SPP2UL6R80JLF Datasheet, PDF (1/3 Pages) TT Electronics. – Fibre Core Conformal Coated Wirewound Resistor

w-Co_FRs_iebt_sreisG_Ctooe_rrsen_Ce_or_na_fol_rmP_alurpose
nform^C_Fi^o_ba_r^a_e^tl^e_CC^d_or^W_eoⁱ_C^ra^e_o^wt_ne_f^o_o^ud_rⁿ_m^d_al^Resistor
ewound ^{SCPoPaSetreiesd W}R^ire^ews^ois^unt^do^Rr^esistor
Low-Cost General Purpose _{· es}
SPP_US_Le₁r₄ie₁s_{2 recognised fusing *}
Conformal Coated ^· uncoated uniU^Cts^oL1^a4^t1^e2^dr^oec^ro^ugⁿni^cs^oe^ad^tf^eu^dsin^ugⁿ*^its
· Positive high TC’s upon request
· ^{gh TC’s uponC}C^roo^eal^qo^tuer^edb^sota^rn^ud^ncs^ot^aa^tn^ed^da^urⁿd^itsidentification
·^{Wirewound Resistor d standard ideP}L^noo^tsw^iifitice^var^etr^ihoa^ingn^hg^Te^Cs^’sa^uv^pa^oilⁿab^rele^qu-^ec^so^t ntact factory
· ^{ges availabSlPePC}W^-ocSe^looel^rd^nribta^eaab^scnl^te^dfasa^ctn^atond^rdys^ao^rdld^ide^eraⁿb^tiflⁱe^cam^tioaⁿgnetic leads
• Co^La^ote^wd^eo^rr u^rancⁿo^ga^ete^sd^au^vn^aits^{ilable - contact factory}
and solder_•*ab_PUol_We_sLiteim_fvilelda_ehag_ingbn_hluee_Tmt_Caic_{’bns edu}le_prsa_oEond_2lrs_{de3eq4ur4ea6sbt9le magnetic leads}
• Color band standard identification
ical Data •* LUoLwfeirlerannugemsbaevarilEa2b3le4-4c6o9ntact factory
• Weldable and solderable magnetic leads
Electrical Data
IRC Type
SPP-1
SPP-1
Make Possible
Alloy resistance
wirewound on
fiberglass core
Mechanically crimped
termination assembly
Alloy resistance
wirewound on
fiberglass core
Mechanically crimped
termination assembly
EIA/MIL color code:
first wide band indicates
wirewound construction,
blue indicator indicates
flameproof
EIA/MIL color code:
first wide band indicates
wirewound construction,
blue indicator indicates
flameproof
SPP-2
SPP-2
SPP-3
SPP-3
ce - Std.
Resistance - Std.
gnised Ra^Un^Lg^Re^{ecognised Range}
0.1Ω to 1200Ω
0.1Ω to 1200Ω
1 Ω to 4¹70^{Ω t}Ω^{o 470 Ω}
0.1Ω to 2400Ω
0.1Ω to 2400Ω
1₁Ω_Ωto _t4_o70₄Ω_{70 Ω}
0.1Ω to 2400Ω
0.1Ω to 2400Ω
---
---
Tolerance - Std.
e - Std.
±5% (E24), ±10% (E12)
±5% (E24), ±10% (E12)
1 watt @ 85°C
2 watt @ 85°C
3 watt @ 85°C
Power Rating
ating
Load Life Stability
Max. Continuous
e Stability^{Working Voltage}
Min. Insulation
1
watt
@^31//42 8^ww5^aatt°^tt C^@ _@
105°C
125°C
3/4 wat_Dt_e@_ratin1_g0_t5_o °₀C_{@ 160°C}
1/2 wat₁t @_watt1_@25₈₅°_°C_{C ± 10%}
Derating to 0 @ 160°C
√PR
1 watt @ 85°C ± 10%
Dry
10,000 Meg
1₂w_watt_a@-_t-t- 1_@40°₈C_5°C
1 wat_-t_--@ 140°C
2 watt @ 85°^-C^--± 10%
---
√PR
2 watt @ 85°C ± 10%
10,000 Meg
2
1
watt
watt
@
@
114950₃°°CC_watt
@
85°C
--- ^{2 watt @ 145°C}
3 watt @ 85°C¹Â± 1^w0^a%^{tt @ 190°C}
---
√PR
3 watt @ 85°C ± 10%
10,000 Meg
ntinuous ^Resistance
Voltage
Min. Dielectric
Withstanding Volts
Wet
(RMS)
100 Meg
√PR
600V
100 Meg
√PR
600V
100 Meg
600V
√PR
lation
ce
ectric
Current N^Do^ris^ye
Wet
Temperature Rise at
Rated Load, 25°C Ambient
ding Volts (RMS)
Temperature Coefficient
10,000 M_Ne_eg_gligible
100 Meg
1_N0_eg,0_lig0_ib0_leMeg
100 Meg
Negligible ^{10,000 Meg}
100 Meg
Approx. 150°C
600V
±600/°C
±300/°C
0.10Ω - 0.91Ω 1Ω - 1200Ω
Approx. 200°C
600V
±600/°C
±300/°C
0.10Ω - 0.91Ω 1Ω - 2400Ω
Approx. 225°C
600V
±600/°C
±300/°C
0.10Ω - 0.91Ω 1Ω - 2400Ω
Noise
Negligible ^Notes:
Unless specified otherwise, standard test centers are 1 ¾ inches.
Negligible
Negligible
ture Rise at
ad, 25°C Ambient
Approx. 150°C
Approx. 200°C
Approx. 225°C
ture Coefficient
±600/°C
±300/°C
±600/°C
±300/°C
±600/°C
±300/°C
0.10Ω - 0.91Ω 1Ω - 1200Ω 0.10Ω - 0.91Ω 1Ω - 2400Ω 0.10Ω - 0.91Ω 1Ω - 2400
G^Ge^enⁿe^er^ra^al^lN^No^ot^te^e
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IA^ARlC^ll^lirⁱnⁿefs^foe^orm^rv^mesa^atthi^toe^ionrⁿigishⁱt^sstuo^sb^umj^bea^jkc^eet^cct^toh^ta^oTngT^TeEs^Tlien^ec^lp^etrro^cod^tn^ru^ocictⁿssⁱ’p^ceo^sc^’wifi^onc^wadtiⁿoant^daw^aiat^thn^aodu^atiⁿnso^dctioc^isenso^cir^odliⁿear^sbeⁱil^didty^e.a^recc^du^ara^ct^ce^ua^rat^tt^eim^ae^{t t}oⁱf^mg^eoi^on^fg^gt^ooⁱⁿp^grin^tt^o. ^print.
All information is subject to IRC’s own data and is considered accurate at time of going to print.
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SPP Series Issue December 2008 She1₀et₉11_..₁1o₄f33