Industry News | 2008-07-19 12:33:16.0
Agilent Technologies Inc. (NYSE: A) today announced the availability of scanning microwave microscopy (SMM) mode, a unique imaging technique that combines the comprehensive electrical measurement capabilities of a performance network analyzer (PNA) with the outstanding spatial resolution of an atomic force microscope (AFM).
Industry News | 2020-02-05 12:30:26.0
This intelligent measurement tool is a new type of handheld LCR meter that can quickly test, identify, and measure board-mounted surface-mount and leaded devices without the need to remove them from a circuit board.
Industry News | 2021-06-04 03:40:08.0
Most of us are familiar with vibration; a vibrating object moves to and fro, back and forth. A vibrating object oscillates. We experience many examples of vibration in our daily lives. A pendulum set in motion vibrates. A plucked guitar string vibrates. Vehicles are driven on rough terrain vibrate, and geological activity can cause massive vibrations in the form of earthquakes. There are various ways we can tell that something is vibrating. We can touch a vibrating object and feel the vibration. We may also see the back-and-forth movement of a vibrating object. Sometimes vibration creates sounds that we can hear or heat that we can sense. In industrial plants, there is the kind of vibration we are concerned about: machine vibration. What is machine vibration? Machine vibration is simply the back and forth movement of machines or machine components. Any component that moves back and forth or oscillates is vibrating. Machine vibration can take various forms. A machine component may vibrate over large or small distances, quickly or slowly, and with or without perceptible sound or heat. Machine vibration can often be intentionally designed and so have a functional purpose At other times machine vibration can be unintended and lead to machine damage. Most times machine vibration is unintended and undesirable. Vibration monitoring allows the user to detect early signs of machine failure/deterioration. This allows the technician to replace or repair machinery before catastrophic system functional failure takes place.
Industry News | 2021-12-03 20:03:25.0
Differential pressure transmitter is a kind of pressure measuring instrument widely used in all kinds of chemical industry. Working principle of differential pressure transmitter is as follows. The differential pressure from the two-sided pressure pipes acts directly on the two-sided isolation diaphragm of the differential pressure transmitter sensor, and is transmitted to the measuring element through the sealing fluid in the diaphragm. The measuring element converts the measured differential pressure signal into the corresponding electrical signal and transmits it to the converter. After amplification and other processing, it becomes the standard electrical signal and then is output.
Industry News | 2021-05-23 23:05:57.0
The ability to accurately understand, control and monitor industrial process pivotal to the successful, commercially viable operation of plants and processes in every industrial sector. The flowmeter is one of the devices capable of measuring the flow rate of the liquid or gas and thus allow the flow rate to be control and monitor.
Industry News | 2018-06-24 07:46:24.0
series, the most versatile and performing flying probe system in the world, which represent yet another outstanding technological leap forward in Seica’s continuous “road” to innovation. This time it will be managed by Viva Next> 6, Seica’s latest evolution of its core management software platform, in a 64 bit version complete with a new graphical interface and a guided environment for creating test programs according to each specific requirement. The new platform continues to leverage its open architecture, further extending the capability of integration with third party software, such as TestStandTM, leaving programmers complete freedom to combine test sequences developed using various platforms in the same test program. In addition to the Seica OEM products described below Seica will also exhibit semiconductor solutions from Crea, OSAI and Microtest.
Industry News | 2018-07-02 21:34:21.0
series, the most versatile and performing flying probe system in the world, which represent yet another outstanding technological leap forward in Seica’s continuous “road” to innovation. This time it will be managed by Viva Next> 6, Seica’s latest evolution of its core management software platform, in a 64 bit version complete with a new graphical interface and a guided environment for creating test programs according to each specific requirement. The new platform continues to leverage its open architecture, further extending the capability of integration with third party software, such as TestStandTM, leaving programmers complete freedom to combine test sequences developed using various platforms in the same test program. In addition to the Seica OEM products described below Seica will also exhibit semiconductor solutions from Crea, OSAI and Microtest.
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