Audio-Technica BPF470T608 Band-Pass FIlter

Enhanced Wireless Clarity with Audio-Technica BPF470T608
The Audio-Technica BPF470T608 Band-Pass Filter is your gateway to superior audio performance in wireless microphone systems. Operating optimally within the 470 to 608 MHz frequency range, this filter is crucial for users in North America. It is designed to block unwanted "out of band" signals that commonly saturate the front end of wireless receivers, thus ensuring that your audio remains clear and interference-free during crucial broadcasts and performances.

Seamless Integration for Immediate Improvement
Utilizing the BPF470T608 is effortlessly straightforward. It requires no external power or complicated user configurations. Simply connect this band-pass filter in line with your wireless system's antenna via standard BNC connectors. It immediately begins to filter out all non-essential frequencies, providing up to 40 dB of side rejection, which drastically improves the dynamic range and fidelity of your audio output.

Designed for Diverse Applications
Whether you're handling live events, broadcasts, or presentations, the BPF470T608 is built to enhance the performance of nearly all wireless microphones operating within its frequency range. This makes it a versatile solution tailored to meet the demands of various professional audio environments.

Compact and Efficient
Despite its powerful performance, the BPF470T608 boasts a compact design with a minimal footprint, making it an unobtrusive addition to any setup. Its small size belies its significant impact on audio quality, ensuring that it can be integrated even into the most space-constrained setups without hassle.

Optimized for Professional Use
This band-pass filter not only improves the quality of wireless microphone transmissions by reducing noise and interference but also supports the integrity of your system by not passing DC bias, which makes it unsuitable for use with active antennas but ideal for passive setups. It is particularly noted for not being compatible with in-ear monitor systems or other transmit applications, focusing solely on enhancing microphone performance.