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Fluke
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99
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Fluke 99 50 Mhz Scopemeter
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Bandwidth: 50 MHz Dual Channel
Sample Rate: 25 Megasamples/second
Autoset: Automatically sets Voltage, Time & Trigger
Multimeter Display: 3 2/3 Digits (> 3000 Counts)
True RMS Volts: AC or AC+DC up to 600V (1700V Pk-Pk)
Resistance: 30 ohm to 30 Mohm
Diode Test: up to 2.8V
Continuity Beeper
Time/Division: 10 ns/div to 60 sec/div
Volts/Division: 1 mV/div to 100 V/div
Current Probe Scaling
Digital Delay or Pre-Trigger: By Number of Cycles, Events, Time or Zoom Mode
Special Multimeter Modes: Min Max Average Record with Time Stamp, Relative (zero),
dBm, dBV, dBW, Audio Watts, %Scale, Frequency, %Duty Cycle, Smoothing?, Change Alert?
Oscilloscope Cursors: Display 5 Simultaneously
Glitch Capture: >40 ns
Waveform Processing: Average, Min Max, Record, Variable Persistence
Waveform Memory: Store & Recall 20 Waveforms
Set-up Memory: Store & Recall 40 Front Panel Set-Ups
Waveform Mathematics: Add, Subtract, Multiply, Invert, Filter or Integrate Waveforms
Signal Generator Output: Sine wave or Square wave
Component Tester Output: voltage or current ramp
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Agilent
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16531A
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HP Agilent 16531A Digitizing Oscilloscope Card: 100 MHz, 2 Channel, 400 MSa/s
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The 16531A digitizing oscilloscope card provides an Oscilloscope-on-a-Card capability to your Logic Analyzer when used with the 16530A time base card (sold seperately). Bandwidth of 100 MHz and sample rate of 400 MSa/s. Has 2 channels per card.
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Agilent
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16532A
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HP Agilent 16532A Digitizing Oscilloscope Card: 250 MHz, 2 Channel, 1 GSa/s
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The 16532A digitizing oscilloscope card allows you to make a full-featured digitizing oscilloscope from your logic analyzer. It offers digitizing advantages such as autoscale, automatic measurements, powerful triggering, negative time viewing, voltage markers, and time matkers. Bandwidth of 250 MHz and sample rate of 1 GSa/s. Has 2 channels per card.
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Stanford Research
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SR280
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Stanford Research SR280 NIM Mainframe and Display
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The SR280 is the Boxcar Averager System mainframe. The mainframe is NIM (Nuclear Instrumentation Module) compatible and has twelve slots. The three right-most slots are filled by the display module and nregulated power supplies, leaving nine slots for other NIM modules. The DC power supply regulators are mounted on a heat sink on the rear of the mainframe.
The display module features three types of meters. The analog meter is for "peaking-up" an experimental signal. The digital voltmeter provides a numeric readout. The "Digital Hold" button may be used to hold the digital meter?s reading. A 20-segment bar graph display may be used to show rapidly changing data.
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Tektronix
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Tektronix 7854 Oscilloscope
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Tektronix
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7A16A
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Tektronix 7A16A Plug-in Amplifier Module
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DC to 75MHz Bandwidth
5mV/div to 5V/div Deflection Factors
1 MegaOhm Input
Bandwidth is selectable to full or limited to 20MHz for low frequency applications |
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Tektronix
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7A24
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Tektronix 7A24 Plug-in Dual Trace Amplifier Module
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DC to 350MHz Bandwidth
5mV/div to 1V/div Deflection Factors
50 Ohm Input
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Tektronix
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7A26
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Tektronix 7A26 Plug-in Dual Trace Amplifier Module
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Dual-Trace Plug-in Amplifier
DC to 200MHz Bandwidth
5 mV/div to 5V/div Deflection Factors
1 MegaAmp Input
Bandwidth May be set at Full of limited to 20MHz for low frequency applications
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Tektronix
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7B10
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Tektronix 7B10 Plug-in Time Base Module
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0.2ns/div to 0.5/div Time Base
Triggering to 1GHz
Variable Trigger Holdoff
Peak-to-Peak Auto Triggering
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Tektronix
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7B15
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Tektronix 7B15 Plug-in Delaying Time Base Module
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0.2ns/div to 0.5/div Time Base
Triggering to 1GHz
Variable Trigger Holdoff
Peak-to-Peak Auto Triggering
Chage in Time Measurements with CRT Readout
Delay Time Measurements with CRT Readout
Vertical Trace Seperation between two delayed sweeps
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Tektronix
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7B53A
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Tektronix 7B53A Plug-in Dual Time Base Module
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5ns/div to 5s/div Time Base
Mixed Sweep
Triggering to 100MHz
Single-Sweep Operation
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Tektronix
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7B80
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Tektronix 7B80 Plug-in Time Base Module
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1ns/div to 5s/div Time Base
Triggering to 400MHz
Variable Trigger Holdoff
Peak-to-Peak Auto Triggering |
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Tektronix
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7B85
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Tektronix 7B85 Plug-in Delaying Time Base Module
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1ns/div to 5s/div Time Base
Triggering to 400MHz
Variable Trigger Holdoff
Peak-to-Peak Auto Triggering
Change in Time Measurements with CRT Readout
Delay Time Measurements with CRT Readout
Vertical Trace Seperation between two Delayed Sweeps |
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Tektronix
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Tektronix 7B92A
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Tektronix
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7S11
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Tektronix 7S11 Plug-in Sampling Sweep Unit Module
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2mV/div to 200mV/div Deflection Factors
Takes a single Plug-in Sampling Head
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Tektronix
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HFS9003
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Tektronix HFS9003 Programmable Stimulus System Mainframe
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The Tektronix HFS9000 stimulus systems takes the features of a high-performance pulse generator and adds complete data generation capabilities as well. This eliminates the need for a switch matrix since there is data and timing on every pin. And the need for a separate power supply is gone, as the HFS9003 has the ability to produce the DC levels needed to drive logic lines directly. Finally, all these capabilities are present on every pin simultaneously, so you get extremely flexible formatting. Now you can set up a complete stimulus system in minutes, rather than hours or days, and test products more thoroughly throughout the development cycle. The HFS9003 is a 3-slot maingframe with 12-Channel capability.
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Tektronix
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SD30 SD-30
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Tektronix SD-30 Sampling Head
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The SD-30 is a single channel, 50 GHz sampling head. Rise time: less than 7.0ps.
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Tektronix
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TDS3VM
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Tektronix TDS3VM Interface Module: RS-232 and VGA for TDS3000 Series Oscilloscopes
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The TDS3VM is an RS-232 and VGA interface module for use with the Tektronix TDS3000 series digital phosphor oscilloscopes.
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