altum voltage vitreae Ergo resistor lapudeatus (HVG) features: 1.Thick amet rem apud altum tantis fluctuat ipsa resistere, constantiam 2.Operatapudg ambientium, caliditas : -55Â 125A ° C ° C ~ + 3.altum resistentiam valorem et workapudg voltage. 4.Good altum-frequency perficientur. 5.Resistance tolerantia, Â ± V%, Â ± X%.
Altum voltage Glazed Resistors (HVG)
|
Products |
Altum voltage Glazed Resistors (HVG) |
|||||||
|
Features
|
Magno fluctus languescere amet 1.Thick homines in statu resistere, Ambientium, temperatus 2.Operating: -55Â 125A ° C ° C ~ + 3.High Resistentes Superavit valorem et opus voltage. 4.Good summus frequency perficientur. 5.Resistance tolerantia, Â ± V%, Â ± X%. |
|||||||
|
Characteres |
||||||||
|
Nulla pars |
imperium
|
Resistentia range
|
Dimensionsï¼ mmï¼ |
Max.working voltage
|
Max.Iinsulation voltage |
|||
|
I. |
D |
da ± 0,05 |
||||||
|
HVG012 |
I / 2W |
1M * 1000M |
28.0 |
6.0 |
0,8 |
8KV |
8KV |
|
|
HVG01B |
1W |
100K ~ 1000M |
30.0 |
9,0 |
1.0 |
10KV |
10KV |
|
|
HVG02B |
3W |
100K ~ 2000M |
50.0 |
9,0 |
1.0 |
15KV |
15KV |
|
|
HVG03B |
3W |
100K ~ 2000M |
50.0 |
9,0 |
1.0 |
15KV |
15KV |
|
|
HVG05B |
5W |
100K ~ 2000M |
70.0 |
11.0 |
1.0 |
20KV |
20KV |
|
|
HVG08B |
8W |
100K ~ 2000M |
100.0 |
11.0 |
1.0 |
25KV |
25KV |
|
|
HVG10B |
10W |
1M * 2000M |
147,0 |
11.0 |
M4 |
35kV |
35kV |
|
|
HVG20B |
20W |
100M 100K ~ |
120,0 |
18.0 |
M5 |
30KV |
30KV |
|
|
HVG30B |
30W |
100M 100K ~ |
120,0 |
20.0 |
M5 |
30KV |
30KV |
|
|
HVG50B |
50W |
100M 100K ~ |
120,0 |
22.0 |
M6 |
30KV |
30KV |
|
|
HVG80B |
80W |
100K ~ 51m |
135.0 |
28.0 |
M8 |
30KV |
30KV |
|
|
HVG100B |
100W |
100K ~ 51m |
170,0 |
28.0 |
M8 |
35kV |
35kV |
|
|
HVG200B |
200W |
100K ~ 51m |
320,0 |
33.0 |
M10 |
80KV |
80KV |
|
Euismod Test
|
Item test |
test Description |
euismod |
|
Temperature coefficiens |
Normalis temperatus ad normalis temperatus et resistentia test valorem additae 100A ° C ° calculate Pera rebus divinis perfectis Cresistance valorem commutationem rate. |
400ppm  ± /  ° C |
|
Brevi cultro |
2.5Ã ratedvoltage .overload voltage max aut (ut minus est) pro V secundis. |
 ¥ å ³Râ (II% + 0.05Î R. ©) |
|
Resistentia ad calorem solidatorium |
INMERGO ad CCCL Â ± ° F 10 a tin in conceptu camini II ~ III seconds |
 ± ³R⠤à (I% + 0.05Î R. ©) |
|
Solderadility |
INMERGO ad CCXXXV Â ± 2 * 5 * ° Ctin conceptu camini nam III seconds |
In area est solidatorium over95% |
|
Temperature revolutio |
In-55 ° F for30min, tum in 25a + 10 a XV ° C min ergo ad XXX + 125a in C min ° ergo ad XV min 10 a + 25a ° C, summa V conuersione recurrentium. |
 ± ³R⠤à (I% + 0.05Î R. ©) |
|
I.oad life in humidity |
ONERO rated voltage non tulit, voltage opus (ut inferioribus) M fbr horas (in 1.5 horas et horae dimidium-off) Â ± 2 a ad XL ° et relativum humiditas 90-95%. |
 ± ³R⠤à (V% + 0.05Î R. ©) |
|
I.oad life in heat |
Aut onerare rated voltage Max. Voltage verbis (hhe adepto minus) horis et M (in 1.5 horas et horae dimidium-off) ad C ° LXX Â ± 2 a. |
 ± ³R⠤à (V% + 0.05Î R. ©) |
|
Nonflammability |
Quia oneratis voltage ac respectively by5ã XVI temporibus rated imperium in V mninutes 10 a. |
Non visibilis flammae |
|
Brevi cultro |
In 4 * rated voltage aut Max. Voltage pulsus cultro (ut inferioribus) exolvuntur 10000Â ± 200gimes (I a secunda, seconds off XXV). |
 ± ³R⠤à (I% + 0.05Î R. ©) |
Construction Tractus:
Rated imperium Derating Curve:
