XBee™/XBee-PRO™ OEM RF Modules XBee/XBee-PRO OEM RF Modules RF Module Operation RF Module Configuration Appendices Product Manual v1.xAx - 802.15.4 Protocol For OEM RF Module Part Numbers: XB24-...-001‚ XBP24-...-001 IEEE® 802.15.4 OEM RF Modules by MaxStream Mt a arm xe S 355 South 520 West‚ Suite 180 Lindon‚ UT 84042 Phone: (801) 765-9885 Fax: (801) 765-9895 rf-xperts@maxstream.net www.MaxStream.net (live chat support) M100232 2007.05.031 XBee/XBee‐PRO™ OEM RF Modules ‐ 802
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2.8 GHz Narrow-Band Colpitts Voltage Controlled Oscillator Design Literature Survey Report Bilkent University Electrical&Electronics Engineering Abstract Oscillators are one of the main building blocks of the electronic devices. They work on the principle of oscillation which is a periodic fluctuation between the maximum and minimum value of the quantity. Oscillators mainly consist of two parts: the active circuit and the resonator. In active circuit there are active circuit elements
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SCOPE Background The objective of the EE1003 project is to understand basic concepts in signal processing and transmission by implementing a one-way voice communication system. In this project‚ audio digital signal is transmitted from the transmitter side to the receiver side via a laser link. Subsequently‚ the received signals will be played back using a speaker. The system is illustrated in Figure 1. Figure 1 Project illustration Firstly‚ the project requires to encode the input analog
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Common Electric Power Transmission Mechanisms: The transfer of electric power in bulk‚ especially what is done from the electric power plants to different locations is commonly referred to as the electric power transmission. There are usually huge networks of wires and cables that are setup in order to facilitate the transfer of electric power from one location to another. The network is given different names at different places but the main aim of the grid is to ensure the transfer of power
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Baseline Assignment Packet: 1. Header [5 pts]: Names of the team members‚ date‚ course name‚ and course number. 3. Check Performance (10 pts): Insert a screen shot of your entire spread sheet that shows the check on your spread‐sheet calculations. 2. Performance (10 pts): Insert a screen shot of your entire spread sheet that shows the baseline system performance. Optical Power | | | Source Power | 20.0000 | [mW] | | Source Power | 13
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bloodstream‚ and electromagnetic signature are some of relevant parameters when monitoring patients. Teams of nanorobots may cooperate to perform predefined complex tasks in medical procedures. To reach this aim‚ data processing‚ energy supply‚ and data transmission capabilities can be addressed through embedded
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recall how much anxiety I saw in his eyes‚ as he sat there on the passenger seat while I was manning the car. My dad‚ being the conservative and old-fashioned person that he is‚ has all of his cars with manual transmissions. And a newbie like me that is tasked to drive a manual transmission car is definitely no piece of cake. Along the way‚ every time I made a mistake‚ Dad would be shouting as he corrected my mistake‚ and his yelling was by no means helping me to calm down and focus on the road. What
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Smith Elimination of errors during transmission is controlled by hardware and software. There are two categories of network errors when it comes to data; Corrupt data‚ data that has been changed during the transmission and Lost data‚ data that does not reach its final destination. When you design a network it should be constructed to prevent‚ detect and correct both the corrupt as well as the lost data errors. Network errors are inherent part of data transmissions and can occur with varying frequencies
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controls the flow of data between computers * Protocols will determine the speed of transmission‚ error checking method‚ size of bytes and whether synchronous or asynchronous * Examples of protocols are: TCP/IP‚ token ring‚ CSMA/CD * Every communication system has 5 basic requirements: * Data Source: where the data originated * Transmitter: device used to transmit data * Transmission Medium: Cable or non-cable * Receiver: Device used to receive data * Destination:
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essentially a special shift register that loads data in parallel and then shifts it out bit by bit at a specific rate. The receiver‚ on the other hand‚ shifts in data bit by bit and then reassembles the data. The serial line is ’ 1’ when it is idle. The transmission starts with a start bit‚ which is ’O’‚ followed by data bits and an optional parity bit‚ and ends with stop bits‚ which are ’1’. The number of data bits can be 6‚7‚ or 8. The optional parity bit is used for error detection. For odd parity‚ it is
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