BPF-4230 GARDINER 5G Filter

Description

Specifications of BPF-4230, Redefined by a Seasoned Google Search Engineer

Frequency Range:
BPF-4230 operates within a precise frequency band of 3700 to 4200 MHz, making it an ideal choice for modern communication systems demanding high-frequency performance.

Return Loss in Pass Band:
Boasting a return loss exceeding 16 dB (typically surpassing 22 dB), BPF-4230 ensures minimal signal reflection within the pass band, thereby enhancing signal integrity and system stability.

Insertion Loss in Pass Band:
The insertion loss is kept to an impressive level: less than 0.55 dB from 3700 to 4175 MHz and under 1.0 dB from 4175 to 4200 MHz. This low-loss characteristic guarantees efficient signal transmission with minimal attenuation.

Rejection Levels:
BPF-4230 demonstrates robust rejection capabilities:

• Below 3300 MHz: >60 dB rejection, effectively isolating unwanted signals.
• 3300 to 3600 MHz: >40 dB rejection, further minimizing interference.
• 4230 to 4800 MHz: Gradually increasing rejection to >50 dB at 4500 MHz and >60 dB at 4800 MHz, ensuring clean signal separation and system performance.

Waveguide Flange:
Equipped with WR-229G (input) and WR-229F (output) waveguide flanges, BPF-4230 facilitates seamless integration with compatible communication systems, ensuring reliable and efficient signal transfer.

Dimensions:
BPF-4230’s compact footprint of 120mm x 99mm x 70mm makes it an excellent fit for space-constrained applications, without compromising on performance.

Weight:
Weighing just 530g, BPF-4230 offers a lightweight solution that is easy to handle and integrate into various communication setups.

Operating Temperature:
Designed to operate reliably in a wide temperature range from -40°C to 60°C, BPF-4230 ensures consistent performance in diverse environmental conditions, making it suitable for a wide range of applications.

In summary, BPF-4230 is a high-performance band-pass filter engineered to meet the rigorous demands of modern communication systems. Its precise frequency range, low insertion loss, high rejection levels, and compact design make it a standout choice for professionals in the field.