BFCG-5600+ - Mini-Circuits

Manufacturer Part Number

BFCG-5600+

Manufacturer

mini-circuits

Introduction

The BFCG-5600+ is a compact, high-performance band pass filter designed for surface mount applications, focusing on efficiently selecting frequencies around 5.6GHz.

Product Features and Performance

Center Frequency of 5.6GHz with a wide 840 MHz bandwidth

Insertion Loss at 2.2dB

Impedance standardized at 50 Ohms

Surface Mount Technology for easy integration

Small dimension design: 0.079" L x 0.049" W (2.01mm x 1.24mm) with a maximum height of 0.041" (1.04mm)

Comes in Tape & Reel packaging for automated assembly processes

Product Advantages

High frequency precision with minimal signal distortion

Low insertion loss enhances signal integrity

Compact size suitable for densely populated PCBs

SMT design simplifies assembly and reduces production costs

Broad bandwidth supports multiple applications

Key Technical Parameters

Frequency: 5.6GHz Center

Bandwidth: 840 MHz

Impedance: 50Ohm

Insertion Loss: 2.2dB

Filter Type: Band Pass

Quality and Safety Features

Manufactured under stringent quality control standards

Designed for reliability in demanding conditions

Compatibility

Compatible with a wide range of RF circuits and systems due to its standard impedance and surface mount technology

Application Areas

Telecommunications

Radar Systems

Satellite Communications

Test and Measurement Equipment

Product Lifecycle

The product status is active, indicating ongoing production and availability.

No current indications of nearing discontinuation, ensuring long-term availability and support.

Several Key Reasons to Choose This Product

Precision filtering with low insertion loss optimizes system performance.

Compact, surface mount design facilitates miniaturized and dense circuit designs.

Wide bandwidth supports versatile applications in advanced RF systems.

Backed by mini-circuits’ reputation for quality and reliability.

Active product lifecycle status ensures availability for future projects and systems.