Mini-Circuits LDPQ-132-33+

Mini-Circuits LDPQ-132-33+ Environmental and export classification status description

The Mini-Circuits LDPQ-132-33+ is a lowpass filter with a passband from DC to 132 MHz and a stopband from 140 MHz to beyond. It features a low insertion loss and high stopband rejection, making it suitable for various RF and wireless applications. Functions: - Filtering out unwanted frequencies above 132 MHz while allowing signals below that frequency to pass through. - Providing high stopband rejection to minimize interference and improve overall signal quality. - Improving the selectivity and performance of RF and wireless systems. Applications: - RF front-end filtering in communication systems. - Signal conditioning in RF receivers and transmitters. - Spectrum analysis and signal processing. - Test and measurement equipment. - RFID systems. - Medical devices using RF technology. Alternative Components: 1. TTE Low Pass Filters 2. K&L Microwave LP Series Filters 3. MA-COM Lowpass Filters Embedded Modules: The Mini-Circuits LDPQ-132-33+ can be integrated into various RF systems and modules, such as: 1. RF transceivers. 2. Spectrum analyzers. 3. Signal generators. 4. Antenna systems. 5. RF amplifiers. Related Q&A: 1. What is the typical insertion loss of the Mini-Circuits LDPQ-132-33+ filter? The typical insertion loss is around 0.25 dB in the passband. 2. Does the filter have a good return loss performance? Yes, the filter offers excellent return loss characteristics, typically greater than 15 dB. 3. Can this filter be cascaded with other filters for more aggressive filtering requirements? Yes, you can cascade multiple filters to achieve more aggressive filtering and tailor the frequency response as needed. 4. Is the Mini-Circuits LDPQ-132-33+ suitable for high-power applications? The filter is designed to handle moderate power levels, but for high-power applications, additional power handling considerations may be required. 5. Are there any temperature limitations for the operation of this filter? The filter operates within specified temperature ranges, typically from -20°C to +85°C, ensuring reliable performance in various environments.