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What transmission that involves one transmitter and multiple-undefined receivers?

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What is a hybrid transmitter?

A hybrid transmitter is a communication device that combines multiple transmission technologies to send and receive signals. Typically, it integrates both analog and digital methods, allowing for improved efficiency, flexibility, and compatibility with various communication standards. This versatility enables hybrid transmitters to be used in diverse applications, such as broadcasting, telecommunications, and data transmission, enhancing overall performance and reliability.


Can I attach more than one device to IR transmitter?

Yes, you can attach multiple devices to an IR transmitter, but it depends on the specific model and its capabilities. Some IR transmitters are designed to control multiple devices simultaneously, while others may require a separate transmitter for each device. Additionally, if using a universal remote, it may be possible to program it to control multiple devices through a single IR transmitter. Always check the specifications and compatibility of your equipment before attempting to connect multiple devices.


How is wireless networking products conforming to the IEEE 802.11n specification achieve their increases in transmission speed?

IEEE 802.11n equipment increases wireless networking speeds by using multiple transmitter and receiver antennae on each device in a process called multiple-input multiple-output(MIMO). For example, a device using a 2x2 MIMO format has two transmitters and two receivers, operating at different frequencies. The sending system splits its data into two signals for transmission, and the receiving device reassembles the signals into a single data stream. This process is called spatial multiplexing. The only potential drawback to this arrangement is the depletion of the available frequency bandwidth by having too many devices in proximity to each other


What is multicast authentication?

multicast authentication is the effective method of delivering data from sender to multiple receivers..


What tecnolgy came after the radio in the 1900s?

-- vacuum tubes -- voice transmission -- evolution to shorter wavelengths / higher frequencies -- more sensitive receivers -- RADAR -- TV -- FM -- transistor -- multiplexing -- digital communication -- complex modulation -- multiple access channels


What are the benefits of using dual transmitter baby monitors for monitoring multiple rooms simultaneously?

Using dual transmitter baby monitors allows parents to monitor multiple rooms simultaneously, providing increased flexibility and convenience. This can be especially helpful for families with multiple children or larger homes, as it allows for greater coverage and peace of mind. Additionally, dual transmitter monitors often offer features such as two-way communication and temperature monitoring, enhancing the overall monitoring experience.


What type of online auction involves one buyer and multiple sellers?

A reverse auction involves one buyer and multiple sellers.


Can you have multiple frequencies on a single transmitter?

Yes, multiple frequencies, channels, signals etc. can be radiated from a single transmitter. For several technical, economic, and political reasons, it's not done in the 'broadcast' services ... plain old AM and FM radio, and TV ... but it's quite common in some other radio services.


What type of online auction involves one seller and multiple buyers?

The type of online auction that involves one seller and multiple buyers is called a "forward auction."


Where is the transmission solenoid located at on a 1998 z34?

There are multiple transmission shift solenoids. All of them are found inside the transmission itself and are accessed by removing the transmission pan and filter.


Why FDMA is not sensitive to near- far problems?

A frequency-division multiple access system (FDMA) is much less sensitive to near-far problems than code-division multiple access systems (CDMA). A FDMA receiver must select signals from a desired transmitter tuned to one frequency, and block signals from transmitters tuned to other frequencies -- this is fairly easy and low-cost to do with standard bandpass filters, even when the near-far problem causes undesired transmitters to sound much louder than the desired transmitter, as long as adequate "guard bands" separate one transmitter from the next. A DSS CDMA receiver must select signals from a desired transmitter and block signals from other transmitters, even when they are all transmitting on the same frequencies at the same time -- this cannot be done with standard bandpass filters. The techniques DSS CDMA receivers use to select the desired signals are much more sensitive to near-far problems.