DEA200710LT-1238A1 Filters

RF Filters are electronic control devices that are used in a variety of applications, ranging from signal amplification and protection to product integration and interference control. The DEA200710LT-1238A1 is an RF Filter that is designed to reduce unwanted noise in radios, televisions, and other communication systems. This product is a low-cost, high-performance solution for interference suppression and noise reduction.The DEA200710LT-1238A1 is a Passband filter with a passband frequency range of 10 to 1800 MHz and a return loss of -12 dB. This part features nichrome inductors and variable capacitors and is able to operate over a large range of temperatures. With an insertion loss of 0.5 dB and a return loss of -12dB across its working frequency range, this filter can ensure low noise levels and high signal integrity.The DEA200710LT-1238A1 is ideal for high-frequency and mixed-frequency applications that require low insertion loss and high return loss. It can be used in combination with other filters to provide a wide variety of signal filtering solutions. The filter is also suitable for use in GPS receivers, general-purpose amplifiers, and spectrum analyzers.The working principle of the DEA200710LT-1238A1 is based on its high-frequency response. The filter is composed of a series of inductors and capacitors connected in parallel, which form a lattice network. By varying the capacitors or inductors, the filter can be tuned to a certain passband or stopband frequency. This filter can reject unwanted signals, while allowing the desired signal to pass through.In summary, the DEA200710LT-1238A1 is an RF filter that is designed to reduce unwanted noise in radios, televisions, and other communication systems. It is a passband filter with a passband frequency range of 10 to 1800 MHz and a return loss of -12 dB. This product is ideal for high-frequency and mixed-frequency applications that require both low insertion loss and high return loss. Its working principle is based on its high-frequency response, and it is composed of a series of inductors and capacitors connected in parallel. This filter can reject unwanted signals and allow desired signals to pass through.