2 .
1. :
1.1 :
1. () 300 ;
2. (.).
3. 
SET L.St. 
, CtrL (. . ), (
) CtrLon, . , () SP, (
) Ɵ. = 80 ºC. .
4. , . . Add L,st - . , () () FULL () YES (). , , .
5. HEAt L,St. () , H.tr , (PId; onof; OFF). () H.CtrPId PId .
6. CL L,St. () , C.tr , (PId; onof; OFF). () C.CtrOFF .
7. t.St L,st ( ). () , t.tYP. () t.tYP off ( ) ().
8. I.tYP L,st. () Ind ( , ). () t_SP. ().
9. PId L,St () . ProP, ProP - , ( 
) ProP (
) , 2. () Int ( 
) 
() 5000. () dIff ( 
) () off. () .tun OFF. .
10. () .
|
|
|
11. Ɵ1(t) 30 . 30 .
12. 3.
13. Ɵ1(t) , 2. .
14. , 2 0 Ɵ.., 1 Ɵ..
15. ().
16. 30 ºC.
3
| , | 0 | 0,5 | 1 | 1,5 | 30 | |
| - Ɵ 1˚ |
1.2 :
1. PId L,St () . ProP (), ProP - , ProP () , 2. () Int - ( ) () 
, 2, . () dIff ( ) OFF. () .tun OFF. .
2. () .
3. Ɵ1(t) 30 . 30 .
4. 4.
.
5. Ɵ1(t) 2.
6. (.)
().
7. .
4
| , | 0 | 0,5 | 1 | 1,5 | 30 | |
| - Ɵ 1˚ |
2. :
1) .
2) .
3) 2.
3. :
1) ?
2) ?
3) , ( 2) ?
4
( )
1. :
1.1
:
1. () 300 ;
2. (.).
3.
SET L.St. , CtrL (. . ), () CtrLon, . , () SP, Ɵ. = 80 ºC. .
4. , . . Add L,st - . , () () FULL () YES (). , , .
|
|
|
5. HEAt L,St. () , H.tr , (PId; onof; OFF). () H.CtrPId PId .
6. CL L,St. () , C.tr , (PId; onof; OFF). () C.CtrOFF .
7. t.St L,st ( ). () , t.tYP. () t.tYP OFF ( ) ().
8. I.tYP L,st. () Ind ( , ). () t_SP. ().
9. PId L,St () . ProP, ProP - , ( ) ProP () , 2. () Int ( ) ( ) , 2 . () dIff ( ) () , - 2 . () .tun OFF. .
10. () .
11. Ɵ1(t) 30 . 30 .
12. 5.
13. Ɵ1(t) 2.
14. (). , W = 0. 30 ºC.
5 ( )
| , | 0 | 0,5 | 1 | 30 | |
| - Ɵ1˚ |
1.2 :
1. PId L,St (
) . ProP, () .tun. .tun On, . .
2. () .
3. Ɵ1(t) 30 . 6
4. . , tun. . rdY ready ( ).
5. . PId L,St () . ProP, Int, dIff, .tun. ProP, Int, dIff .
|
|
|
6. (.)
().
7. Ɵ1(t).
8. Ɵ1(t) Ɵ1(t) .
9.
(. 2) , .
10. , 7 9.
6 ( )
| , | 0 | 0,5 | 1 | 1,5 | |
| - Ɵ1˚ |
2. :
1) .
2) .
3) .
3. :
1) ?
2) ?
3) ?
