B39162B3517U510

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SAW Filters are a type of passive component D evices that are used as a band-pass filter, low-pass filters and high-pass filters in frequency-selective circuits. The B39162B3517U510 is a SAW filter with a high performance frequency range of 465 to 790MHz. It offers good out-of-band rejection and moderate group delay without requiring any external components or tuning.

A SAW filter consists of a piezoelectric substrate which supports interdigital transducers (IDTs) and a reflector. The IDTs are a pair of parallel, interleaved electrodes made up of metal lines. Each electrode is driven by a electrical signal over its corresponding connection. The substrate creates a reflection when the electrical pulses reach the electrode pairs and a center frequency is created.

In the B39162B3517U510, the IDTs are etched onto the piezoelectric substrate, which is designed to filter out unwanted frequencies. The filter features a center frequency of 682.5MHz and a bandwidth of 438MHz centered at the center frequency. The filter has a steep rejection of better than 50dB across the band, which ensures good out-of-band frequency rejection.

The B39162B3517U510 is designed for use in a wide range of applications, including radio and TV broadcasting, TC and cellular applications, satellite communications, and wherever RF signal frequency isolation is required. The filter also offers excellent high frequency attenuation, efficient isolation, and low insertion loss.

The B39162B3517U510 is designed to work over a wide range of temperatures. It can operate from -40°C to +90°C and is also designed to withstand high vibration levels. The filter is also designed to be reliable and durable even when exposed to extreme conditions.

The B39162B3517U510 is a high-performance SAW filter, designed to offer good out-of-band rejection and moderate group delay without the need for any external components or tuning. Its wide frequency range makes it suitable for use in a variety of applications. Its robust design and good temperature stability make it a reliable component for RF signal frequency isolation.

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