New-Tech Military Magazine | Q2 2020

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is a wideband highpass filter based on suspended substrate stripline technology and supplied in a compact housing with female 2.92- mm coaxial connectors. With a stopband from DC to 13.6GHz and a passband from 18.0 to 40.0GHz, the 50-Ω highpass filter is well suited for 5G, satcom, and test applications. Passband insertion loss is typically 1.5dB from 18.0 to 40.0GHz while passband VSWR is typically 2.0:1 across the same frequency range. Stopband rejection is at least 60dB and typically 80dB from DC to 11.7 GHz and at least 20dB and typically 40 dB from 11.7 to 13.6GHz. The RoHS-compliant filter measures 1.30×0.43×0.60 in. (33.0×10.9×15.2 mm) fromconnector to connector. It is designed for operating temperatures from -40 to +85°C and can handle as much as 2 W (+33dBm) RF input power. MCDI Ltd לפרטים נוספים: . 077-540-6075 ט: 153-77-540-6051 פ:

range, at typically 0.4dB, with return loss of typically 24dB at 50 Ω. Well suited for commercial and military mobile communications systems, the compact SMT transformer measures just 0.93×1.22×0.47 in. (23.62×30.99×11.94 mm) but can handle as much as 50 W RF input power across the full frequency range. The RoHS- compliant transformer is designed for operating temperatures from -40 to +65°C. MCDI Ltd לפרטים נוספים: . 077-540-6075 ט: 153-77-540-6051 פ:

Mini-Circuits’ Highpass Filter Reaches 30GHz Mini-Circuits’ model ZXHF-K912+ is a coaxial highpass filter that uses a patented topology to eliminate stopband reflections. Ideal for use in Wi-Fi, WiMax, and microwave radios, it features a stopband of DC to 7.1GHz and a low-loss passband of 9.1 to 30.0GHz. The novel filter design is matched to 50 Ω in the stopband to eliminate reflections. The typical stopband rejection is 6.9dB from DC to 1.4GHz and 14.3dB from 1.4 to 7.1GHz. The typical stopband VSWR is 2.70:1 from DC to 1.4GHz and 2.10:1 from 1.4 to 7.1GHz. The typical passband insertion loss is 2.0dB from 9.1 to 16.0GHz and 2.6dB from 16.0 to 30.0GHz, while passband VSWR is typically 1.70:1 from 9.1 to 16.0GHz and 2.40:1 from 16.0 to 30.0GHz. The RoHS-compliant filter has an operating temperature range of -55 to +105°C. It is equipped with female 2.92-mm coaxial connectors and rated for maximum stopband input power of 0.25 W and maximum passband input power of 1.26 W when tested at room temperature. MCDI Ltd לפרטים נוספים: . 077-540-6075 ט: 153-77-540-6051 פ:

office@mcdi-ltd.com www.minicircuits.com

Mini-Circuits’ Highpass Filter Reaches 40GHz Mini-Circuits’ model ZHSS-K11G+ is a suspended substrate stripline filter with high-rejection stopband of DC to 8.5GHz, transition band of 8.5 to 11.0GHz, and low-loss passband of 11.0 to 40.0GHz. The RoHS-compliant coaxial filter achieves typical stopband rejection of 80dB from DC to 6.5GHz and 60dB from 6.5 to 8.5GHz for effective separation of signals below 8.5GHz from higher microwave and mmWave signals through 40GHz, such as in satellite communications (satcom) and Fifth Generation (5G) wireless communications systems. The passband insertion loss is typically 1.5dB from 11 to 40GHz with typical passband VSWR of 2,0:1. The 50-Ω highpass filter is rated for input power levels as high as 2 W. It is supplied in a compact metal

office@mcdi-ltd.com www.minicircuits.com

office@mcdi-ltd.com www.minicircuits.com

Mini-Circuits’ SMT Transformer Tackles 50 W from 20 to 600MHz Mini-Circuits’ model SERT4-62HP-50W+ is a high-power, surface-mount- technology (SMT) RF transformer that converts a secondary impedance of 12.5 Ω to a primary impedance of 50Ω (1:4 ratio) from20 to 600MHz. It exhibits extremely low insertion loss across the frequency

Mini-Circuits’ Coaxial Highpass Filter Screens 18 to 40GHz Mini-Circuits’ model ZHSS-K18G+

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