Used WATERS 2996 #9106203 for sale

WATERS 2996 is a sophisticated spectrometer utilized for performing high-resolution electrical property measurements. It utilizes an Accuracy Imaging System (AIS) to measure electrical signals with an exceptional precision and accuracy. This spectrometer is primarily used in the fields of biochemistry, materials research and analytical chemistry for conducting tests with accuracy and high sensitivity. 2996 features a compact design which allows for easy storage and portability. It includes a back-illuminated CCD array detector, two external PreAmps/PostAmps, an adjustable pulse time indicator, an adjustable pulse width indicator, an adjustable pulse off-center indicator, and an adjustable pulse amplitude indicator. The spectrometer also comes with an analog-to-digital converter that has 8-bit resolution and a dynamic range of 26 dB. In addition, it has two adjustable digital filters which can be used to accurately target the desired electrical signals. WATERS 2996 operates in the frequency range of 500 MHz to 1.2 GHz and offers several data acquisition modes. Its advanced AIS allows for precise and wide dynamic range imaging with high signal-to-noise ratio and superior signal integrity. The spectrometer also includes a data-displaying software that provides a range of display options such as overlay and stacking features. 2996 provides a user-friendly interface and performance monitoring. It has the ability to store data as well as quickly recall settings from prior measurements. Furthermore, it provides user customizations as well as the ability to loop data acquisition, set automatic measuring conditions and change measurement conditions depending on the application being conducted. In conclusion, WATERS 2996 is a reliable and highly accurate spectrometer suitable for many applications in the fields of biochemistry, materials research and analytical chemistry. It is designed to provide users with high sensitivity and resolution, and advanced features such as AIS, data acquisition modes, user customizations, and performance monitoring.