CER0159B

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Ceramic filters (or Ceramic Filter, CF) are high performance components for radio-frequency (RF) signal processing applications. They are widely used in telecommunications, avionics, digital transmission, wireless networking and many other applications. CER0159B is one of the most popular Ceramic Filters for use in industrial, consumer and military applications.

Applications Fields

CER0159B is a well-known Ceramic Filter offering an ideal solution for cost-sensitive applications. It is a high-performance, multistage filter with high selectivity and low insertion loss. The Ceramic Filter offers a wide variety of applications for radio-frequency (RF) signal processing. It can be used in telecommunications, avionics, digital transmission, wireless networking and many other applications.

CER0159B is ideal for applications requiring precise filtering and smoothing of radio frequency signals. One of the most common applications of CER0159B ceramic filters is in cellular telephones. The filter is used in both the transmitter and receiver stages to minimize interference and improve signal clarity.

CER0159B can also be used in the microwave and television industries for high speed data transmission and reception. This filter can also be used in medical equipment, broadcasting equipment, computer networks and other applications. The CER0159B is also compatible with a variety of high end radio frequency devices.

Working Principle

Ceramic filters are used to filter radio-frequency (RF) signals. A ceramic filter has a parallel combination of two capacitors and a resistor. The capacitors are connected in parallel and functions as a short circuit element at resonant frequency. The resistor is connected in series and provides the resonance frequency of the filter.

The Ceramic Filter functions by passing only those frequencies which are at or near the resonance frequency. The filter allows only those frequencies which are in the pass-band of the filter to pass through it. All other frequencies are blocked or attenuated. This helps to reduce interference caused by other signals.

The CER0159B ceramic filter is designed to operate in frequency ranges of up to 800 MHz. It is constructed using high temperature co-fired ceramics and is hermetically sealed. The use of high temperature co-fired ceramics as building material provides excellent long-term stability.

The CER0159B ceramic filter offers a wide range of benefits such as low insertion loss, high selectivity, low temperature coefficient, low dielectric losses and high Q factor. This filter can be easily integrated with other components such as amplifiers, mixers, oscillators and other RF blocks.

Conclusion

CER0159B ceramic filter is a high performance filter with low insertion loss, high selectivity and low dielectric losses. It can be used for a variety of applications in radio-frequency (RF) signal processing. It is ideal for use in cost sensitive applications. Its low temperature coefficient, low dielectric losses and high Q factor make it one of the most popular Ceramic Filters for industrial, consumer and military use.

The specific data is subject to PDF, and the above content is for reference