Resistor 9W 10% 0R68
Varenummer:
148-294
Varekode: KH214-8-0R68
Vægt: 7 g
3 stk.
på lager
Specifikationer
| Effekt, max. | 9 W |
|---|---|
| Tolerance | ±10 % |
| Modstand | 0.68 Ω |
Features
| Wound on a glass fiber core with special direct terminals,
temperature resistant Wound resistor embedded in a cement sealed ceramic tube |
 |
|
Technical Specifications |
|
|
| Resistance Tolerance: | ±10% |
| Power Rating (70°C): | 9W |
| Operating Voltage, Max.: | (PxR)1/2 |
| Thermal Resistance: | 30K/W |
| Insulation Resistance, Min.: | 104 MOhm |
| Insulation Voltage (1Min.): | 2000Veff |
| Temperature Coefficient | |
| 0R11...0R68: | +400 ±50ppm/K |
| 0R75...910R: | 0 ±40ppm/K |
| 1K0...33K: | 0 ±10ppm/K |
| Temperature Range: | -55...+350°C |
| Climatic Category: | 55/200/21 |
| Failure Rate (Value Dependent): | Approx. 100x10-9 /h |
| Terminal Tensile Strength: | 50N |
| Solderability:1) | 2,5s |
| Derating: | Linear 70°C to 350°C (0W) |
| 1) Solderglobule Test, IEC 60068-2-20-T | |
|
|
| Norms |
| Applicable: CECC 40202-001, -005 |
Inkl. moms
Kr. 12,50
Produktfiler
Resistor 9W 10% 0R68
148-294
/ KH214-8-0R68
3 stk.
på lager
Specifikationer
- Effekt, max. 9 W
- Tolerance ±10 %
- Modstand 0.68 Ω
Features
| Wound on a glass fiber core with special direct terminals,
temperature resistant Wound resistor embedded in a cement sealed ceramic tube |
|
|
Technical Specifications |
|
|
| Resistance Tolerance: | ±10% |
| Power Rating (70°C): | 9W |
| Operating Voltage, Max.: | (PxR)1/2 |
| Thermal Resistance: | 30K/W |
| Insulation Resistance, Min.: | 104 MOhm |
| Insulation Voltage (1Min.): | 2000Veff |
| Temperature Coefficient | |
| 0R11...0R68: | +400 ±50ppm/K |
| 0R75...910R: | 0 ±40ppm/K |
| 1K0...33K: | 0 ±10ppm/K |
| Temperature Range: | -55...+350°C |
| Climatic Category: | 55/200/21 |
| Failure Rate (Value Dependent): | Approx. 100x10-9 /h |
| Terminal Tensile Strength: | 50N |
| Solderability:1) | 2,5s |
| Derating: | Linear 70°C to 350°C (0W) |
| 1) Solderglobule Test, IEC 60068-2-20-T | |
|
|
| Norms |
| Applicable: CECC 40202-001, -005 |
Produktfiler