Immisa watts ayaa xamili kara siliga hadalka cabbirka?

Nidaamka cod-baahiyaha, aad bay muhiim u tahay in la ogaado siliga saxda ah ee ay tahay in aad isticmaasho si uu si habboon ugu shaqeeyo oo uu u buuxiyo shuruudaha hadda korontada ee nidaamka. Isticmaalka silig cabbirka khaldan waxay keeni kartaa awood aan ku filnayn waxayna keeni kartaa dab iyo badbaado.

Tilmaamahan waxtarka leh, waxaan kugu dhex mari doonaa inta watts 16 ee silig ku hadla cabirka uu xamili karo, iyo waxa aad u baahan tahay inaad ka ogaato noocyadan fiilooyinka marka la eego sifooyinkooda iyo awoodooda.

Tirada watts ee 16 silig ku hadla cabirka uu qaadi karo

16-ka cabbirka siliga cod-baahiyaha ee baabuurka waxaa lagu qiimeeyay 75-100 watts. Waxaa caadi ahaan loo isticmaalaa orodka dheer ee baabuurta iyo kuwa ku hadla raadiyaha guriga, ama kuwa gaaban oo socda ilaa 20 cagood. Intaa waxaa dheer, waxay xamili kartaa wax ka yar 225 watts, sida subwoofers awood dhexdhexaad ah oo leh dherer gaaban. Sidaa darteed, 16 silig cabirku waa doorasho aad u fiican oo loogu talagalay awoodda sare ama nidaamyada dheer.

Doorashada cabbirka siliga saxda ah

Saddexdan arrimood ayaa go'aamiya cabbirka siliga hadalka ee saxda ah:

1. Awoodda wax soo saarka ee nidaamka stereo-gaaga ama cod-weyneeye
2. Cilad-darro magaceed ama af-lagaado.
3. Dhererka fiilada ayaa loo baahan yahay si loo rakibo cod-bixiyeyaal.

16 cabirka siliga cod-baahiyaha maqalka ee baabuurka, dhererka siliga lagu taliyey ee ugu badnaan ee ku salaysan cilad-ka-hadalka

Silig nooca 16 cabbir	Afhayeenka 2 ohm	Afhayeenka 4 ohm	Afhayeenka 6 ohm	Afhayeenka 8 ohm	Afhayeenka 16 ohm
Silig naxaas ah afhayeenka	12 cagood (3.6 mitir)	23 cagood (7.2 mitir)	35 cagood (10.7 mitir)	47 cagood (14.3 mitir)	94 cagood (28.7 mitir)
Siliga Aluminium Clad Copper (CCA)	9 cagood (2.6 mitir)	17 cagood (5.2 mitir)	26 cagood (7.8 mitir)	34 cagood (10.5 mitir)	69 cagood (20.9 mitir)

Su'aalaha Badanaa La Is Weydiiyo

Waa maxay codsiyada 16 fiilooyinka ku hadla cabbirka? 

Guud ahaan, waxaad ka heli kartaa 16 silig cabirka xadhkaha fidsan, waxaana loo isticmaalaa dhammaan xaaladaha xadhkaha fidinta inta badan loo isticmaalo, oo ay ku jiraan isku xirka qalabka guriga, isticmaalka wax-fuudka, iyo jarista xayndaabyada. Baabuurtu waxay mararka qaarkood ka koobnaan karaan xaddi aad u badan oo fiilooyinkan ah oo ku yaala nalkooda hore, calaamadaha leexashada, mishiinka bilawga ah, nalalka baarkinka, gariiradda dabka, iyo beddelayaasha. 

Immisa amps ayaa xamili kara siliga 16?

16 silig ku hadla cabirka ayaa xamili kara 13 amps. Sidoo kale, marka loo eego Xeerka Korontada Qaranka (NEC), 16 silig cabirku waxa uu qaadi karaa 18 amps at 90 darajo Celsius.

Dhammaan codsiyada 16 silig naxaas ah ma ku kooban yihiin 13 amps?

16 silig cabirka ayaa sawiri kara 18 amps at 90 darajo Celsius sida uu qabo NEC. Si kastaba ha noqotee, fiilooyinka fidinta, waxaa badanaa loo isticmaalaa culeys hoose. Codsiyada baabuurtu gabi ahaanba way ka duwan yihiin sababtoo ah waxay qaadi karaan hadda ka badan intii la filayay ama waxa lagu sheegay NEC, tusaale ahaan: (2)

- 3 cagood waa 50 amps

- 5 cagood waa 30 amps

- 10 cagood waa 18 ilaa 30 amps

-20 cagood waa 8 ilaa 12 amps

-25 cagood waa 8 ilaa 10 amps 

Suurtagal ma tahay in 16 silig lagu xidho 18 cabbir ama 14 silig?

Sharci ahaan, siligu waa inuu ahaadaa ugu yaraan 14 cabbir isticmaalka AC. Sidaa darteed, ku xidhidhiyaha 16 silig iyo 14 silig oo ka soo jeeda wareegga wareegga waa khatar. Si kastaba ha ahaatee, 14 cabbir, 16 cabbir iyo 18 fiilooyin cabbir ah ayaa loo oggol yahay inay isku daraan codsiyada maqalka ah sida gudaha baabuurka.. Kaliya iska hubi inay si fiican u dahaaran yihiin. Codsiyada ugu caansan ee 18 cabbir, sida 16 cabbir, waxay ku jiraan warshadaha baabuurta iyo stereo, halkaas oo ay had iyo jeer ku shaqeeyaan baytariyada DC (direct current).

Hoos ka daawo qaar ka mid ah maqaalladayada.

• Sidee dhumucdiisu tahay 18 siliga cabbirka
• Waa kuwee silig laga bilaabo batteriga ilaa bilowga
• Waa maxay cabbirka siliga ku hadla ee subwoofer-ka

talooyinka

(1) Ohm - https://www.techtarget.com/whatis/definition/ohm

(2) Celsius - https://www.britannica.com/technology/Celsius-temperature-scale