SD25-0836L8UU01

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RF Diplexers

The SD25-0836L8UU01 is a type of RF diplexer. A RF diplexer is an electronic component which permits two or more signals to be dealt with in a single electronic device. It normally consist of two or more filters, each of which passes a different portion of the signal. Depending on the type of filter, each will pass certain frequencies, either from a single input that are then divided into two or more outputs, or it can be two or more inputs that are combined into one single output. This can be used to develop transmission systems with bandwidth overlapping.

Application Field

The SD25-0836L8UU01 can be used in a variety of applications, such as in the telecommunications sector, for the intention of multiplexing, or it can be used in military applications, for instance, in radio navigation and radio-guided weapons such as bombs or missiles. This device can also be used in cellular networks, as well as in Bluetooth applications.

Working Principle

The SD25-0836L8UU01 operates by using two narrowband splitters which join at certain points. The filter provides flat (constant) pass-band responses over the predetermined region. It picks up the desired signal and rejects those signals which are either too low or too high in frequency. This is done by controlling the peak frequencies of the signals entering the device. The device also uses a lowpass filter, which will stop the high frequencies from entering the device. Several lowpass and highpass filters can be combined to form wider frequency pass-bands.

Conclusion

The SD25-0836L8UU01 is a type of RF diplexer used for a variety of applications. It works by controlling the peak frequencies of the signals that enter the device and by making use of a lowpass filter to stop the high frequencies from entering the device. This device can be used in a variety of applications such as, in the telecommunications sector, in Bluetooth applications, in cellular networks, or in military applications such as radio navigation and radio-guided weapons.

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