1200651503

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

1200651503 application described in this document refer to ion-sensitive field-effect transistors (ISFEs), which are devices that measure ionic concentrations in the environment. These ISFEs provide a convenient and reliable means to detect and measure ion-specific changes in environmental conditions for both research and commercial applications. The ISFEs utilize a field-effect principle, enabling it to measure ionic concentrations using a simple two-electrode system, eliminating the need for external power sources and bulky interface circuits. Operating at low voltages and low currents, the ISFEs are claimed to be highly sensitive, offering improved accuracy and resolution in comparison to conventional electrochemical systems.

As the name suggests, the 1200651503 ISFEs are based on the field effect transistor (FET) technology. The FET is a type of transistor in which the output current is regulated by the voltage applied to a gate electrode, which is isolated from the main current path by a thin oxide layer. The operation of an FET can be compared to a water valve—by controlling the voltage on the gate electrode, the flow of current through the device can be regulated.

In the case of the 1200651503 ISFEs, the gate is made of an ion-sensitive material, such as polyvinylchloride (PVC), which is selectively permeable to an ionic species – i.e. a chemical species with a charge that can be detected and measured by the device. The ISFE works by sensing the concentration of an ionic species in aqueous solutions, which in turn, is detected by the device\'s gate and modulates the current through the FET. When the ion-specific solution is immersed onto the gate material, the concentration of the ionic species will cause a change in the gate voltage, and thus, the device current changes accordingly.

The application of 1200651503 ISFEs is not limited to measuring and detecting a single ionic species. Instead, the device can be used in a broader range of applications such as measuring the concentration of different ions in complex mixtures, detecting the presence of cations or anions in a given sample, calibrating ion-selective electrodes, and determining the electrolyte concentrations in a sample. Furthermore, ISFEs are also being used in a variety of bio-sensing applications, such as the detection of glucose levels in the human body, or the measurement of pH levels in biological samples.

In conclusion, 1200651503 ISFEs are versatile devices that can be used in a wide array of applications. The devices functionality relies on the field effect technology, enabling it to measure ionic concentrations in aqueous solutions with improved accuracy and resolution. As such, the ISFEs are used in various research and commercial applications, including calibration of ion-selective electrodes, measurement of ion concentrations in complex mixtures, and in a variety of biological sensing applications.

The specific data is subject to PDF, and the above content is for reference