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Untitled Document
PRODUCT HIGHLIGHT

Keithley's S470 is the new Cost-per-Pin Standard for Production Parametric Test that's as Flexible as it is Economical. It's a comprehensive production parametric test solution that is the best cost-per-pin system in the industry and offers all of the measurement capability needed for DC and RF parametric testing of 130nm CMOS processes on 200mm wafers. With a family of powerful integrated tools for test development, recipe selection, test execution, and data analysis, the S470 performs well in either a multi-tool working environment or configured as a stand-alone characterization system in a lab.

Click Here to read the article “Adaptive Test Adds Value to Parametric Electrical Wafer Probe”.

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Untitled Document
WHAT'S NEW

New On-line Demo
Models 6220/6221 Precision DC Current/AC and DC Current Sources

News Release
Introducing the Industry's Only AC Current Source on the Market

News Release
New Nanovoltmeter Eliminates Noise in Low V Measurements

New On-line Article
Choosing a Strategy for Component Test Automation

New On-line Demo
Model 2800-GSM RF Power Analyzer for GSM transmitter quality modulation measurements

On-demand Video
Understanding High Accuracy Wireless Measurements

WORLDWIDE SITES
MORE SOLUTIONS

New nanovoltmeter for eliminating noise in low voltage measurements
Keithley's new Model 2182A Nanovoltmeter is optimized for making low noise measurements in research, metrology, nanotechnology, superconductivity, and other low voltage/resistance applications. Use it with the models 6220 DC current source or 6221 AC/DC current source to make resistance measurements, pulsed I-V measurements, and differential conductance measurements faster and more accurately than previously possible, in many cases eliminating the need for an expensive lock-in amplifier or AC resistance bridge. The combination is also useful in many nanotechnology applications because of its ability to measure resistance while dissipating very little power in the device under test (DUT).

Device testing and characterization for today's very small and power-efficient electronics requires sourcing low current levels, which demands the use of a precision, low current source. Lower stimulus currents produce lower - and harder to measure - voltages across the device. Combine the Model 6220 or Model 6221 with a Keithley Model 2182A Nanovoltmeter to address both of these challenges.
Click here to find out more.