LP1206A3500ASTR\100

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

RF filters are passive devices used in radio-frequency systems to reduce interference from and to other circuits. The LP1206A3500ASTR\100 is a ceramic band-pass filter designed for transmitting and receiving applications in the radio frequency band. It is most commonly used in RF circuitry that requires a passband of 700 - 3000 MHz. It has a pass band insertion loss of 4dB, max. Rejection of 25dB at 824 to 2500 MHz, and is suface mountable for easy installation.

It is composed of a combination of ferrite material and dielectric layers, so that it is capable of effectively filtering out unwanted noise and high frequency signals. Furthermore, the LP1206A3500ASTR\100 filter offers low cost, low insertion loss, and wide frequency range coverage.

The working principle of this filter is based on impedance matching. Impedance matching is the process by which an electromagnetic wave transfers its energy into electrical power and vice versa. This process requires two components – a transmission line and a filter. The filter’s purpose is to limit the passage of high frequency signals, and also to reduce the amount of energy that is transferred. The transmission line serves to reduce the amount of reflected signals and maintain signal integrity. Impedance matching is essential in order to ensure that the signal does not exceed the maximum power and frequency, thus preventing interference with other signals.

The LP1206A3500ASTR\100 filter is designed to match a specific impedance, and thus it is important to consider the fundamental impedance when selecting the filter. This filter is composed of a series of capacitors, inductors, and resistors which are arranged in order to maximize the response to the desired signal. It is designed to reject signals outside the passband while allowing signals within the passband to pass through. This is achieved by manipulating the parameters of the filter such as the inductance, capacitance, and resistance. By adjusting these parameters, the frequency response of the filter can be optimized for specific applications.

In addition, the LP1206A3500ASTR\100 filter also includes a temperature compensation feature. This feature enables the filter to maintain its performance even when its temperature changes. This is due to the inclusion of a temperature sensor that monitors the temperature and dynamically adjusts the parameters in order to compensate for any temperature fluctuations. As such, the filter can be used in extreme temperature conditions without any loss of performance.

The LP1206A3500ASTR\100 filter is an effective solution for radio frequency interference, as it provides an effective filter that has a wide frequency range and low pass band insertion loss. Furthermore, its temperature compensation feature helps to ensure that the filter will continue to perform regardless of temperature variations. This makes this filter an ideal choice for applications in which the environment may not be well controlled or in which extreme temperatures are expected.

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