RCD PCN5-102-KB

RoHS RESISTORS�CAPACITORS�COILS�DELAY LINES HIGH SURGE NON-INDUCTIVE COMPOSITION RESISTORS UP TO 400 WATT, 160KV & 150,000 JOULES RCD PCN5 Term.W is RoHS compliant RCD PCN50 PCN SERIES & 260°C compatible � Industry’s widest range of composition resistors! Type PCN resistors are manufactured from carbon and � High energy and voltage capability, non-inductive ceramic granules into a solid bulk composition enabling � Standard tolerances of 10% & 20% (5% avail.) pulse capabilities unmatched by wirewound or film resistors. OPTIONS Marking is alpha-numeric or color band. Flexible manufactur- � Option HC: special coating for oil immersion (+175°C max) ing process enables customized rod or disk sizes up to 5” � Option 37: Group A screening per Mil-R-39008 diameter and 18” long. Typical applications include snubber � Custom rod and disk sizes, expanded resistance range, circuits, lightning surge, grounding resistors, RFI suppres- custom metallization, increased voltage/dielectric/joule sion, dummy loads, etc. Depending on the application, PCN ratings avail. End caps, lug terminals, & mounting clips avail. resistors can often satisfy requirements of UL217, 268, 294, 497A, 508, 913, 943, 991, 1459, & 1971; IEEE587, C37.90, & ← → A ← B → FIGURE 1 Bellcore TR357 & 1089; EN61000-4, 60601, & 50082. C Surface Mount → ← DERATING .050 [1.27] Min. → ← .032 [.8] Min. 100 FIGURE 2 B ←1.0 [25.4] min → ← A → D typ. ↓ 75 Axial Lead PCN2-270 ↑ 50 ↓ PCN1/4M-2S 25 FIGURE 3 C typ. B Rods 0 ↑ 40 80 120 160 200 240 Metallized ←D→ Ends A AMBIENT TEMPERATURE (°C) 230 Max RCD Pulse Joule Resistance Fe ig. Wattag Working AB C D 2 3 4 Type Voltage Rating Range 1 Voltage P1 CN1/4M .V 25W2V 50 22 K 1Ω-] 10M.] 450±.032 [11.4±0.8.] 225±.015 [5.7±.38.- 180 ±.020 [4.6±.50 P1 CN1/2M .V 5W3V 50 27 .5K 1Ω-] 10M.] 625±.032 [15.9±0.8.] 276±.015 [7.0±.38.- 245±.025 [6.22±.64 P1 CN1M 1V W5V 00 38 K 12Ω-] 1M.] 811±.020 [20.6±0.5.] 283±.025 [7.2±.63.- 283 ±.025 [7.2±.63 P2 CN1/2S .V 5W2V 50 22 K 1Ω-] 10M.] 250 ±.024 [6.5 ±.60.- 100±.028 [2.5±.70 .025 [.64] P2 CN1S 1V W3V 50 27 .5K 1Ω-] 10M.] 394 ±.032 [10 ±.80.- 140±.028 [3.6±.70 .032 [.81] P2 CN2S 2V W5V 00 86 K 12Ω-] 1M.] 610±.06 [15.5±1.5.- 220±.04 [5.59±1.0 .034 [.86] P2 CN2 2V W5V 00 45 K 26 5. Ωt] o 51K.] 775 ±.06 [19.7±1.5.- 225±.05 [5.72±1.27 .032 [.81] P2 CN3 3V W6V 00 56 K 90 1 Ωt] o 20K1] .00±.05 [25.4±1.27.- 339±.05 [8.61±1.27 .032 [.81] P2 CN5 5V W7V 00 10 0K 10 6 1 Ωt] o 30K1] .58±.05 [40.1±1.27.- 339±.05 [8.61±1.27 .032 [.81] P3 CN10 1V 0W8V 00 20 0K 38 7 1 Ωt] o 23K2] .36 ±.05 [60 ±1.27.] 551±.05 [14±1.27.] 31 [8 .4 [10 P3 CN20 2V 0W9V 00 30 0K 56 6 2 Ωt] o 28K3] .15 ±.05 [80 ±1.27.] 551±.05 [14±1.27.] 31 [8 .4 [10 P3 CN30 3V 0W1V 00030 5K 11 06 2 Ωt] o 23K3] .94±.05 [100±1.27.] 788±.05 [20±1.27.] 55 [14 .5 [13 P3 CN30S 3V 0W1V 20050 0K 10 0,00 1 Ωt] o 45K5] .0 ±.062 [127±1.57.] 750±.05 [19±1.27s] td=solid, opt.T=.24 [6 .6 [15 P3 CN50 5V 0W1V 70070 0K 25 45 4 Ωt] o 58K7] .87±.08 [200 ± 2.] 