AMBIENT TEMP AT FULL RATED POWER | 100.0 CELSIUS |
BODY LENGTH | 0.585 INCHES NOMINAL |
BODY OUTSIDE DIAMETER | 0.200 INCHES NOMINAL |
INCLOSURE TYPE | ENCAPSULATED |
MAXIMUM OPERATING TEMP | 150.0 CELSIUS |
MAXIMUM POWER DISSIPATION RATING | 250.00 MILLIWATTS |
REFERENCE NUMBER DIFFERENTIATING CHARACTERISTICS | MATERIAL WILL BE IN ACCORDANCE WITH SHIPS PARTS CONTROL CENTER ACTIVITY HX QUALITY CONTROL,MANUFACTURING AND TESTING SPECIFICATIONS |
RELIABILITY INDICATOR | NOT ESTABLISHED |
ZERO POWER RESISTANCE AT SPECIFIED TEMP | 1.0 KILOHMS 7TH RESISTANCE-TEMPERATURE POINT |
ZERO POWER RESISTANCE AT SPECIFIED TEMP | 420.0 OHMS 2ND RESISTANCE-TEMPERATURE POINT |
ZERO POWER RESISTANCE AT SPECIFIED TEMP | 600.0 OHMS 3RD RESISTANCE-TEMPERATURE POINT |
ZERO POWER RESISTANCE AT SPECIFIED TEMP | 715.0 OHMS 4TH RESISTANCE-TEMPERATURE POINT |
ZERO POWER RESISTANCE AT SPECIFIED TEMP | 830.0 OHMS 5TH RESISTANCE-TEMPERATURE POINT |
ZERO POWER RESISTANCE AT SPECIFIED TEMP | 955.0 OHMS 6TH RESISTANCE-TEMPERATURE POINT |
ZERO POWER RESISTANCE TOLERANCE IN PERCENT AT REFERENCE TEMP | -10.0 TO 10.0 |
ZERO POWER RESISTANCE | 500.000 OHMS |
ZERO POWER TEMP COEFFICIENT OF RESISTANCE IN PERCENT PER DEG CELSIUS | 0.70 |
ZERO POWER RESISTANCE AT SPECIFIED TEMP | 225.0 OHMS 1ST RESISTANCE-TEMPERATURE POINT |
STYLE DESIGNATOR | ROD |
TEMP POINTS FOR RESISTANCE READINGS AT ZERO POWER | -75.0 CELSIUS 1ST RESISTANCE-TEMPERATURE POINT |
TEMP POINTS FOR RESISTANCE READINGS AT ZERO POWER | 0.0 CELSIUS 2ND RESISTANCE-TEMPERATURE POINT |
TEMP POINTS FOR RESISTANCE READINGS AT ZERO POWER | 100.0 CELSIUS 4TH RESISTANCE-TEMPERATURE POINT |
TEMP POINTS FOR RESISTANCE READINGS AT ZERO POWER | 125.0 CELSIUS 5TH RESISTANCE-TEMPERATURE POINT |
TEMP POINTS FOR RESISTANCE READINGS AT ZERO POWER | 150.0 CELSIUS 6TH RESISTANCE-TEMPERATURE POINT |
TEMP POINTS FOR RESISTANCE READINGS AT ZERO POWER | 5.0 CELSIUS 3RD RESISTANCE-TEMPERATURE POINT |
TERMINAL DIAMETER | 0.025 INCHES NOMINAL |
TERMINAL LENGTH | 1.500 INCHES NOMINAL |
TERMINAL TYPE AND QUANTITY | 2 WIRE LEAD |
THERMAL TIME CONSTANT IN SECONDS | 60.0 |