
HP3 SERIES TRANSMITTER MODULE DATA GUIDEWIRELESS MADE SIMPLE®HIGH-PERFORMANCERF MODULETXM-900-HP3-xxxFEATURESn 8 parallel, 100 serial (PS Versions) us
Page 18 Page 19ANTENNA CONSIDERATIONSThe choice of antennas is a criticaland often overlooked designconsideration. The range,performance, and legality
Page 21Page 20A whip-style antenna provides outstanding overall performanceand stability. A low-cost whip is can be easily fabricated from awire or ro
Page 23Page 22ACHIEVING A SUCCESSFUL RF IMPLEMENTATIONAdding an RF stage brings an exciting newdimension to any product. It also means thatadditional
LINX TECHNOLOGIES, INC.159 ORT LANEMERLIN, OR 97532PHONE: (541) 471-6256FAX: (541) 471-6251www.linxtechnologies.comU.S. CORPORATE HEADQUARTERSWIRELESS
Page 3Page 212CH1 1.00V Delta 7.200mS2.5mSCH2 2.00VVCC / PDNCTSFigure 3: Power-up to CTSTYPICAL PERFORMANCE GRAPHSCH1 2.00V 250μSCH2 500mVINOUTFigure
Page 5Pin #Analog Ground50-ohm RF OutputChannel Select 0Channel Select 1 /Serial Select ClockChannel Select 2 /Serial Select DataClear-to-SendOutputMo
THEORY OF OPERATIONThe HP3 Series transmitter is a high-performance, multi-channel RF transmittercapable of transmitting both analog (FM) and digital
Page 9Page 8ADJUSTING THE OUTPUT POWERDepending on the type of antenna being used, the output power of thetransmitter may be higher than FCC regulatio
Page 11Page 10CHANNEL SELECTIONParallel SelectionAll HP3 transmitter models featureeight parallel selectable channels.Parallel Mode is selected bygrou
Page 13Page 12PROTOCOL GUIDELINESWhile many RF solutions impose data formatting and balancing requirements,Linx RF modules do not encode or packetize
Page 15Page 14BOARD LAYOUT GUIDELINESIf you are at all familiar with RF devices, you may be concerned aboutspecialized board layout requirements. Fort
Page 17Page 16PAD LAYOUTThe following pad layout diagram is designed to facilitate both hand andautomated assembly.PRODUCTION GUIDELINESThe modules ar
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