RFBPF1608060A1T

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RF Filters

The RFBPF1608060A1T is a radio frequency (RF) filter that is designed for high volume, low cost, and high performance applications. It has been developed to filter out signals from undesirable sources. This makes it a great choice for applications such as radio transmitters, receivers, and other communication systems where unwanted signals need to be blocked.

The RFBPF1608060A1T is a single pole SAW filter that provides superior out-of-band suppression and good selectivity. It is designed to provide low insertion loss across the entire frequency range while providing high rejection at out-of-band frequencies. It is constructed using high quality surface acoustic wave (SAW) technology and offers excellent thermal stability and repeatability. The filter features a broad operating temperature range from -40°C to +85°C and a rugged construction. It is housed in an 8-pin surface mount package.

The RFBPF1608060A1T is designed for use in a variety of applications such as communication systems, medical instrumentation, and consumer electronics. It can be used for both narrowband and wideband applications. It is capable of handling both high-frequency and low-frequency signals with excellent results. The filter is capable of operating in both transmitter and receiver frequencies and is suitable for use in base station transceivers.

The working principle of the RFBPF1608060A1T is based on surface waves, which are three-dimensional waveforms that propagate on the surface of a material. The filter is designed so that the surface waves cause the frequency of the signals to be varied, thus providing the desired filtering. The filter features an input and output port which are connected to the waveguides. The waveguides cause the energy at various frequencies to be attenuated, resulting in the desired filtering effect.

The RFBPF1608060A1T is an excellent choice for applications that require high-performance filters with excellent out-of-band rejection, low insertion loss, and stable performance over temperature and frequency ranges. Its performance, ruggedness, and thermal stability make it an ideal filter for a variety of applications.

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