The LTB90-30-P3F is a compact LTCC bandpass filter designed for 75-105MHz RF and microwave systems. It delivers high rejection performance, fast delivery, and customizable design options for diverse high-frequency filtering needs.
Brand:
Yun Micro Electronics LtdItem NO.:
LTB90-30-P3FOrder(MOQ):
1Product Origin:
Hefei, Anhui, ChinaShipping Port:
Shanghai/ShenzhenLead Time:
5 weeksProduct Overview
The LTB90-30-P3F is a compact LTCC bandpass filter designed for 75-105MHz RF and microwave systems. It delivers high rejection performance, fast delivery, and customizable design options for diverse high-frequency filtering needs.
Suitable for wireless communication systems, RF modules, base station systems, and other high-frequency applications.
Specifications
| Item | Value |
| FO(MHz) | 90 |
| IL(F0) | ≤2 |
| BW (-1dB) | ≥30M |
| VSWR | ≤1.8 |
| Stopband | ≥20dB@30M;≥20dB@145M |
| Dimension (mm) | 9*5*1.9 |
| Structure | F |
| Storage temperature | -55℃ ~ +85℃ |
| Operating Temp range | -55℃ ~ +85℃ |
| Compliance | RoHS |
Typical Characteristics

Features
Applications
FAQ
Q1: What is the frequency range of this LTCC band pass filter?
A: The LTB90-30-P3F LTCC band pass filter operates from 75MHz to 105MHz, with a center frequency of 90MHz and a bandwidth of 30MHz. It is designed for high-frequency RF and microwave applications requiring precise signal filtering.
Q2: Can this 90MHz LTCC band pass filter be customized for different frequency requirements?
A: Yes. We provide customized LTCC band pass filter solutions based on customer requirements, including center frequency, bandwidth, insertion loss, package size, and electrical performance specifications. Our engineering team can support prototype development and volume production for different RF applications.
Q3: What applications can use the BPLT14900-300-5 RF band pass filter?
A: The LTB90-30-P3F is suitable for various RF and microwave systems, including wireless communication equipment, RF front-end modules, and microwave testing equipment. Its compact LTCC package and high rejection performance make it suitable for space-limited high-frequency designs.
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