The Agilent 8656B is a programmable synthesized signal generator that combines performance, quality, and economy, covering the 0.1 to 990 MHz frequency range. Offering ±1 dB level accuracy and 0.1 dB resolution with calibrated output levels over the +13 to -127 dBm range, the Agilent 8656B provides precise output control. In addition, its modulation capabilities include simultaneous and mixed modulation modes from internal (400 Hz and 1 KHz tones) and external sources. These features create a versatile signal generator, for use in a variety if applications.
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The Agilent 83411C Ligthwave Receiver is designed for 1300/1550nm wavelength ranges. It can be used as a stand-alone lightwave receiver or in conjunction with the Agilent 8702E Lightwave Component Analyzer. It features a broad bandwidth of 300kHz to 6GHz. The minimum sensitivity of the receiver is -38dBm.
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The 71100C RF spectrum analyzer operates from 100 Hz to 2.9 GHz. Its synthesized performance offers very precise, high-speed tuning, with excellent frequency accuracy, amplitude accuracy, and repeatability. As part of the Modular Measurement System (MMS) family, you can choose a configuration that best meets your requirements in performance, size, and price. Adding accessories such as a preamplifier or tracking generator is very easy. For automated testing, the Agilent 70000 series of spectrum analyzers are compatible with the 8566B. Their proven reliability and repeatability allow a three-year calibration cycle, giving you a very low lifetime cost.
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The Agilent 87075B multiport test set dramatically reduces overall tune and test times because DUT only needs to be connected once to test multiple signal paths. Minimizing the number of connections also reduces operation fatigue and lowers the chance of connection to the wrong port. In addition, fewer connections means less wear on cables, connectors, fixtures and DUTs.
Many of today’s wireless communications, broadband, and cable-television components have three or more ports. These components require multiple connections for complete characterization with a two-port network analyzer. You can simplify high-volume tuning and testing of these devices by using a multiport test set between the device under test (DUT) and your network analyzer.
The Agilent 35665A is a 2-channel Dynamic Signal Analyzer providing measurement solutions in vibration, acoustics, and control systems. Its major options are computed order tracking, real-time octave, swept sine, curve fit and synthesis, arbitrary source, and Instrument BASIC.
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The 70904A RF section provides the 100 Hz to 2.9 GHz broadband input conversion for the Agilent 71100C spectrum analyzer and the 71401C lightwave signal analyzer. The 70904A RF section contains an input attenuator and a mixer. The RF mixer converts the incoming RF signals to the intermediate frequency (IF) for further processing. The broadband, low noise mixer offers the performance needed to make high dynamic range measurements. The input attenuator can be automatically coupled either to the reference level for mixer protection or to the highest mixer level to maximize dynamic range. The input attenuator varies from 0 to 70 dB in 10 dB steps. Option H25 has 5 dB step attenuators. If you need to probe your circuit, you can drive the probe using the connection available on the front panel. High impedance probes, such as the 41800A and 85024A, are available. A buffered LO output is available to drive tracking generators or other modules such as the external mixer interface module.
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The HP/Agilent 70842A is a 100Mb/s to 3Gb/s Error Detector for use with the HP/Agilent 71603B Error performance Analyzer.
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NetDAQ Data Acquisition Units give you a powerful combination of hardware and software that’s ideal for small-to-medium scale process monitoring and test systems. They answer the escalating need for measurement, recording, and analysis tools that enable you to improve quality, maximize process efficiency and meet regulatory requirements.
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FSIQ provides in a single unit comprehensive and easy-to-use measurement functions in the:
Frequency domain
Time domain
Modulation domain
FSIQ – signal analyzer for the 3rd mobile radio generation
High measurement speed for use in development and production
Versatile test routines – convenient measurements
Applications for Mobile Radio – digital and analog
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