CC1101 433MHZ 300–500M SMA Antenna

$49.5 $79.69
The CC1101 Wire­less Mod­ule is a com­pact and effi­cient RF trans­ceiv­er designed for reli­able long-range wire­less com­mu­ni­ca­tion at 433MHz. It is based on the pow­er­ful CC1101 chip, mak­ing it ide­al for Arduino and oth­er micro­con­troller-based projects.This mod­ule sup­ports both trans­mit­ting and receiv­ing data, allow­ing seam­less wire­less com­mu­ni­ca­tion between devices. It fea­tures an exter­nal SMA anten­na inter­face, which improves sig­nal strength and extends com­mu­ni­ca­tion range com­pared to stan­dard onboard anten­nas.With its low pow­er con­sump­tion and sta­ble per­for­mance, the CC1101 mod­ule is suit­able for a wide range of appli­ca­tions such as smart home sys­tems, remote con­trols, wire­less sen­sors, IoT devices, and indus­tri­al mon­i­tor­ing.Its small size and easy inte­gra­tion make it a great choice for devel­op­ers, stu­dents, and hob­by­ists look­ing to build reli­able wire­less projects.RF TRANSCEIVER MODULEChip/Positioning hole / Ultra low pow­er con­sump­tion With SMA-KE anten­na inter­face433mhz Fre­quen­cy cov­er­age10dBm Trans­mit­ting pow­er700m Trans­mis­sion dis­tanceExcellent and Stable Performance Reliable QualityThe mod­ule is designed and devel­oped with cc1101 RF chip import­ed from Texas Instru­ments, With FEC and inter­leav­ing cod­ing, it has strong anti-jam­ming abil­i­ty. SMA RF seat with posi­tion­ing hole and exter­nal thread and inter­nal hole. The mod­ule has enough trans­mit­ting pow­er, good spec­trum char­ac­ter­is­tics, small har­mon­ics, small chan­nel crosstalk and ultra small vol­ume. Using high pre­ci­sion crys­tal oscil­la­tor and induc­tor, some devices have reached the mil­i­tary grade stan­dard.Texas ChipHigh Pre­ci­sion Crys­tal Oscil­la­torBrand Com­po­nentsSil­ver Con­tain­ing Sol­der PasteGood Imped­anceSpec­trum con­ver­genceWith Posi­tion­ing HoleSMA-KE Inter­faceHigh Precision Crystal Oscillator No Frequency Deviation10ppm high pre­ci­sion crys­tal oscil­la­tor With­in the full tem­per­a­ture range (-40 °C~ 85 °C) The pre­ci­sion devi­a­tion is small Long term sta­bil­i­ty and reli­a­bil­i­ty Good con­sis­ten­cy Using High Quality Brand ComponentsAll the orig­i­nal devices are made from Mura­ta, TDK, coil­craft, etcHigh pre­ci­sion crys­tal oscil­la­torWith­in the full tem­per­a­ture range (-40 °C- 85 °C) The pre­ci­sion devi­a­tion smallCC1101 ChipHigh per­for­mance RF chipBrand capac­i­tance Induc­tanceHigh qual­i­ty com­po­nents of mura­ta, tdk and cos­i­craft ars adopt­edGood Impedance MatchingGood imped­ance match­ing, reduce the reflec­tion, max­i­mize the pow­er and improve the receiv­ing sen­si­tiv­i­ty. Also bet­ter pro­tec­tion of cir­cuit boards and com­po­nentsSpectrum Convergence It is not easy to cross channelThe spec­trum con­verges clean­ly with­out spu­ri­ous Excel­lent sig­nal sep­a­ra­tion-40 °C~ 85 °C Ambient TemperatureAfter high and low tem­per­a­ture aging test, high and low tem­per­a­ture impact test, high tem­per­a­ture and humid heat aging testThe per­for­mance of the mod­ule is reli­able, and it can work con­tin­u­ous­ly for 7*24 hoursHot up to                                    Cold down toWide Range Of Application ScenariosAppli­ca­tion of Inter­net of things, RFID, indus­tri­al con­trol, med­ical, RF4CE, secu­ri­ty alarm, data acqui­si­tion, smart home, water and elec­tric­i­ty meter read­ing and oth­er occa­sions.Smart HomeData Acqui­si­tionIntel­li­gent Agri­cul­tureWire­less Remote Con­trolStandard Mechanical DimensionsStan­dard mechan­i­cal dimen­sion draw­ing is the basis of hard­ware designPin Definition DetailsPin Num­berPin NamePin Direc­tionPin Usage1GNDGround, con­nect to pow­er ref­er­ence ground2VCCPow­er sup­ply, range 1.8–3.6V3GDOOInputMod­ule infor­ma­tion input pin4CSNInputThe mod­ule chic selec­tion pin is used to start SPI com­mu­ni­ca­tion5SCKInputMod­ule SPI bus clock6MOSIInputMod­ule SPI data input pin7MISO/GDO1Out­putMod­ule SPI data out­put pin8GD02Out­putMod­ule infor­ma­tion out­put pin
Rf Modules

Rf Modules