Microstrip Power Divider Utilizing Thin Film Processing Technology for Enhanced Repeatability and Stability
High-Performance | Compact Size | Low Insertion Loss | Custom Designs Available Our Thin Film RF & Microwave Filters are designed for high-frequency applications where compact size, stable performance, and excellent signal selectivity are required. Using precision thin-film processing technology, the filter circuit is fabricated with highly controlled conductor patterns and material layers, enabling excellent consistency and repeatability. Compared with conventional filter
High-Performance | Compact Size | Low Insertion Loss | Custom Designs Available
Our Thin Film RF & Microwave Filters are designed for high-frequency applications where compact size, stable performance, and excellent signal selectivity are required.
Using precision thin-film processing technology, the filter circuit is fabricated with highly controlled conductor patterns and material layers, enabling excellent consistency and repeatability. Compared with conventional filter solutions, thin-film technology can provide a compact form factor while maintaining low insertion loss, high rejection, and good temperature stability.
Our thin-film filter solutions can be designed as Band Pass, Low Pass, High Pass, and other customized filtering configurations, supporting RF, microwave, and selected millimeter-wave applications. Depending on the design and structure, thin-film filters can support applications requiring sharp roll-off, wide stopband performance, and high-frequency signal control.
Key Features
- Compact and low-profile design
- Low insertion loss
- High out-of-band rejection
- Excellent frequency consistency and repeatability
- High precision thin-film circuit processing
- Good temperature stability
- Suitable for high-frequency and microwave applications
- Surface-mount and customized package options available
- Custom frequency bands and electrical specifications available
Thin-film filter technologies are widely used in wireless communications, 5G/6G infrastructure, satellite communications, radar, GPS/GNSS, WLAN, aerospace, defense, and other high-frequency electronic systems.
Customization is available based on your frequency range, bandwidth, insertion loss, rejection, power handling, impedance, package size, and application requirements.