Silig tayo sare leh oo ka hortagaya macdanta Manganese ee Shiinaha ee wax soo saarka iyo warshadda qaybaha korontada iyo elektarooniga ah

Silig tayo sare leh oo ka hortagaya macdanta Manganese ee qaybaha korontada iyo elektarooniga ah Sawirka la soo bandhigay

Silig tayo sare leh oo ka hortagga manganese ee qaybaha korontada iyo elektaroonigga ah

Sharaxaad Gaaban:

"Daawada waxaa loo isticmaalaa soo saarista heerarka iska caabbinta, iska caabbinta nabarka siligga saxda ah, potentiometers, shunts iyo koronto kale oo kale
iyo qaybaha elektarooniga ah. Daawadan Copper-Manganese-Nickel waxay leedahay awood koronto oo kuleyl ah oo aad u hooseysa (emf) marka loo eego Copper, taas oo
Waxay ka dhigaysaa mid ku habboon in loo isticmaalo wareegyada korantada, gaar ahaan DC, halkaas oo emf-ka kulaylka ee been abuurka ah uu sababi karo cillad elektaroonig ah
Qalabka. Qaybaha loo isticmaalo dahaarkan waxay caadi ahaan ku shaqeeyaan heerkulka qolka; sidaas darteed isku-dhafka heerkulka hooseeya
iska caabinta waxaa lagu xakameynayaa heerkul u dhexeeya 15 ilaa 35 ° C.
"

Shahaadada:ISO 9001

Cabbirka:La habeeyey

Qaab:Silig

Dusha sare:Iftiin ama madow

Baakad:Ku dhex jira

Shahaadada:IOS 9001

Noo soo dir emayl

Faahfaahinta Badeecada

Su'aalaha Badiya La Weydiiyo

Calaamadaha Alaabta

Silig Manganin ahwaa dahaarka naxaasta-manganese-nickel (dahaarka CuMnNi) oo loogu talagalay in lagu isticmaalo heerkulka qolka. Dahaarka waxaa lagu gartaa awood koronto oo aad u hooseysa (emf) marka loo eego naxaasta.
Silig Manganin ahwaxaa badanaa loo isticmaalaa soo saarista heerarka iska caabbinta, iska caabbinta nabarka siligga saxda ah, potentiometers, shunts iyo qaybaha kale ee korontada iyo elektarooniga ah.

Sifooyinka Korontada

Heerkulka: 1.5×10⁻⁵K⁻¹

Sifooyinka Farsamada

Modulus-ka dabacsanaanta: 124–159 GPa
Heerkulka ugu badan ee loo isticmaalo hawada: 300 °C

Cu84/Mn12/Ni4^[7]
Heerkulka [°C]	isku-darka iska caabinta
12	+.000006
25	.000000
100	−.000042
250	−.000052
475	.000000
500	+.00011

Iska caabbinta fiilooyinka heerkulka 20 °C^[8]
AWG	ohms halkii cm	ohms cagtiiba
10	.000836	0.0255
12	.00133	0.0405
14	.00211	0.0644
16	.00336	0.102
18	.00535	0.163
20	.00850	0.259
22	.0135	0.412
24	.0215	0.655
26	.0342	1.04
27	.0431	1.31
28	.0543	1.66
30	.0864	2.63
32	.137	4.19
34	.218	6.66
36	.347	10.6
40	.878	26.8