Additional Measurement Commands

The following additional measurement commands are provided with the Agilent Dual Power Analyzer Option 020/022. These measurement commands are optimized for use in specific applications such as evaluating uninterruptible power supplies. In this application the new commands can be used to measure transfer time, peak voltage, and phase locked loop performance of the UPS.

NOTE: All MEASure and FETCh commands apply to both the Main Output and the Power Analyzer input. This includes commands documented in the ac source User’s Guide and those described in this section. See SENS:NSEL to select a power analyzer input.

MEASure:TVOLt?

FETCh:TVOLt?

Returns the time at which the measured voltage crosses a user-specified voltage level. The sign and magnitude of occurrence define the event to be reported. For example, if occurrence is -3, the return value is the third time at which the voltage crosses the level in the negative-going direction. If occurrence is 4, the return value is the fourth time at which the voltage crosses the level in the positive-going direction.

The return value is with respect to the start of the measurement buffer. If no point on the waveform satisfies the specified conditions, the return value is 9.91000E+37.

Query Syntax	MEASure:[SCALar]:TVOLt? <level>, <occurrence>
	FETCh:[SCALar]:TVOLt? <level>, <occurrence>
Parameters	−1E6 to 1E6 (for level)
	−4096 to +4096, but not 0 (for occurrence)
Examples	MEAS:TVOL? 50, 3 FETC:TVOL? 10, -1
Returned Parameters	<NR3>
Related Commands	MEAS:TVOL:ABS?

5964-8134 specifications

Agilent Technologies 5964-8134 is an advanced analytical instrument designed for versatile applications in laboratory settings. It serves as a crucial component for professionals working in fields such as forensic science, environmental testing, and pharmaceutical analysis.

One of the primary features of the 5964-8134 is its exceptional chromatographic performance. The device employs sophisticated separation techniques, utilizing a high-efficiency column that enhances the resolution of complex mixtures. This capability allows scientists to identify and quantify trace levels of compounds in samples with high precision.

Equipped with a state-of-the-art detector, the 5964-8134 offers a broad dynamic range to accommodate various analyte concentrations. This feature ensures that both minor and major components can be accurately measured, making it ideal for applications involving diverse sample matrices. The integrated software provides users with easy access to data analysis tools, enabling seamless interpretation of results.

The 5964-8134 is built on cutting-edge technology, including advanced mass spectrometry which enhances its sensitivity and specificity. This technology enables the detection of low-abundance compounds in complex samples, providing insights that would be difficult to obtain using traditional methods. Additionally, the instrument supports multiple ionization techniques, allowing users to tailor the analysis to specific requirements of their project.

Another characteristic of the Agilent 5964-8134 is its user-friendly interface. The equipment is designed with the operator in mind, featuring intuitive controls and a touchscreen display that promotes ease of use. This design minimizes the learning curve for new users, enabling efficient operation and streamlined workflow in busy laboratory environments.

Moreover, the 5964-8134 ensures robust performance with its advanced temperature control and reliable fluidic systems. These features contribute to improved reproducibility and stability during analyses, which are critical in achieving consistent results across experiments.

With its combination of high performance, cutting-edge technologies, and user-centric design, Agilent Technologies 5964-8134 stands out as a leading choice for professionals seeking reliable and accurate analytical solutions. As laboratories continue to demand innovative instruments that push the boundaries of research capabilities, the 5964-8134 proves to be an essential tool in scientific discovery and analysis.