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ManualsBrandsArcol ManualsPassive ComponentsCarbon Composition Resistors 500mW 100Ohm5%

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operate a policy of continual product development, therefore,

speciﬁcations may change.

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RCC Fixed Carbon Composition

Resistors

Solid carbon resistors designed for high energy dissipation. These small

leaded resistors are non inductive and combine high pulse characteristics

with excellent stability

• Power Dissipation 0.25 watts or 0.5 watts

• Value Range 1R to 22M

• Tolerance Options 5%, 10%, 20%

• Maximum Voltage 500 and 700 Vdc

• Dielectric Strength Peak pulse voltage is 6kv on 0.25 watt size and 10kv on 0.5 watt

• RoHS Compliant

Characteristics

Type

Rated

dissipation

at 70C W

Limiting

element

voltage V

Rated

resistance

range

Combintation of rated resistance and TCR

Tolerance

& preferred

number

series

Isolation

voltage

Summary of content (3 pages)

PAGE 1
RCC Fixed Carbon Composition Resistors Solid carbon resistors designed for high energy dissipation. These small leaded resistors are non inductive and combine high pulse characteristics with excellent stability • Power Dissipation 0.25 watts or 0.5 watts • Value Range 1R to 22M • Tolerance Options 5%, 10%, 20% • Maximum Voltage 500 and 700 Vdc • Dielectric Strength Peak pulse voltage is 6kv on 0.25 watt size and 10kv on 0.
PAGE 2
RCC Fixed Carbon Composition Resistors Electrical Specifications Description Requirements Voltage proof No breakdown or flashover Variation of resistance with temperature See ratings table Overload ∆R ≤ ± (2% +0.1 ohm) No visible damage, legible marking Robustness of terminations Tensile Bending Torsion Solderability ∆R ≤ ± (2% +0.1 ohm) no visible damage ∆R ≤ ± (2% +0.1 ohm) no visible damage ∆R ≤ ± (2% +0.1 ohm) no visible damage In accordance with clause 4.17.4.5 Test Methods RCC025 100Va.
PAGE 3
RCC Fixed Carbon Composition Resistors KAMAYA OHM FIXED CARBON COMPOSITION RESISTORS RC Typical Charateristics (indicate the mean values of ∆R/R etc) Typical Characteristics • •Surge Resistance Characteristics Charging and discharging a 2,000 pF capacitor for 100 cycles. 10 10 b -10 c RC1/4 a : 1.2M ohm b : 33k ohm c : 1k ohm -20 -30 0 a ∆R/R(%) ∆R/R(%) 0 0 2 4 a b c −10 RC1/2 a : 1.