The 8406A comb generator has three internal crystal-controlled oscillators at frequencies of 1, 10, and 100 MHz, and a step recovery diode that shapes the oscillator outputs into extremely narrow pulses less than 100 picoseconds wide. The result is the generation of a comb of marker frequencies with useful amplitude from 1 MHz to beyond 5 GHz.
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The Agilent 6264B constant-voltage / constant-current DC power supplies use a transistor series regulator combined with a triac preregulator for high efficiency, excellent regulation, and low ripple and noise. These supplies are suitably packaged for either bench or relay rack operation. The 6264B is housed in a 5 1/4-inch high full-rack-width cabinet.
The outputs of these supplies can be varied from zero to full rated voltage or current by setting coarse and fine voltage and current controls on the front panel, or they can be programmed remotely by resistance or voltage inputs to rear panel terminals.
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The Agilent 6209B is equipped with a 10-turn voltage and current controls and front and rear panel terminals. Units can be bench operated or rack-mounted individually or in pairs.
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The 6012A autoranging power supply provides laboratory-grade performance with the high efficiency of switching regulation techniques. Autoranging lets the supply provide at least 1000 watts output power over a wide range of output voltage and current combinations without the user having to select the proper output range. The output is adjustable through the entire operating range of 0 to 60 volts and 0 to 50 amperes by 10-turn front panel controls.
The supply is of the CV/CC type. Green front panel LEDs indicate whether the unit is operating in CV or CC mode. Output voltage and current are continuously indicated on individual front panel meters. A secondary scale on the voltmeter indicates Amperes Available within the maximum output power range. A secondary scale on the ammeter indicates Volts Available.
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The Agilent 5385A Frequency Counter utilizes interpolar-enhanced reciprocal counting to provide outstanding performance at a low cost. Frequency coverage allows measurements from 10 Hz to 1 GHz, with resolution of 9 digits per second. The 5385A incorporates a programmable alphanumeric display, accessible remotely via either HP-IB (standard) or HP-IL (optional). The liquid crystal display (LCD) reduces component count, is easy to read (indoors or out), and improves counter reliability and serviceability.
The half-rack width 5385A instrument is portable, rackable, and stackable for use in the field, at a workbench, or as part of an ATE system. Options include a four-hour-capacity battery pack, and a high-stability ovenized oscillator for higher accuracy.
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The Agilent 5334A counter offers high-resolution measurement power with versatile signal conditioning, triggering, and external arming features to handle a range of demanding measurement applications. Rise and fall time, pulse width can be measured at the push of a button or with a single HP-IB command. Automatic trigger level and attenuator settings provide adjustment-free measurements that are displayed in units of your choice.
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The Agilent 6634A System dc Power Supply is an ideal power source for demanding production test applications. This dc power supply offers high performance and precision measurements in a one-box solution. To reduce test-system development time and provide precision testing, the 6634A provides current measurement down to the microamp level. The 6634A also provides high-speed programming with under 4 millisecond response time.
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The Agilent/HP 3468A auto ranging 5.5 digit DMM has the five functions of dc volts, true RMS ac volts, 2 and 4 wire ohms, dc current, and true RMS ac current. The 3468A comes in a streamlined portable package with a handle.
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The Agilent 6621A is a dual-output, GPIB system power supply. It has linear low noise power supply outputs combined with a built in GPIB interface. Simple programming commands ease access to all features and capabilities. Dual ranging outputs provide greater flexibility in available voltage and current.
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