VPH4-0047-R

VPH4-0047-R is an array designed for radio frequency applications that offer four ports in the form of a high-isolation, low-insertion-loss crossbar switch. The VPH4-0047-R can be used in systems where multiple antennas are necessary and the configuration must change quickly over a wide frequency range.

The VPH4-0047-R enables fast array formation because it requires no manual parameter-tuning. By using broadband microwave switches, it avoids the need to change directions quickly, ensuring the user can receive real-time measurements and identify potential obstacles quickly and efficiently.

The VPH4-0047-R has a robust design implemented with a fully enclosed aluminum cabinet that is designed to withstand the rigors of continuous exposure to harsh environments, including temperatures from -200°C to +450°C. Additionally, the array includes an advanced low-noise amplifier that is used to reduce interference and provide high-quality signals.

The VPH4-0047-R is a high-isolation, low-insertion-loss RF array with four ports and a signal transformer. The signal transformer built into the VPH4-0047-R is used to convert the incoming RF signal to a specific waveform and then transfer the signal between ports and to other devices. The signal transformer is designed to achieve a minimum insertion loss and isolation. The signal transformer also functions as an amplifier to improve signal strength and reduce noise.

Because the signal transformer is designed to provide maximum switchability and minimum switching times, it offers excellent RF performance in highly dynamic environments. This enables the user to access data quickly, as well as to re-purpose resources with high speed and accuracy. Additionally, the VPH4-0047-R features a sophisticated, on-board controller that is used to control the switch matrix direction and perform the required routing of signals.

The VPH4-0047-R works according to the principles of frequency and wavelength synthesis. The array uses a multiplexer, or switch matrix, to route incoming signals to appropriate ports. The switch matrix operates by connecting one port to another at a given frequency. As the frequency changes, the port connection is shifted accordingly, allowing for seamless switching between ports and devices.

By passing incoming signals through its signal transformer, the VPH4-0047-R can shift the frequency to the required wavelength. The signal is then routed to the correct port, allowing the user to access the desired data quickly. Ultimately, the VPH4-0047-R offers superior radio frequency capabilities with minimum switching times.