FSF-5050-480M 480MHz IF SAW Filter for UHF IF | FCom Fuji Crystal
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  • FSF-5050-480M 480MHz IF SAW Filter for UHF IF | FCom Fuji Crystal

FSF-5050-480M 480MHz IF SAW Filter for UHF IF | FCom Fuji Crystal

8-SMD, 5.0x5.0


FEATURE

FCom Fuji Crystal FSF-5050-480M IF SAW filter for 480 MHz UHF IF chains. 5.0×5.0mm SMD package, 50Ω interface design, low insertion loss and strong out-of-band rejection for private radio, industrial wireless and compact multi-stage receivers.

Product Description

FSF-5050-480M 480 MHz IF SAW Filter

A compact 5.0×5.0 mm SMD IF SAW filter centered at 480 MHz for UHF receiver architectures. Designed around 50Ω environments to deliver low insertion loss, stable passband behavior and dependable out-of-band suppression in volume production.

Center Frequency: 480 MHz Package: 5.0×5.0 mm SMD System Impedance: 50Ω RoHS / Lead Free
FSF-5050-480M IF SAW filter, 480MHz, 5×5mm, 50Ω
Image is for series illustration. Final marking and pin indicators may vary by shipment revision.

Key Features

The FSF-5050-480M belongs to FCom Fuji Crystal’s FSF-5050 UHF IF SAW portfolio. It targets 480 MHz IF channel selection in compact receiver chains where board space, selectivity and consistent mass-production performance are equally important.

  • Miniaturized 5×5 mm SMD footprint for high-density RF/IF layouts.
  • 50Ω interface design for easier integration and characterization.
  • Optimized for low insertion loss and stable passband ripple behavior.
  • Suitable for industrial and private-radio-grade reliability targets.

Target Systems & Typical IF Placement

  • Target systems: private mobile radio, industrial wireless modules, compact multi-stage UHF receivers.
  • Typical IF placement: mixer output → IF SAW filter → IF amplifier/limiter → demod/ADC. A stable 50Ω environment helps preserve passband flatness.

Applications

  • Private mobile radio and specialized UHF terminals
  • Industrial telemetry, control and data radio modules
  • Compact multi-stage UHF receivers
  • Dedicated narrowband or moderate-band IF architectures

Why These Specs Matter (Practical View)

  • 480 MHz center frequency: aligns with UHF IF channel plans used to balance selectivity and implementation cost.
  • 50Ω interface: reduces matching complexity and improves fixture-to-board correlation during EVT/DVT.
  • 5×5 mm footprint: supports dense receiver layouts while retaining robust assembly behavior.

If your design requires adjacent center frequencies, specific passband targets, or tailored out-of-band rejection profiles, we can evaluate additional FSF-5050 IF options and customization.

Key Specs

Test-condition note (design guidance): typical references are based on 50Ω source/load and fixture-level measurement near 25°C; verify final performance with your board layout and impedance transitions.

Key Spec

Center Frequency

480 MHz (UHF IF channel selection)
Key Spec

Package

5.0×5.0 mm SMD (FSF-5050)
Key Spec

System Interface

50Ω nominal source/load environment
Key Spec

Use Intent

Low insertion loss with dependable out-of-band suppression

Detailed Specifications

The following values are a practical selection guide for early-stage design. Final production specs should follow the latest FCom confirmation documents.

Parameter Typical Range Notes
Center Frequency (Fc) 480 MHz UHF IF channel selection
Package 5.0×5.0 mm SMD Optimized for compact RF modules
System Impedance 50Ω Designed for standard IF/RF environments
Insertion Loss Low-dB class (application dependent) Verify with board-level layout and matching
Out-of-Band Rejection High attenuation class Supports robust co-channel and adjacent-channel performance
Compliance RoHS / Lead Free Standard FCom environmental control
Matching / Impedance Notes

50Ω Board-Level Best Practices

  • Keep impedance continuity across pads and launch transitions.
  • Minimize via stubs and avoid sharp bends near the filter.
  • Validate passband ripple with S-parameter measurements in EVT/DVT.
Supply & Reliability

Samples, Volume, and Manufacturing Consistency

  • Sample support for bring-up and pilot builds.
  • Volume supply for production programs with stable performance control.
  • Request extended temperature screening if your terminal is outdoor-rated.

Ordering Code / Options

Ordering code: FSF-5050-480M. For receiver projects, options are typically evaluated against your IF plan (center frequency, passband and rejection targets) and your operating environment.

Common Option Dimensions

  • Center frequency: adjacent IF frequency planning within FSF-5050 portfolio
  • Bandwidth shaping: narrow-to-moderate passband targets per channel plan
  • Temperature grade: request screening aligned to indoor/outdoor terminal rating
  • Packaging: SMD production packaging suitable for automated assembly

Selection Path / Upgrade Options

Use nearby-frequency pages to shortlist candidates, then confirm final bandwidth/rejection targets via RFQ.

Documents & Downloads

Datasheet

FSF-5050-480M 480MHz SAW Bandpass Filter (PDF)

For RFQ, include your IF plan, desired bandwidth, rejection targets, operating temperature, and expected volume.

Package Outline

FSF-5050-480M IF SAW filter package outline, 5.0×5.0mm SMD
Mechanical drawing is for reference. Confirm final land pattern and assembly notes in the latest documentation.

FAQ

What is the target frequency of the FSF-5050-480M?
The FSF-5050-480M is centered at 480 MHz for UHF IF channel selection. Its 5×5 mm SMD package and 50Ω interface make it a practical choice for compact, standardized IF receiver designs.
Which applications typically use a 480 MHz IF SAW filter?
Typical use cases include private mobile radio, industrial telemetry and control, dedicated UHF terminals and compact multi-stage receivers requiring reliable selectivity and stable mass-production performance.
Do I need an external matching network?
The filter is designed for 50Ω source/load conditions. Many systems can integrate it directly, while fine tuning layout and impedance transitions may further optimize insertion loss and passband flatness.
Can FCom provide nearby or customized IF options?
Yes. We can evaluate adjacent center frequencies, alternative bandwidth targets or tailored rejection profiles within the FSF-5050 platform to match your channel plan.
Do you provide samples, MOQ, and lead time information?
Yes. We support samples and volume programs. For MOQ and lead time, please contact us with your target IF plan, operating temperature, and expected quantities so we can respond with the right supply path.
What packaging is available for production delivery?
Production deliveries are typically provided in standard SMD packaging suitable for automated assembly (such as tape-and-reel). Confirm packaging configuration and labeling requirements in your RFQ.
Can you provide test data or reports?
We can support verification with typical performance guidance and, where applicable, fixture-based characterization references. Final board-level performance depends on layout and impedance continuity, so EVT/DVT validation is recommended.

Need a More Precise UHF IF Filtering Plan?

FCom Fuji Crystal supports broader FSF-5050 IF frequency coverage and customization for bandwidth shaping, rejection targets and system validation needs.

Engineering support: share your channel plan, IF placement, and blocker profile to accelerate selection and validation. Quality systems references: ISO9001 and ISO14001.

If you also require TCXO, OCXO or additional frequency control components for timing and RF reference design, we can provide a complete solution portfolio.

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