Marki Microwave’s New EBAL Series: Your Trusted Source for High-Performance Balun Applications
FOUR NEW Ultra-Broadband Baluns from Marki Microwave
Hand-tuned for optimal phase and amplitude balance performance across band
- Price-competitive solution for the most demanding balun applications
- Maintains signal integrity, ensuring the balun does not negatively impact overall system performance
- Enables utilization of the entire dynamic range of the signal
- Excellent common mode rejection
- Parts will attenuate any common mode or noise present in the signal of interest
| Part Number | Freq. Range (GHz) | Amp. Bal (dB) | Phase Bal (°) | Common Mode Rejection (dB) |
| EBAL-0026 | 10 MHz – 26 GHz | ±0.1 | ±1 | 38 |
| EBAL-0040 | 10 MHz – 40 GHz | ±0.1 | ±2 | 38 |
| EBAL-0050 | 10 MHz – 50 GHz | ±0.2 | ±3 | 31 |
| EBAL-0067 | 10 MHz – 67 GHz | ±0.2 | ±2 | 37 |
NEW White Paper
Until recently, MMIC has not been considered a viable technology for filter development due to misconceptions about the technology, including development time, cost and suitability for custom solutions. Next-generation systems are reconsidering the specification trade-off space to ease loss and rejection requirements in exchange for size reduction. Due to the precision of MMIC lithography, MMIC is uniquely positioned to emerge as the ideal solution to shifting trends. This whitepaper aims to discuss what Marki Microwave contends to be the key metrics of a modern competitive filter and the capabilities of GaAs MMIC filters demonstrated thus far.
Courtesy of Marki Microwave
