FCom Fuji Crystal · FSF-7050 Series
FSF-7050 SAW Filters — 110.592 MHz
SMD · 7.0 × 5.0 mm
Explore the FSF-7050 series listing for a 110.592 MHz SAW filter in a 7.0 × 5.0 mm SMD package. Review the catalog parameters below and request the model-specific datasheet to confirm electrical definitions, test conditions, and package details for your design.
Selection Notes
Confirm the Electrical Definitions
Center Frequency and Bandwidth
The listed center frequency is 110.592 MHz and the listed bandwidth is 1.152 MHz. Request the bandwidth criterion and defined passband limits before finalizing the selection.
Insertion Loss
The catalog lists 3.5 dB. Confirm whether this is a typical value or a limit, together with the applicable frequency interval, termination, and measurement temperature.
Stopband Attenuation
The catalog lists 40.0 dB. Request the associated stopband intervals and test conditions to assess rejection against your required frequency mask.
Model Catalog
FSF-7050 Model and Specifications
Use the complete part number when requesting technical documentation or discussing your design requirements.
Scroll horizontally to view all columns.
| Complete P/N | Series | Package | Center Frequency (MHz) | Bandwidth (MHz) | Insertion Loss (dB) | Stopband Attenuation (dB) | Mount | Technical File |
|---|---|---|---|---|---|---|---|---|
| FSF7050- |
FSF7050 | SMD7050 | 110.592 | 1.152 | 3.5 | 40.0 | SMD | Request PDF |
Across the FCom product portfolio, published product information is intended to support preliminary selection and technical evaluation. Final design and procurement decisions should be based on the latest model-specific datasheet and applicable specifications, including parameter definitions, minimum, typical and maximum values, test conditions and operating limits. Series-level ranges describe the available product options and do not represent the performance limits of any individual model.
Request PDF opens a prepared email to FCom for the selected model.
Integration Notes
Review the Interface Before Design-In
Source, Load, and Matching
Port impedance, source/load test terminations, and external matching requirements are not specified in this catalog entry. Obtain the model-specific recommendations before selecting interface components.
Temperature and Evaluation
Confirm operating and storage temperature ranges, electrical measurement conditions, and the recommended evaluation setup. Include your required temperature range and signal conditions in the technical inquiry.
Package & Pin Assignment
7.0 × 5.0 mm SMD Package
Package Summary
- Series
- FSF7050
- Package code
- SMD7050
- Listed package size
- 7.0 × 5.0 mm
- Mounting type
- SMD
Mechanical Drawing and Pin Functions
Request the drawing and pin assignment for FSF7050-110M592-1M152-3.5-40. Confirm package height, dimensional tolerances, land pattern, viewing direction, and signal/ground pin functions before PCB layout.
Pin assignments and footprint compatibility cannot be confirmed from the package size alone.
Selection and Design-In Support
Request the Model-Specific Technical File
Quote FSF7050-110M592-1M152-3.5-40 and share your application, required passband and bandwidth definition, insertion loss limit, rejection mask, source/load conditions, operating temperature, sample quantity, and expected volume.
Engineering Questions
Frequently Asked Questions
Which model is listed in the FSF-7050 series?
The model listed on this page is FSF7050-110M592-1M152-3.5-40, with a center frequency of 110.592 MHz and a 7.0 × 5.0 mm SMD package.
Is the listed 1.152 MHz bandwidth a 3 dB bandwidth?
The catalog lists a bandwidth of 1.152 MHz without specifying a dB criterion. Confirm the bandwidth definition and passband limits in the model-specific datasheet.
Are 3.5 dB insertion loss and 40.0 dB stopband attenuation guaranteed limits?
These are the listed catalog values. Their minimum, typical, or maximum status, measurement conditions, and stopband frequency intervals are not specified in the catalog entry. Confirm these details in the datasheet before using the values as design limits.
How can I request the FSF-7050 technical file?
Use Request PDF in the catalog table to prepare an email to FCom, or contact the engineering team and quote FSF7050-110M592-1M152-3.5-40. Include your application, required passband, source and load conditions, operating temperature, and expected quantity.