Product Watch

In the rapid development of wireless communication and radar system, 175-210MHz high power circulator has become the technical focus in military, industrial and communication field by virtue of its excellent VHF band adaptability and high power carrying capacity.

Water consumption is outstripping supply. The National Geographic Society says we are consuming eight times more water than we did a century ago^[1], a concern that is leading to the ‘water gap’, where renewable water sources can’t keep pace with demand. It’s a problem made worse in times of drought, and affects high-income countries as much as it does l...

MA4AGSW2 PIN diode delivers ultra-fast SPDT switching with low insertion loss and high isolation, ideal for mmWave, radar, and high-speed RF systems.

Waveguide Circulator is a 3 or 4 Port ferromagnetic device used to regulate the signal flow within a system. Waveguide circulators are typically designed to have minimal loss when transmitting an input signal from one port to the next.

The RFPA0133TR7 is a GaAs HBT-based, digitally programmable RF power amplifier delivering high gain and low noise across 380–960 MHz, optimized for ISM and industrial wireless applications with up to 30 dBm output power and >60% efficiency.

Coaxial Isolator UIYCI80140B, covering 60~200MHz frequency range,supporting a maximum power handling of 500W, with an isolation level up to 23dB, stable performance, exceptional quality,easily tackling various communication challenges. Customizable on demand.

Amplifiers are among the most commonly used electronic devices in the world. They serve as one of the basic building blocks of many circuits and come in a wide range of forms.

The recently launched 170-180MHz/1500W circulator,with millimeter wave magnetic circuit optimization technology and composite cavity heat dissipation architecture, it achieves the lowest insertion loss (≤0.25dB) and the highest continuous power (1500W) among similar products. Highest continuous power (1500W),helping customers break through the stability limit of narrow-band high-power...