GPRS1014B-BW

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The GPRS1014B-BW is an induction current transformer that can measure alternating current above the frequency of 0.5~25MHz. It has an upper frequency of 70MHz and an inductive sensitivity of 10V/A. One of the most versatile features of the GPRS1014B-BW is its strong anti-interference capability, which allows it to measure currents in extremely noisy environments without affecting the accuracy of its readings. Additionally, it features a wide dynamic range, a low-power consumption, and a easy to use interface. This makes it an ideal choice for a variety of applications.

One key application field of the GPRS1014B-BW is in medical imaging. It can be used in a wide variety of medical imaging devices, ranging from ultrasound machines to X-ray machines, MRI (magnetic resonance imaging) scanners and more. These devices require a precise and reliable power source that can accurately measure the current passing through the device, which the GPRS1014B-BW is able to provide. Furthermore, the anti-interference capability of the GPRS1014B-BW allows for it to be used in high-noise medical environments, such as operating rooms, without adversely affecting the results of the imaging devices.

The GPRS1014B-BW can also be used in industrial applications, due to its reliable power source and its strong anti-interference properties. This allows it to be used to measure current in industrial motors, pumps, and other equipment. Additionally, its wide dynamic range allows it to accurately measure large currents, something that is especially useful in systems with unreliable power sources, such as high-voltage lines. Furthermore, its low-power consumption makes it suitable for use in remote power systems, as its low power consumption allows for the system to operate for long periods of time without any need for frequent power refills.

The working principle of the GPRS1014B-BW is quite simple. It consists of a core of ferrite and other non-magnetic materials, which create a gradually decreasing inductance between the internal and external parts of the device. When a current is applied to the external part, a voltage is produced in the core, which can then be measured and used to determine the value of the current. Furthermore, due to the strong anti-interference properties of the GPRS1014B-BW, it can accurately measure the current passing through it even in noisy environments.

In conclusion, the GPRS1014B-BW is a versatile and reliable induction current transformer that can be used in a variety of medical and industrial applications. Its wide dynamic range, low-power consumption, and strong anti-interference capability make it an ideal choice for applications that require an accurate and reliable power source. Its working principle is relatively simple, utilizing a core of ferrite and other non-magnetic materials to produce a voltage that can be used to measure the current passing through the device. As a result, the GPRS1014B-BW is an invaluable tool for a variety of applications.

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