5504-05-1

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Reed relays are electric switches which were initially created utilizing flexible reed microwire switches which operated with actuator path. The bellows box of glass coated with a vacuum also became quite popular during this period. Reed relays are electromagnets consisting of two coils wrapped around an iron core with a coil of wire running through the core. The wire is encrypted onto the core using a magnetic field and when an electric current is applied, the coils are energized, creating a magnetic field which attracts the reed switch, closing the circuit. Reed relays are typically used to control the flow of high voltage circuits and can also be found in medical imaging, broadcasting equipment, or wherever high precision and high performance are required.

The 5504-05-1 reed relay is a type of reed relay with specific application field and working principles. Utilizing latching reed contacts for signal sorting, pre-amplifiers, transistors, and associated circuitry, the 5504-05-1 reed relay meets stringent military specification requirements. Primary target applications include remote sensing and control, broadcast RF/IF signal routing, industrial process control, and test and measurement equipment.

The relay can also be tuned to fit particular applications. For example, one of the most common uses is in medical imaging scanners. Unlike normal switching applications, medical imaging scanners need the signal to be applied in an exact time frame, according to a pre-determined protocol. The 5504-05-1 has the ability to carry out this task, as its reed contact design ensures a fast and exact action every time.

The working principle of the 5504-05-1 reed relay includes the use of a suspending magnet, a stationary magnet and a reed switch. In use, the suspending magnet is energized, thus inducing an electric field around its core which causes the reed switch to open or close. When the suspending magnet is energized, the magnetic field of the stationary magnet interacts with the reed switch, causing it to move and close the circuit. This allows for a fast, accurate switching action.

In addition, the 5504-05-1 reed relay has several other practical capabilities. It has a high switching capacity, as it can handle both currents and voltage up to a high level. It is also vibration proof and can operate even in high vibration environments. The design of the 5504-05-1 reed relay is also more compact than other types of relays, making it easier to position and install in a wide variety of applications.

In conclusion, the 5504-05-1 reed relay is a high-performance and versatile electric switch being used in a variety of applications. Featuring a reed contact design, latching reed contacts, and a range of tuning capability, this relay is often used in diverse applications such as medical imaging and broadcast RF/IF signal routing. When energized, the relay can quickly, accurately switch up to high levels of voltages and currents, and is able to handle vibration environments too.

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