Mini-Circuits Innovations in LTCC Passive Components
PROPRIETARY TECHNOLOGIES, LTCC Filter Innovations, The Industry’s Widest Selection
Mini-Circuits doesn’t just offer the industry’s widest selection of LTCC filters. Their LTCC design team is at the forefront of the field, combining novel material systems and circuit topologies with proprietary material modelling and simulation techniques to realize truly novel devices unlike anything else currently available on the market. These innovations are extending the applicability of LTCC technology to a host of new applications, along with unparalleled advantages of size, cost, reliability and manufacturability. Here are some recent successes from thier development pipeline:
Ultra-High Rejection
- Rejection floor down to 100+ dB
- A fraction of the size of competing technologies with comparable performance
- Excellent selectivity
- Built-in shielding
- 1812 package style
- Patent pending
mmWave Passbands
- Passbands to 50+ GHz
- The industry’s widest selection of LTCC filters optimized for 5G FR2 bands
- Growing selection of models for Ku- and Ka-band Satcom downlink
- 1812 & 1008 package styles
Substrate Integrated Waveguide
- First commercially available SIW LTCC filter in the industry
- Narrow bandwidth (~5%) and
good selectivity - Internally shielded to prevent detuning
- 1210 package style
Integrated Balun-Bandpass Filters
- Combine balun transformer and bandpass filter in a single device
- Saves space and simplifies board layouts in ADCs, DACs and other circuits
- 1210, 1008 & 0805 package styles
Custom Designs
Mini-Circuits’ industry-leading material modeling and simulation capability consistently achieves first spin success from initial simulation to measured data from working prototypes. This allows us to develop custom LTCC components for your special requirements with fast turnaround and a reasonable cost. Additionally, all of our LTCC products are available for special qualification testing for Hi-Rel, space and more. Contact us to discuss how we can support your project success.
Courtesy of Mini-Circuits