788±.05 [20±1.27.] 55 [14 .6 [15 P3 CN50S 5V 0W1V 70060 0K 26 0,00 5. Ωt] o 30K6] .0 ±.062 [152±1.571] .0 ±.05 [25.4±1.27s] td=solid, opt.T=.48[12 .5 [13 P3 CN75S 7V 5W1V 80080 0K 38 0,00 Ωt] o 41K8] .0 ±.062 [203±1.571] .0 ±.05 [25.4±1.27s] td=solid, opt.T=.48[12 .87 [22 P3 CN80 8V 0W2V 00080 0K 45 36 4 Ωt] o 50K9] .84±.08 [250 ± 2.] 985±.05 [25±1.27.] 71 [18 .87 [22 P3 CN100 1V 00W2V 40010 00K 55 43 5 Ωt] o 100K1] 1.81±.08 [300 ± 2.] 985±.05 [25±1.27.] 71 [18 .87 [22 P3 CN100S 1V 00W2V 40010 20K42 0,00 1 Ωt] o 60K1] 2.0 ±.062 [305±1.61] .0 ±.05 [25.4±1.27s] td=solid, opt.T=.48[12 .87 [22 P3 CN150 1V 50W2V 50010 00K 16 4,76 2 Ωt] o 28K1] 1.81±.08 [300 ± 21] .575±.06 [40±1.521] .10 [28 .87 [22 P3 CN150S 1V 50W2V 50010 60K 65 0,00 1 Ωt] o 80K1] 6.0 ±.062 [406±1.61] .0 ±.05 [25.4±1.27s] td=solid, opt.T=.48[12 .87 [22 P3 CN270 2V 70W2V 60010 60K 31 0,00 2 Ωt] o 23K1] 7.72±.08 [450 ± 21] .969±.06 [50±1.521] .50 [38 1.0 [25 P3 CN400S 4V 00W2V 60010 60K16 50,00 Ωt] o 30K1] 6.0 ±.062 [406±1.61] .63±.06 [41.4±1.52s] td=solid, opt.T=.48[12 .87 [22 1 2 1/2 Max. continuous voltage is determined by E= (PR) , E not to exceed the Max.Working Voltage. Peak pulse voltage is dependent on resistance and pulse waveform. Levels listed are based on 10X160 nS 3 pulse, 10KΩ. Increased voltage available. Consult factory on each application. Joule rating is dependent on resis.value, pulse duration, and repetition rate. Levels listed are based on 10mS pulse width X 4 20,000 cycles, 150Ω, full cooling between pulses. Increased joule ratings available. Consult factory on each application. Expanded resistance range available. PERFORMANCE* PCN30 - 102 - K B W P/N DESIGNATION: SS pecificationPS CN1/4M-PCN2 PCN2- PCN400 RCD Type T% emperature Cycling 1% 1 Options: T, HC, 37, 33 (other options as T. emperature Coefficient.. 15%/°C Max .15%/°C Max assigned by RCD. Leave blank if standard) M% oisture Resistance 5% 5 3-Digit Resis. Code: 2 signif. digits & multiplier L% oad Life (500 hrs) ±% 10 ±5 (1R0=1Ω, 100=10Ω, 101=100Ω, 102=1K, etc.) OC perating Temp. Range-C 55 to +125° -55 to +230° Tolerance Code: J=5%, K = 10%, M = 20% DS ielectric Strength (V-block)5* 00V, 60 0V* OS verload (nte 2.5xRCWV)3S x Rated W, 5 10x Rated W, 5 Packaging: B = Bulk, T = T&R (PCN1/4M through PCN5 only) DC erating (W, V, & E).C 952%/°C>20° .526%/°C>40° *Typical performance 10Ω to 1MΩ (consult factory for requirements outside this range) Termination: W= Lead-free, Q= Tin/Lead ** Specify Opt. HC for 500V dielectric or Opt.33 for 1KV (derate pulse voltage 50% & max temp to +175°C) (leave blank if either is acceptable) - - - - RCD Components Inc, 520 E.Industrial Park Dr, Manchester, NH, USA 03109 rcdcomponents.com Tel: 603 669 0054 Fax: 603 669 5455 Email:sales@rcdcomponents.com FA065B Sale of this product is in accordance with GF-061. Specifications subject to change without notice 76 % OF RATED POWER