The Agilent 6035A is part of the 603x family of power supplies which provide a wide and continuous range of output voltage and current levels at the rated power output. They provide great flexibility for applications with varied or changing needs.
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The Agilent 6031A is part of the 603x family of power supplies which provide a wide and continuous range of output voltage and current levels at the rated power output. They provide great flexibility for applications with varied or changing needs.
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Includes Option M0F
The Agilent N4693A MW electronic calibration (ECal) module makes calibration of vector network analyzers fast, easy and accurate. The RF ECal system is now easily controlled by one of two methods depending on the network analyzer. The Agilent PNA and ENA series of network analyzers controls the module directly via the USB interface. The modules can also be controlled via an 85097B interface kit when used with an Agilent 8753E/ES/ET or 8720D/ES/ET. (This requires a special parallel cable and firmware Rev. 7.74).
ECal is an ideal solution for calibrating network analyzers. Performing a full two-port calibration takes less than half the time and number of connections using ECal versus mechanical cal kits. Furthermore, the accuracy of the calibration is comparable between electronic and mechanical methods. Traditional mechanical calibrations require intensive operator interaction which is prone to errors. With ECal, the operator simply connects the ECal module to the network analyzer and the software controls the rest.
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The GB1400 is a general-purpose 1400 Mb/s bit error rate tester (BERT) built to meet the exacting standards of design engineers who need to verify and characterize high-speed serial data transmission circuits, interfaces and systems. While primarily a lab instrument, the GB1400’s compact design, full computer programmability and relatively light weight also enable it to serve in manufacturing ATE and field test applications. The quality of a digital link depends on many factors, but everything comes down to the issue of whether the circuit exhibits a satisfactory BER (bit error rate) and has sufficient margin to function under stress conditions. The GB1400 has all of the features you expect in a general-purpose BERT, and some you expect only in more expensive instruments, such as automated eye-width measurements at a specified BER, and the ability to accept an external real-time data stream for bit error testing. Also, the GB1400 has options to add advanced features, such as Burst Mode (which also extends external clock range down to 150 kb/s), and a 1-Mbit programmable pattern memory option.
The GB1400 is focused on the research, design, and manufacturing of telecommunication components, modules, or links operating at data rates to 1400 Mb/s. It is frequently employed in testing and development well under this top speed rating, where sharp clock and data waveforms are especially desired, or where additional frequency range is thought to be needed in the future.
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The Anritsu ML2438A Power Meters combine the advantages of thermal meter accuracy, diode meter speed, and peak power meter display graphics. The result is a single instrument that samples at more than 35K per second and achieves 90 dB dynamic range with a single sensor. These meters include graphics display capability as a standard feature. The ruggedized housing and optional high-capacity NiMH battery bring laboratory quality accuracy to field service applications.
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The TLA7Q4 is the 136- Channel Logic Analyzer module with 2 GHz timing, 100 MHz state and 64 M depth. This module offers high-speedstate synchronous capture and high-speedtiming capture through the same set of probes. It capitalizes on MagniVu technology to offer 500 ps timing on all channels, glitch and setup/hold triggering and display, and time stamp that is always on at up to 500 ps resolution. The TLA7Q4 is ideal for timing analysis, multi-process or bus applications, and embedded software analysis.
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The 54610B is a Digitizing Oscilloscope with 2 Channels and a bandwidth of 500MHz. It has horizontal accuracy of 0.01% and 1ns/div time base.
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