Features:
- High Dynamic Range
- flexible
A communication system composed of microwave transmitter, receiver, antenna feeder system, multiplexing equipment, and user terminal equipment. Microwave communication systems, utilizing microwaves for communication, have large capacity, good quality, and can be transmitted over long distances, making them an important means of communication in the national communication network.
The microwave system is divided into three main parts: microwave transmitter, microwave router, and microwave receiver. The microwave transmitter is responsible for converting the signal into microwave energy, which is transmitted through an active antenna. At the same time, the microwave router controls the direction of microwave transmission to ensure that the signal can be effectively transmitted to the destination. Finally, the microwave receiver converts the signal into electrical energy that acts on the circuit.
1. Wireless communication. It transmits information at a faster speed than traditional wired systems, such as cable TV and wireless networks. It can also use radio frequency signals to communicate with various mobile devices such as tablets and smartphones, as well as wireless addressing, making it helpful in improving the efficiency of electronic systems.
2. Transceiver systems are capable of transmitting data or information, such as networks, Internet or broadband color images, broadband Internet access, broadband telephone service, etc.
3. Microwave systems transmit microwave signals to receivers via point-to-point (P2P) communications, completing the connection between remote points.
4. The wireless telephone system and air navigation system used for aircraft receive signals transmitted from the ground to the aircraft to convey location information, enabling the aircraft to fly safely.
5. Medical applications, such as radiotherapy, typically use hot microwaves to transfer the energy of tumor cells to chemicals. Therefore, this can eliminate tumor cells without affecting surrounding normal cells; In addition, it can also be used for cardiac surgery, such as transmitting electrical current to the heart in a safer way than traditional methods to control heart rate.
Qualwave supplies Systems work up to 67GHz. Our Systems are widely used in many applications.
Part Number |
RF Frequency(GHz, Min.) |
RF Frequency(GHz, Max.) |
Description |
Lead Time (Weeks) |
---|---|---|---|---|
QI-TR-0-8000-1 | DC | 8 | Three channel transceiver system, consisting of one receiving channel and two transmitting channels. | 6~8 |
QI-DA-10-13000-1 | 0.01 | 13 | Four channel programmable attenuator system, Each of the 4 independently controlled attenuator channels provides 0~60dB attenuation between channels. | 6~8 |
QI-DA-10-13000-2 | 0.01 | 13 | Eight channel programmable attenuator system, Each of the 8 independently controlled attenuator channels provides 0~60dB attenuation between channels. | 6~8 |
QI-DA-100-18000-1 | 0.1 | 18 | Four channel programmable attenuator system, Each of the 4 independently controlled attenuator channels provides 0~60dB attenuation between channels. | 6~8 |