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Scientific Research |
EWT currently work with various partners to address various market segments as below: |
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Lock-In Amplifiers: Multichannel Dual Phase DSP Lock-in Amplifier, The first and only multiple input Dual Phase DSP Lock-in Amplifier. Each unit can be configured with multiples of 4 inputs up to 32 inputs.Dual Phase Precision DSP Lock-in Amplifier, Since their invention back n the 1960's, lock-in amplifiers have been used whenever the need arises to measure the amplitude and/or phase of a signal of known frequency in the presence of noise. Dual Phase General Purpose DSP Lock-in Amplifier, sets a new standard for general-purpose DSP lock-in amplifiers. Dual Phase Wide Bandwidth DSP Lock-in Amplifier, DSP lock-in amplifier is an exceptionally versatile instrument with outstanding |
performance. High Performance Dual Phase Analog Lock-in Amplifier, Over the past few years. the SIGNAL RECOVERY models 5209 (single-phase) and 5210 (dual-phase) have become the benchmark lock-in amplifiers against which others are judged. Basic Dual Phase Analog Lock-in Amplifier. |
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Lock-In Software: Data Acquisition Software Operates with all Lock-in Amplifiers, Boxcar Averagers, and the Preamplifiers Suitalbe for Windows XP/Vista, Remote Front Panel mode, Experiment Recording mode - take data versus time, frequency or auxiliary ADC values, Input and output triggers, Method and Data storage, ASCII text export utility, GPIB or RS232 operation and Free demonstration version available. |
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PreAmplifiers: 4 Channel Differential Voltage Preamplifier, four channel, medium input impedance, low-noise, AC-coupled voltage preamplifier which offers a true differential input. Low Noise Voltage Preamplifier, is a high performance, low noise voltage preamplifier with continuously adjustable gain and optional high, low or bandpass filtering. Current Preamplifier, current-to-voltage preamplifier of low noise and low input impedance designed to amplify the extremely low low currents encountered in such areas as photometry and semiconductor research |
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