OC Series
Manufacturer: Ohmite
CERAMIC COMPOSITION RESISTORS 1W 560OHM 10% TOL
| Part | Resistance | Package / Case | Operating Temperature (Max) | Operating Temperature (Min) | Power (Watts) | Composition | Size / Dimension Length | Size / Dimension Diameter | Temperature Coefficient (Lowest) | Temperature Coefficient (Highest) | Package Name | Features | Number of Terminations | Tolerance |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Ohmite | 560 Ohm | Axial | 230 °C | -55 °C | 1.2 W | Ceramic | 0.65 in | 0.311 in | -800 ppm/°C | 0 ppm/°C | Axial | High Voltage Pulse Withstanding | 2 | 10 % |
Ohmite | 150 Ohm | Axial | 230 °C | -55 °C | 1.2 W | Ceramic | 0.65 in | 0.311 in | -800 ppm/°C | 0 ppm/°C | Axial | High Voltage Pulse Withstanding | 2 | 10 % |
Ohmite | 10 Ohms | Axial | 230 °C | -55 °C | 1.7 W | Ceramic | 0.752 in | 0.311 in | -800 ppm/°C | 0 ppm/°C | Axial | High Voltage Pulse Withstanding | 2 | 10 % |
Ohmite | 100 Ohms | Axial | 230 °C | -55 °C | 1.2 W | Ceramic | 0.65 in | 0.311 in | -800 ppm/°C | 0 ppm/°C | Axial | High Voltage Pulse Withstanding | 2 | 10 % |
Ohmite | 820 Ohm | Axial | 230 °C | -55 °C | 1.7 W | Ceramic | 0.752 in | 0.311 in | -800 ppm/°C | 0 ppm/°C | Axial | High Voltage Pulse Withstanding | 2 | 10 % |
Ohmite | 56 Ohm | Axial | 230 °C | -55 °C | 1.7 W | Ceramic | 0.752 in | 0.311 in | -800 ppm/°C | 0 ppm/°C | Axial | High Voltage Pulse Withstanding | 2 | 10 % |
Ohmite | 1 kOhm | Axial | 230 °C | -55 °C | 1.7 W | Ceramic | 0.752 in | 0.311 in | -800 ppm/°C | 0 ppm/°C | Axial | High Voltage Pulse Withstanding | 2 | 10 % |
Ohmite | 47 Ohms | Axial | 230 °C | -55 °C | 1.7 W | Ceramic | 0.752 in | 0.311 in | -800 ppm/°C | 0 ppm/°C | Axial | High Voltage Pulse Withstanding | 2 | 10 % |
Ohmite | 82 Ohm | Axial | 230 °C | -55 °C | 1.7 W | Ceramic | 0.752 in | 0.311 in | -800 ppm/°C | 0 ppm/°C | Axial | High Voltage Pulse Withstanding | 2 | 10 % |
Ohmite | 15 Ohm | Axial | 230 °C | -55 °C | 1.7 W | Ceramic | 0.752 in | 0.311 in | -800 ppm/°C | 0 ppm/°C | Axial | High Voltage Pulse Withstanding | 2 | 10 % |