Metal Film Fuse Resistors (FMF) Features: 1.Low temperature coefficient ,high precision, low noise, and good high frequency performance.2.Can be fusible during the stated time for protecting the circuit once working at the required overload voltage. 2. Operating ambient temperature :-55°C~+275°C 3. The surface is brick red nonflammable coating and indicating a white ring at the behind of the precision color ring. 4.Resistance tolerance:±5%,±10%.
Fuse metallum Book Resistors (FMF)
Products |
Fuse metallum Book Resistors (FMF) |
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Features |
1.Low coefficiens caliditas, princeps praecisione, humilis sonitus, bonum excelsum frequency performance.2.Can et fluxa esse in tempore, quia prius semel protegens in circuitu requiritur ad opus ONEROvoltage. 2. ambientium, temperatus operans: -55Â 275Â ° C ° C ~ + 3. superficies est albus demonstrando circulum in latere rubeum, et nonflammable membrana dignitatis cura de post tergum color anulum. 4.Resistance tolerantia, Â ± V%, Â ± X%. |
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Mensuræ ac intentione euismod. |
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Part No. |
imperium |
Resistentia tolerantia |
dimensiones |
Max. |
Max. |
Max. Nulla machinae |
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± I la |
Da ± 0,5 |
da ± 0,05 |
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CFM014 |
I / 4W |
* 10K 0R1 |
6.0 |
2,3 |
0,45 |
200v |
400V |
300v |
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CFM12S |
I / 2WS |
* 10K 0R1 |
6.0 |
2,3 |
0,45 |
200v |
400V |
300v |
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FMF012 |
I / 2W |
* 10K 0R1 |
9,0 |
3.2 |
0,58 |
250V |
500V |
500V |
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FMF01S |
1WS |
* 10K 0R1 |
9,0 |
3.2 |
0,58 |
250V |
500V |
500V |
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FMF01B |
1W |
* 10K 0R1 |
11.0 |
4,5 |
0,75 |
350V |
700V |
710V |
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FMF02S |
2WS |
* 10K 0R1 |
11.0 |
4,5 |
0,75 |
350V |
700V |
710V |
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FMF02B |
2W |
* 10K 0R1 |
15.0 |
5.0 |
0,75 |
350V |
700V |
710V |
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FMF03S |
3WS |
* 10K 0R1 |
15.0 |
5.0 |
0,75 |
350V |
700V |
710V |
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commixtione adunatati Characteristicsï¼ |
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Commixtione adunatati Spec. |
Multiple Rate imperium |
Rated Resistentes Superavit range |
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<2R |
~ II 10R |
> 10R |
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Tunc reducuntur (s) |
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G |
12 |
- |
60 |
30 |
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B |
16 |
60 |
30 |
15 |
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C |
25 |
30 |
15 |
7.5 |
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J |
25 |
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|
|
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Expertus euismod |
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Item test |
test Description |
euismod |
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Temperature Coefficient |
Normalis temperatus ad normalis temperatus et resistentia test valorem additae 100A ° C, resistentia valorem calculate per mutationem  ° C rate. |
250ppm  ± /  ° C |
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Brevi cultro |
10×ratedvoltage or Max.ONEROvoltage(get the lower) for 5 seconds. |
± m ¤Ã (I% R0 + 0.05Î ©) |
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pulsus cultro |
At 4×ratedvoltage or Max. pulseONEROvoltage(get the lower)cycle 10000±200times(1second on,25 seconds off). |
± m ¤Ã (I% R0 + 0.05Î ©) |
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Resistentia ad solidatorium Caloris |
INMERGO 350a in C ° ± 10 a conceptu camini quia tin ~ II 3seconds. |
± m ¤Ã (I% R0 + 0.05Î ©) |
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Solderability |
INMERGO 245a in C ° ± 3 a conceptu camini quia tin ~ II 3seconds. |
Solidatorium XCV% de area supra est. |
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Temperature revolutio |
In -55Â XXX ° C min. Ergo a + 25a * 15 * X ° C ° C ° C et ad 125A + XXX min., Et in X ° C + 25a * XV min., Totalis 5cycles. |
± m ¤Ã (I% R0 + 0.05Î ©) |
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Onus in nimiam humiditatem |
Overload ratedvoltage or Max.workingvoltage(get the lower) for 1000 hours(1.5hours on and 0.5 hours off) at the 40±2°C and 90~95% relative humidity. |
¤Ã ± m (V% R0 + 0.05Î ©) |
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In æstus onus |
Overload ratedvoltage or Max.workingvoltage(get the lower) for 1000 hours(1.5hours on and 0.5 hours off) at the 70±2°C. |
¤Ã ± m (V% R0 + 0.05Î ©) |
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Nonflammability |
Respectively load ACvoltage by 5,10,16 times rated power for 5 minutes . |
Non visibilis flammae. |
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Nota: customerâ possumus secundum vices suas ut mos commixtione adunatati se habet Ergo resistor lineatus. |
Construction Tractus:
Rated imperium Derating Curve:
Commixtione adunatati curva;