Resistors

Metal Oxide resistors are for applications where stability under high temperature conditions is required.

• 2 watt
• ± 5% tolerance
• -55° C to 240° C operating range (derated over 70° C)
• 350 V working, 600 V overload
• Excellent flame retardant coating
• Stable performance in diverse conditions
• High purity ceramic core
• EIA color coded
• .57" long x .20" diameter

Resistance Values (5 each)


.47
1
2
2.4
2.7


3.3
4.7
5.1
6.8
8.2


10
12
15
20
22


27
30
39
47
51


68
82
100
110
120


150
180
200
220
240


270
300
330
390
470


510
560
680
750
820


1k
1.1k
1.2k
1.5k
1.6k


1.8k
2k
2.2k

Carbon composition resistors are made by mixing carbon particles with a binder molded into a cylindrical shaped, and then baked. Resistance decreases as temperature increases. Resistance is more prone to drifting than with other types.

Metal Film resistors consist of a resistive element of an extremely thin layer of metal alloy vacuum deposited on a substrate.

Wire Wound power resistors are made by wrapping a length of high resistance wire onto an insulating form. Ceramic flame retardant package. Exceptionally small, sturdy and reliable.

• 10 watt
• ± 5% tolerance
• -55° C to 155° C operating range (derated over 70° C)
• 350 V working, 700 V overload
• Excellent moisture resistance
• Stable performance in diverse conditions
• Sealed with special cement
• High temperature stability
• 1.93" long x .39" square

Carbon Film resistors are made by vacuum depositing a thin carbon film on a ceramic form. A good choice for applications which require a steady, low power drop. Sold in multiples of 5. Pricing is per pack of five (ie, entering 2 equals a total of 10 resistors)

• ½" watt - 350V working, 700V overload, 0.4" long by 0.14" dia.