N1000A Keysight DCA-X Wide Bandwidth Oscilloscope Mainframe Description
Keysight N1000A DCA-X Wide Bandwidth Oscilloscope Mainframe is manufactured by Keysight, which is a high-end professional grade test equipment. It is targeted at engineers and technicians in industries including, but not limited to, electronics manufacturing, semiconductor design and test, and communications equipment development.
The DCA-X platform consists of a mainframe and a variety of modules to perform flexible testing.
The consistency and flexibility of the DCA-X series analysers ensures highly accurate measurements.
Support for current modules, as well as older optical, electrical and TDR modules that have been discontinued, prevents your investment from becoming obsolete.
Test bandwidth > 110 GHz with jitter as low as 50 fs and noise as low as 275 uV.
Sample rates up to 250 kSa/s and support for up to 16 channels for high test throughput.
The mainframe can be equipped with optional plug-in modules to form a customised test system to perform sophisticated optical, electrical and/or TDR/TDT/S parametric analysis.
The modular platform of the DCA-X series of sampling oscilloscopes from Isotek enables a variety of plug-in modules to be selected to configure the host computer to perform precise optical communications, electrical, and time-domain reflection/transmission (TDR/TDT) measurements. This modular design allows users to select the appropriate module for their specific needs, greatly enhancing measurement flexibility and adaptability.
Model：N1000A
Name: DCA-X Wide Bandwidth Oscilloscope Mainframe
Brand：KEYSIGHT
Category：General Electronic Test > Oscilloscopes
Product Attributes：Host
The modular design of the Yester N1000A supports precision optical communications, electrical and TDR/TDT measurements through its flexible configuration and high-performance measurement capabilities.
TDR (Time Domain Reflectometry) is a tool for measuring the characteristic impedance of transmission lines. By sending a pulse or step signal into the transmission path and measuring the reflected signal back, the impedance change of the transmission line can be obtained. tdr measurements can help detect problems such as opens and shorts, as well as small impedance variations such as a few fF levels. With its high-performance TDR/TDT module, the YesDell N1000A is able to provide accurate test results to ensure signal integrity.
Precision measurement of optical communication signals is critical in high-speed digital designs. The modular design of the Isotek N1000A allows users to select measurement modules specifically designed for high-speed optical communication signals for precise measurements. This design is not only suitable for electrical measurements, but also meets the high standards required in the field of optical communications.
The modular design of the YesDell N1000A combines a wide range of high-performance measurement technologies, enabling it to deliver superior measurement results in a variety of application scenarios. Whether it is integrity checking of high-speed digital signals or impedance measurements in complex systems, the device provides a reliable solution.
Keysight N1000A DCA-X Wide Bandwidth Oscilloscope Mainframe is manufactured by Keysight, which is a high-end professional grade test equipment. It is targeted at engineers and technicians in industries including, but not limited to, electronics manufacturing, semiconductor design and test, and communications equipment development.
The DCA-X platform consists of a mainframe and a variety of modules to perform flexible testing.
The consistency and flexibility of the DCA-X series analysers ensures highly accurate measurements.
Support for current modules, as well as older optical, electrical and TDR modules that have been discontinued, prevents your investment from becoming obsolete.
Test bandwidth > 110 GHz with jitter as low as 50 fs and noise as low as 275 uV.
Sample rates up to 250 kSa/s and support for up to 16 channels for high test throughput.
The mainframe can be equipped with optional plug-in modules to form a customised test system to perform sophisticated optical, electrical and/or TDR/TDT/S parametric analysis.
The modular platform of the DCA-X series of sampling oscilloscopes from Isotek enables a variety of plug-in modules to be selected to configure the host computer to perform precise optical communications, electrical, and time-domain reflection/transmission (TDR/TDT) measurements. This modular design allows users to select the appropriate module for their specific needs, greatly enhancing measurement flexibility and adaptability.
Model：N1000A
Name: DCA-X Wide Bandwidth Oscilloscope Mainframe
Brand：KEYSIGHT
Category：General Electronic Test > Oscilloscopes
Product Attributes：Host
The modular design of the Yester N1000A supports precision optical communications, electrical and TDR/TDT measurements through its flexible configuration and high-performance measurement capabilities.
TDR (Time Domain Reflectometry) is a tool for measuring the characteristic impedance of transmission lines. By sending a pulse or step signal into the transmission path and measuring the reflected signal back, the impedance change of the transmission line can be obtained. tdr measurements can help detect problems such as opens and shorts, as well as small impedance variations such as a few fF levels. With its high-performance TDR/TDT module, the YesDell N1000A is able to provide accurate test results to ensure signal integrity.
Precision measurement of optical communication signals is critical in high-speed digital designs. The modular design of the Isotek N1000A allows users to select measurement modules specifically designed for high-speed optical communication signals for precise measurements. This design is not only suitable for electrical measurements, but also meets the high standards required in the field of optical communications.
The modular design of the YesDell N1000A combines a wide range of high-performance measurement technologies, enabling it to deliver superior measurement results in a variety of application scenarios. Whether it is integrity checking of high-speed digital signals or impedance measurements in complex systems, the device provides a reliable solution.