ZFL-M5 Low-Pass Filter 500 KHz 50Ω LC LowPass Filter, BNC Interface, LC Discrete-Component Filter with High Rejection

ZFL-M5 Low-Pass Filter 500 KHz 50Ω LC LowPass Filter, BNC Interface, LC Discrete-Component Filter with High Rejection Description

ZFL-M5 low-pass filter features a meticulously designed LC discrete component circuit and a compact form factor, making it ideal for laboratory testing, signal processing, and other applications requiring high selectivity.
It offers a flat passband and excellent out-of-band rejection, effectively filtering out high-frequency interference to ensure signal purity.
With an insertion loss of 1.0 dB in the to 500 kHz frequency range, it minimizes amplitude distortion during signal transmission, making it suitable for high-precision measurements and front-end filtering in sensitive circuits.
It boasts exceptional out-of-band rejection capabilities: Greater than 40 dB at 2.5 MHz and Greater than 50 dB in the 3 MHz to 100 MHz range. It rapidly attenuates out-of-band noise, significantly enhancing the system's interference immunity.
It supports a maximum power handling of 5 W (+37 dBm), allowing it to handle medium-power signals and meet the requirements of most laboratory and RF front-end applications.

The compact design saves installation space. Shell is rugged metal casing, it is suitable for integration into compact equipment or laboratory test setups.
It comes standard with BNC male and female connectors (male: outer bayonet/inner pin; female: outer bayonet/inner socket), facilitating direct connection to common test cables.

Specifications
Model: ZFL-M5
Impedance: 50Ω
Insertion Loss: 1.0 dB @ - 500 kHz
Out-of-Band Rejection: >40 dB @ 2.5 MHz; >50 dB @ 3 - 100 MHz
Maximum Power Handling: 5 W (+37 dBm)
Connector Type: BNC-M (male) to BNC-F (female); dual-female or TNC configurations available upon request
Filter Structure: LC discrete components
Frequency Response Characteristics: Flat passband, steep transition band, and high out-of-band rejection

Usage and Installatio