolated up to 10 GS/s, with a maximum memory capacity of 1.5 Gpts per channel. The IQ modulator has a freely adjustable sampling rate between 100 S/s and 12 GS/s, enabling carrier frequencies from DC to 5 GHz.
The phase of the four channels can be synchronized for multiple synchronous outputs up to 10 ps. If more than four channels are required, multiple DG70004 units can be synchronized, up to a maximum of 224 channels, with this phase accuracy—for example, for quantum computing systems. The DG70000 series is an ideal solution for demanding applications such as the semiconductor and automotive industries, as well as R&D.
DHO4000 Series High-Resolution Oscilloscopes.
The DHO4000 series features 12-bit vertical resolution and is designed for bandwidths of 200, 400, and 800 MHz with a sampling rate of up to 4 GS/s. These oscilloscopes have four analog channels and offer a memory depth of up to 500 Mpts. The vertical adjustment of the DHO4000 series can be as low as 100 µV/DIV. Two different impedances (1 MΩ, 50 Ω) can also be used.
The three new ASICs achieve a very low noise level of approximately 18 µVrms and, thanks to the 12-bit vertical resolution, allow for the measurement of even the smallest signal amplitude deviations. With "Ultra Acquire," a new analysis system has been integrated with a very high triggering rate of 1.5 billion waveforms/s, facilitating the measurement of very fast, sporadic, or short events.
It offers various triggering, mathematical calculation, and visualization options (advanced 1 million-point FFT, mask testing, and power analysis), as well as an integrated signal search function along with the usual serial bus protocol analysis and triggering functions. The integrated voltmeter and frequency counter complete the measurement range. It also features interfaces such as USB host, USB device, HDMI, LAN, and AUX OUT.
Typical applications include power switching measurements in the power segment, factory automation testing, serial bus protocol analysis in automotive electronics, electronic circuit measurements, and development.
DSG5000 Series:
The DSG5000 microwave generator offers two different frequency ranges: 9 kHz to 12 GHz and up to 20 GHz. The units are available in 2, 4, 6, or 8-channel versions with channel isolation of up to 85 dB (typical).
For each channel, the frequency, amplitude, and all available functions can be adjusted individually or grouped together for the desired number of channels. This series is also characterized by its very low phase noise. Harmonics are up to 50 dBc below the carrier, facilitating highly accurate and interference-free generation. The patented, fully digital amplitude control technology provides exceptional amplitude accuracy.
The unit can be easily operated via a 3.5" color touchscreen or controlled via the web. No driver installation is required for web control. The DSG5000 series offers an optimal solution for numerous microwave applications, including EMC testing, MIMO applications, system configurations for quantum computer simulation and testing, and radar signal generation, among many others.
DC Power Supplies:
The DP2031 power supply has three isolated channels (32 V and 6 V) with a maximum output power of 222 W. This power supply features two modes (high current and low current) to generate the lowest currents. The display accuracy in low current mode is in the µA range, which can be used for precise power supply down to 11 mA.
The power supply offers an analysis function that continuously displays the current output curve in real time in "roll" mode and can be applied to the respective values, such as voltage, current, and power. An additional trend range can also be activated to prevent data loss by compressing all data. Further analysis can also be activated when measuring current pulses to determine their duration.
These power supplies are characterized by a very low ripple level.
The DP900 series of power supplies is available in several versions. The standard DP932A version includes all features, such as a digital I/O interface, arbitrary signal generation, and a high-resolution display. The DP932U version is specifically designed for the education market and is very affordable. This model can be upgraded to the full-featured DP932A by updating the license.
