RF600T_03 RFSOLUTIONS [rfsolutions.ltd], RF600T_03 Datasheet
RF600T_03
Related parts for RF600T_03
RF600T_03 Summary of contents
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Low-Power-Radio Transceiver IC • Addressed Mode With Acknowledge • Broadcast Mode • Automatic Retry • Serial Interface • Stand Alone Operation • Achieves Maximum Range From RF Modules • Flow Control Option • Two Telemetry I/O Lines (addressed mode only) ...
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Low-Power-Radio Transceiver IC Pin Descriptions Pin Name Number 1 RxR CTS 2 LOOP 3 LEARN 4 RTS 5 GND 6 MODE 7 TxH 8 RxH TxR 9 HBAUD TXEN 10 RFBAUD 11 RXEN 12 IN1 13 IN2 14 Vcc 15 ...
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Low-Power-Radio Transceiver IC All message transfers are tagged with the addresses of both the origin and destination, thus ensuring secure data transfer at all times. Either node ‘A’ or node ‘B’ can initiate a transfer but only one direction of ...
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Low-Power-Radio Transceiver IC Dual Pin Functions As shown in the pin function list above, a number of output pins have dual usage. During power up they are briefly configured as inputs to allow the selection of system options as shown ...
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Low-Power-Radio Transceiver IC Data Buffering The device contains a 190 byte data buffer which is used to either buffer host data prior to transmission over the radio link or alternately to buffer data received over the radio link before it ...
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Low-Power-Radio Transceiver IC Radio Module Interface The interface to the radio module(s) consists of the following signal and control lines: TxR Serial data output from the RF600T to the radio module. RxR Serial Data input to the RF600T from the ...
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Low-Power-Radio Transceiver IC Application Circuit The circuit shown below is for a typical RF600T application way ‘D’ connector provides an RS232 termination to the host system and the RXQ1 hybrid contains all of the circuitry required to implement ...
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Low-Power-Radio Transceiver IC RF600T application circuit – minimum implementation. This circuit shows the minimum implementation of the RF600T. Two such circuits should be constructed with RXDATA_RF connected to TXDATA_RF (that is the RF data paths are crossed over). Data input ...
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Low-Power-Radio Transceiver IC Achieving Optimum Range Range is dependant on many factors including 1. RF Power output 2. Receiver sensitivity 3. Antenna efficiency 4. Local environmental conditions and any local Interference 5. Data Type which is being transmitted. Whilst items ...
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Low-Power-Radio Transceiver IC th DS601-2 11 Dec 2003 ©2003 Reg. No. 227 4001, ENGLAND RF600T Page 10 ...
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Low-Power-Radio Transceiver IC Tel +44 (0)1273 898 000 R F Solutions is a member of the Low Power Radio Association. All Trademarks acknowledged and remain the property of the respected owners. Information contained in this document is believed to be ...