RC20GF102J Datasheet, PDF (1/2 Pages) List of Unclassifed Manufacturers – Carbon Composition Resistor

eries
Carbon Composition
Com_Rp_eo_ss_isit_ti_oon_r Resistor
I_IB_BT S_Teries_Series
· ^{Meets performance standards of EIA RS-172}
·^{CHaortbmoonldeCd oprmocepsos fsoirtiporonduRcteunsiifsortmoirty}
· ^{mance standIdaeradlsfoorfpEuIlAseR-loSa-d1e7d2handling}
· ^{rocess for pNrond-uincdt uucntifvoermdeitsyign}
e-loaded handling
• Meets performance standards of EIA RS-172
e design _{• Hot molded process for product uniformity}
• Ideal for pulse-loaded handling
• Non-inductive design
al Dat_Ea_{lectrical Data}
Tested PTeesrteMd PILer-SMITL-DST-D2-02022
-OLDED"ODY
-OLDED"ODY
4INNED,EADS
-OLDED#OMPOSIT⁴IO^INN^NE%^DL^,E^EM^ADSENTS
-OLDED#OMPOSITION%LEMENTS
Power Rating
Determined by load life test 100% load @ 70°C ambient
y load life^Rat^te^eds^Ct ^o1ⁿ0^tin0^u%^ouslo^Wa^od^rki@^{ng V}7^o0^lta°^gC^{e (}a^Rm^CWb^Vi⁾ent
Maximum Ambient Temperature
uous Wor^Rk^ei^sn^isg^toV^rso^dl^et^ra^ag^tee^{d t}(^oR^zeC^roW^loV^ad) ^{at this temperature}
Nominal Resistance Range
mbient Temperature
Standard Resistance Tolerances
ated to zero load at this temperature
Dielectric Withstand Voltage
stance Ra^Atn^mg^ose^{pheric Pressure}
Barometric pressure 3.4" Hg 115 millibars
IBT 1/4
IBT 1/4
1/4W
IBT 1/2
IBT 1
IBT 1/2
1/2W
1W
IBT 1
1/4W P x R or 250 volts
whichever is less
1/2W P x R or 350 volts P x R or 500 volts
whichever is less
whichever is less
1W
P x _±R₁₃o₀r_°2_C50 volts _±130P_°Cx R or 350_±v₁o₃lt₀s_°C P x R or 500
whichever is less
whichever is less
whichever is
1: - 5.6 meg: 1: - 20 meg: 2.2: - 1 meg:
±5±%1, ±3100%°C ±5%, ±10%±130°C±10%
±130°C
1: -⁵5⁰⁰.^V6 meg: ⁷⁰1^0V: - 20 me¹⁰g⁰:^0V 2.2: - 1 me
325V
450V
650V
istance T^Io^nsle^ulr^aa^tionⁿc^Re^es^sistance
(min.)
Voltage Coefficient of Resistance
hstand Vo^%lt^ra^esg^ise^{tance change/volt at 10% and (min.)}
Pressure^{100% RCWV for values 1K to 20 meg (max.)}
Short-Time Overload
Maximum Voltage
ressure 3A.4p"plyH2g.5 t1im1e5s mRCiWllVibaat mrsaximum Typical resistance change
Indicated for 5 seconds
Maximum resistance change
sistance
(min.)
±¹⁰5^,0%⁰⁰, ^m±^e1^g0% ^{10,000 m}±^e5^g%, ±1¹⁰0^,0%^{00 meg}
-.005%
-.0₅3₀2%_0V
700V
±03.52%5V
±2%
10,000 meg
-.005%
-.005%
-.032% _700V -.032%
700V
700V
±0.5% 450V ±0.5%
±2%
±2%
10,000 meg
±10%
1000V
650V
10,000 m
ficient of Resistance
change/volt at 10% and (min.)
for values 1K to 20 meg (max.)
verload
Maximum Voltage
es RCWV at maximum Typical resistance change
5 seconds Maximum resistance change GGeenneerraal lNNotoete
I_TR_TC_ere_lese_cr_tv_re_os_nth_ice_sri_rg_eh_st_eto_rvm_ea_ske_thch_ean_rig_ge_hs_tin_tp_oro_mdu_ac_kt s_epe_cc_hifi_ac_nat_gio_en_sw_ii_ntho_pu_rt_on_dot_uic_ce_to_sr_plia_eb_cil_ii_fty_i._{cation without notice or liability.}
All information is subject to IRC’s own data and is considered accurate at time of going to print.
All information is subject to TT electronics’ own data and is considered accurate at time of going to print.
Wire and Film Technologies Division • 4222 South Staples Street • Corpus Christi Texas 78411 USA
©^TeleT^phT^onee^: l³e⁶¹c⁹t⁹r²o⁷n⁹⁰i⁰c^•s^Fap^cslⁱc^{mile: 361 992 3377 • Website: www.irctt.com}
-.005%
-.005%
-.005%
-.032%
-.032%
-.032%
700V
700V
700V
±0.5%
±0.5%
±0.5%
±2%
±2%
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IBT Series Issue September 2010 Sheet 1 of 2
09. 11
±2%