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통신 장비의 프로토타입 PCB 조립 - 그리고

PCB 조립/

통신 장비의 프로토타입 PCB 조립

이름: 통신 장비의 프로토타입 PCB 조립
SMT Lines: 7 high-speed SMT patch production lines
Daily SMT Capacity: Over 30 million points
Inspection Equipment: X-RAY inspection machine, first piece tester, AOI automatic optical inspection machine, ICT tester, BGA rework station
Mounting Speed: Chip component mounting speed (optimal state) 0.036 S/piece
Smallest Pitch Capability: 0201, with an accuracy of ±0.04mm
Minimum Device Precision: Capable of mounting devices such as PQCC, MFF, BGA, CSP, 등., with pin pitches up to ±0.04mm
IC Mounting Precision: High level of precision in mounting ultra-thin PCBs, flexible PCBs, and gold fingers. Capable of mounting/inserting/mixed assembly TFT display driver boards, mobile phone motherboards, battery protection circuits, and other challenging products.

  • 제품 세부정보

Communication devices (Industrial Communication Device, ICommunication devices (Industrial Communication Device, I general name of communication equipment installed- Full-duplex: Home telephones (landlines), 휴대폰, 컴퓨터, modems, radios, satellite phones (maritime phones), 등.
Broadly speaking: Televisions, radios, satellite signal transmitters and receivers, various wireless industrial/building control systems, 레이더, sonar, 등., all contain communication circuit modules.


WiFi represents Wireless Fidelity, a short-range wireless technology used in offices and homes. It operates in the frequency band near 2.4GHz, which is currently an unlicensed wireless band. WiFi communication devices follow the IEEE 802.11 기준, with widely used standards including: 802.11에이, 802.11비, 802.11g, 802.11n. So-called WiFi communication devices should be those that support this technology.
Electromagnetic Waves
The theory of electromagnetic waves was established by Maxwell. Marconi, an Italian, invented telegraph communication equipment based on electromagnetic waves, while Bell invented the telephone.
Wireless communication uses radio waves instead of cables to achieve communication between devices. This method has the advantages of quick installation and maintenance, simplicity, independence from terrain and environmental conditions at the site, and low cost. A rich variety of products can meet usersneeds in terms of communication distance and speed requirements.
Wireless communication devices: ASK modulators, used for modulating carriers with data signals via ASK; QPSK modulators, used for modulating carriers with I and Q signals via QPSK. In wireless communication devices with both ASK and QPSK modulation capabilities, the manufacturing cost of components is low, the size is not large, and one output end of the QPSK modulator is connected to the carrier input end of the ASK modulator through a switch. 뿐만 아니라, the antenna is connected to the output end of the ASK modulator through a switch. 추가적으로, a mixer is placed between the switches. The switch connects the QPSK modulator and ASK modulator during transmission, and connects the QPSK modulator and mixer during reception. During transmission, the switch connects the ASK modulator to the antenna, and during reception, it connects the antenna to the mixer. 따라서, during transmission, either ASK or QPSK modulated waves are output using the ASK modulator and QPSK modulator. During reception, the QPSK modulator outputs a sine wave, and the data signal is down-converted, demodulated or detected by the mixer.
UGPCB can provide PCB assembly services for communication devices upon request. Our products offer good performance and fast delivery times. 문의를 환영합니다.

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