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SAW Filter
Created with Pixso. 900MHz RF SAW Band Pass Filter

900MHz RF SAW Band Pass Filter

Brand Name: ZR Hi-Tech
Model Number: LT-SF-900M-30M-3030
MOQ: 1
Delivery Time: 4 weeks
Payment Terms: T/T
Detail Information
Place of Origin:
CHINA
Features:
High Rejection
Product Name:
LT-SF Series RF SAW Filter
Application:
Wireless Communication
Material:
Aluminum
Temperature:
-40~85℃
Frequency Range:
855 To 915 MHz
Color:
Silver
Low Insertion Loss:
2.5 To 3.5 DB
Packaging Details:
carton packing
Highlight:

saw filter 900mhz

,

900 MHz Ceramic Bandpass Filter

,

SAW Device 900 MHz

Product Description
LT-SF Series RF SAW Band Pass Filter - 900MHz
Product Overview

The LT-SF-900M-30M-3030 is a high-performance RF SAW Band Pass Filter designed for wireless communication applications. Operating in the 855 to 915 MHz frequency range, this filter offers excellent rejection characteristics with low insertion loss.

Key Features
  • Frequency range: 855 to 915 MHz
  • Center frequency: 900 MHz
  • Low insertion loss: 2.5 to 3.5 dB
  • High rejection: 30 to 50 dB
  • Compact surface mount package (3×3×1.25mm)
  • Aluminum housing for durability
  • Wide operating temperature range: -40℃ to +85℃
  • Compliant with CE, RoHS, and REACH standards
  • 1-year warranty
Technical Specifications
Parameter Specification Conditions
Part Number LT-SF-900M-30M-3030
Center Frequency 900MHz
Insertion Loss 3.5dB Max.; 2.5dB Typ. 855.00~915.00 MHz
Ripple in Bandwidth 2.0dB Max.; 0.8dB Typ.
Group Delay Variation 80ns Max.;30ns Typ.
Input VSWR 2.0 Max.;1.8 Typ.
Output VSWR 2.0 Max.;1.8 Typ.
Attenuation 50dB Min.@DC~750.00MHz
45dB Min.@750.00~855.00MHz
30dB Min.@945.00~1050.00MHz
45dB Min.@1050.00~2100.00MHz
30dB Min.@2100.00~3000.00MHz
Dimensions 3×3×1.25mm
Note: Custom specifications available upon request. Please contact us for details.
Outline Drawing
900MHz RF SAW Band Pass Filter 0
Applications

This RF SAW filter is ideal for various wireless communication systems requiring precise frequency filtering with high rejection and low insertion loss characteristics.

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