RF Design

Watech Electronics has introduced the HTX2G01P3K0CC-T, an LDMOS power amplifier designed for industrial, scientific, and medical (ISM) applications operating across a frequency range of 0.4 to 100 MHz. The amplifier is part of a broader family of LDMOS-based RF power solutions developed for environments where operating conditions can vary significantly due to factors such as material inconsistencies, component aging, and changing process requirements. Such applications require RF power amplifiers that can maintain stable performance under demanding conditions.

New Taoglas® Raptor MAX High Performance 13-in-1 Combination Antenna. The RAPMAX.13 can be configured in any combination of multiband GNSS (L1/L5), up to 8 5G/4G antennas, and up to 4 Wi-Fi® antennas. Each of the cellular antennas covers all global 5G/4G bands from 600 to 6000MHz with great efficiency across all bands. The Wi-Fi® antennas are designed for Wi-Fi® 6/7 coverage on bands 2.4, 5.8 and 7.125GHz. The embedded multiband active GNSS antenna covers both the L1 and L5 bands, helping you achieve a much greater positional accuracy than from single GNSS.

New Taoglas Raptor MAX High Performance 13-in-1 Combination Antenna New Taoglas Raptor MAX High Performance 13-in-1 Combination Antenna

Mini-Circuits’ ZBT-44-1A-FT+ is a wideband coaxial bias-tee covering frequencies from 10 MHz to 43.5 GHz with low insertion loss, excellent return loss, and high DC to RF isolation over its entire frequency range. This model is capable of handling up to +30 dBm (1 W) RF input power and DC input current up to 1.3 A, and is ideal for applications such as biasing amplifiers, laser diodes, active antennas and more.

Mini-Circuits ZBT-44-1A-FT+ 43.5GHz 1.3A Bias Tee Mini-Circuits’ ZBT-44-1A-FT+ is a wideband coaxial bias-tee covering frequencies from 10 MHz to 43.5 GHz.

Antenna Selection: Six Ways to Avoid Tripping on the Most Overlooked Step in Device Design. Choosing the right antenna early in the design process is critical for getting that device to market on time and on budget. Here are the top six considerations when comparing antennas and how to use AI to streamline that process. Read more via Taoglas:

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These Mini-Circuits ZVA coaxial, medium power, high frequency amplifiers operate from 71 to 86 GHz. These models are ideal for applications including automotive tests, radar/sensing, 5G FR2 bands (e-band) and more. Internal DC-DC conversion circuitry maintains constant efficiency over the full input voltage range. The amplifier incorporates several DC-protection features, such as over-voltage, reverse voltage and in-rush current, that protect the amplifier from damage if mishandled during operation.

https://www.minicircuits.com/WebStore/dashboard.html?model=ZVA-71863HPX%2B

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