- Design Toolkit for SAW Developers -
 Download Toolkit
This application toolkit is specially intended for designers of SAW circuits. It lucidly describes designs for resonators and complete front-end modules with numerous illustrations. The toolkit consists of the following sections:
- Fundamentals of SAW technology
- Product overview and data sheets for frequently used standard SAW components
- Design tools and application notes
- Specimen circuits for remote keyless entry, tire pressure monitoring and many other applications
| - How to Choose the Optimal SAW Filter -
Download How to Choose
The characteristics of surface acoustic wave (SAW) filters are presented in order to find a suitable SAW filter for a short range device system. Sections include:
- Criteria to choose a SAW Filter (frequency band, electromagnetic interference, bandwidth, sensitivity, maximum ratings, e.g. operable temperature, quality standards)
- Simulation of SAW Filter (system calculation with a circuit simulator)
- SAW Filter technology
- Datasheets explained
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- S_Parameters for SAW Filters -
Download S_Parameters The zip file above includes all S-Parameters for SAW filters for automotive applications presented in the current SAW Device Selection Table. S-Parameters for the narrowband as well as for the wideband range are included.
- SAW Device Selection Table -
Saw Device Selection Table
This selection table of resonators and front end filters contains this content:
- One Port Resonators
- One Port 2in1 Resonators
- Two Port Resonators
- Front End Filters Narrow-band
- Front End Filters Wide-band
- Front End Filters Wide-band 2in1
| - Principles of SAWR-stabilized
Oscillators and Transmitters -
Download Principles This application note describes the physical principle of SAW-stablized oscillator. Oscillator structures for one- and two-port SAW resonators are discussed. An application example for a 433.92MHz transmitter for keyless entry is given. |