|
||
|
The Engineering Toolbar
The Ultimate Resource for Engineering and Technical Research. (Learn More) |
|
From Delphi
This paper presents a low-cost switched diversity receiver system utilizing a single tuner, simple remote antenna unit and one RF cable. The switched diversity algorithm is implemented in the receiver using digital signal processing. The remote unit contains RF switches that select from multiple antenna elements in response to a control signal from the receiver. The control signal is sent from the receiver to the remote unit via the RF cable. Simple logic in the remote unit provides decoding for switch control. Products & Services
Contract manufacturing services provide parts and equipment on behalf of original equipment manufacturers (OEM). The design and brand name remain the property of the OEM. Contract manufacturing may involve a complete range of services from design and prototyping to final production, assembly, and quality assurance for complete products.
Search by Specification |
Learn more about Contract Manufacturing Services
Product Announcements
Topics of Interest
This paper presents a cost-effective receiver system utilizing dual tuner antenna diversity. There are two modes of operation. In mode 1, the system is in phase diversity where two tuners operate...
(Read More)
In Chapter 6 we saw that both Rayleigh fading and log-normal shadowing exact a large power penalty on the performance of modulation over wireless channels. One of the best techniques to mitigate the...
(Read More)
Receiver diversity requires the use of two antennas for the receive signal. This presents the Node B with an increase in signal to noise ratio of about 3 dB due to correlation in signal power, but not...
(Read More)
1.6 Receiver
The receiver accepts the signal that was sent by the transmitter through the channel via the receiver antenna (see Figure 1-4). The losses from the antenna to the low noise amplifier...
(Read More)
The receiver is responsible for downconverting, demodulating, decoding, and unformatting the data that is received over the link with the required sensitivity and bit error rate according to the link...
(Read More)
|
|