PCN30T-1R0-JB Datasheet, PDF (1/1 Pages) RCD COMPONENTS INC. – HIGH SURGE NON-INDUCTIVE COMPOSITION RESISTORS UP TO 400 WATT, 160KV & 150,000 JOULES

HIGH SURGE NON-INDUCTIVE COMPOSITION RESISTORS
UP TO 400 WATT, 160KV & 150,000 JOULES
PCN SERIES
Term.W is
RoHS
compliant
RoHS
& 260°C
compatible
RESISTORS CAPACITORS COILS DELAY LINES
RCD PCN5
RCD PCN50
Industry’s widest range of composition resistors!
High energy and voltage capability, non-inductive
Standard tolerances of 10% & 20% (5% avail.)
OPTIONS
Option HC: special coating for oil immersion (+175°C max)
Option 37: Group A screening per Mil-R-39008
Custom rod and disk sizes, expanded resistance range,
custom metallization, increased voltage/dielectric/joule
ratings avail. End caps, lug terminals, & mounting clips avail.
FIGURE 1
←
A→
Surface Mount
→ ← .032 [.8] Min.
← B→
C
→ ← .050[1.27]Min.
Type PCN resistors are manufactured from carbon and
ceramic granules into a solid bulk composition enabling
pulse capabilities unmatched by wirewound or film resistors.
Marking is alpha-numeric or color band. Flexible manufactur-
ing process enables customized rod or disk sizes up to 5”
diameter and 18” long. Typical applications include snubber
circuits, lightning surge, grounding resistors, RFI suppres-
sion, dummy loads, etc. Depending on the application, PCN
resistors can often satisfy requirements of UL217, 268, 294,
497A, 508, 913, 943, 991, 1459, & 1971; IEEE587, C37.90, &
Bellcore TR357 & 1089; EN61000-4, 60601, & 50082.
DERATING
FIGURE 2 ←1.0 [25.4] min → ← A → B
Axial Lead
↓ ^{D typ.}
100
75
↑
50
PCN2-270
FIGURE 3
Rods
Metallized _{←D→}
Ends
A
RCD
Type
Fig.
Wattage
Max
Working
Voltage ¹
Pulse
Voltage ²
Joule
Rating ³
↓
B
C typ.
↑
Resistance
Range ⁴
25
0
A
PCN1/4M-2S
40
80
120
160
200
240
AMBIENT TEMPERATURE (°C)
230
B
C
D
PCN1/4M 1 .25W 250V
2KV
2
1Ω - 10M
.450±.032 [11.4±0.8] .225±.015 [5.7±.38] .180 ±.020 [4.6±.50]
-
PCN1/2M 1
.5W
350V 2.5KV
7
1Ω - 10M .625±.032 [15.9±0.8] .276±.015 [7.0±.38] .245±.025 [6.22±.64]
-
PCN1M 1
1W
500V
3KV
18
2Ω - 1M
.811±.020 [20.6±0.5] .283±.025 [7.2±.63] .283 ±.025 [7.2±.63]
-
PCN1/2S 2
.5W
250V
2KV
2
1Ω - 10M .250 ±.024 [6.5 ±.60] .100±.028 [2.5±.70]
-
.025 [.64]
PCN1S 2
1W
350V 2.5KV
7
1Ω - 10M
.394 ±.032 [10 ±.80] .140±.028 [3.6±.70]
-
.032 [.81]
PCN2S 2
2W
500V
8KV
16
2Ω - 1M
.610±.06 [15.5±1.5] .220±.04 [5.59±1.0]
-
.034 [.86]
PCN2 2
2W
500V
4KV
25
5.6Ω to 51K .775 ±.06 [19.7±1.5] .225±.05 [5.72±1.27]
-
.032 [.81]
PCN3 2
3W
600V
5KV
96
10Ω to 20K 1.00±.05 [25.4±1.27] .339±.05 [8.61±1.27]
-
.032 [.81]
PCN5 2
5W
700V 10KV
160
10Ω to 30K 1.58±.05 [40.1±1.27] .339±.05 [8.61±1.27]
-
.032 [.81]
PCN10 3
10W
800V
20KV
370
18Ω to 23K 2.36 ±.05 [60 ±1.27] .551±.05 [14±1.27]
.31 [8]
.4 [10]
PCN20 3
20W
900V
30KV
560
26Ω to 28K 3.15 ±.05 [80 ±1.27] .551±.05 [14±1.27]
.31 [8]
.4 [10]
PCN30 3 30W 1000V 35KV
1060
21Ω to 23K 3.94±.05 [100±1.27] .788±.05 [20±1.27]
.55 [14]
.5 [13]
PCN30S 3
30W 1200V 50KV
10,000 10Ω to 45K 5.0 ±.062 [127±1.57] .750±.05 [19±1.27] std=solid, opt.T=.24 [6]
.6 [15]
PCN50 3 50W 1700V 70KV
2450 45Ω to 58K 7.87±.08 [200 ± 2] .788±.05 [20±1.27]
.55 [14]
.6 [15]
PCN50S 3
50W
1700V 60KV
20,000 5.6Ω to 30K 6.0 ±.062 [152±1.57] 1.0 ±.05 [25.4±1.27] std=solid, opt.T=.48[12]
.5 [13]
PCN75S 3
75W
1800V 80KV
30,000
8Ω to 41K 8.0 ±.062 [203±1.57] 1.0 ±.05 [25.4±1.27] std=solid, opt.T=.48[12] .87 [22]
PCN80 3 80W 2000V 80KV
4360
45Ω to 50K
9.84±.08 [250 ± 2] .985±.05 [25±1.27]
.71 [18]
.87 [22]
PCN100 3 100W 2400V 100KV 5430 55Ω to 100K 11.81±.08 [300 ± 2] .985±.05 [25±1.27]
.71 [18]
.87 [22]
PCN100S 3 100W 2400V 120KV 40,000 12Ω to 60K 12.0 ±.062 [305±1.6] 1.0 ±.05 [25.4±1.27] std=solid, opt.T=.48[12] .87 [22]
PCN150 3 150W 2500V 100KV 14,760 26Ω to 28K 11.81±.08 [300 ± 2] 1.575±.06 [40±1.52]
1.10 [28]
.87 [22]
PCN150S 3 150W 2500V 160KV 60,000 15Ω to 80K 16.0 ±.062 [406±1.6] 1.0 ±.05 [25.4±1.27] std=solid, opt.T=.48[12] .87 [22]
PCN270 3 270W 2600V 160KV 30,000 21Ω to 23K 17.72±.08 [450 ± 2] 1.969±.06 [50±1.52]
1.50 [38]
1.0 [25]
PCN400S 3 400W 2600V 160KV 150,000 6Ω to 30K 16.0 ±.062 [406±1.6] 1.63±.06 [41.4±1.52] std=solid, opt.T=.48[12] .87 [22]
1 _{Max. continuous voltage is determined by E= (PR)}1/2_{, E not to exceed the Max.Working Voltage.} 2 _{Peak pulse voltage is dependent on resistance and pulse waveform. Levels listed are based on 10X160 nS}
pulse, 10KΩ. Increased voltage available. Consult factory on each application. ³ Joule rating is dependent on resis.value, pulse duration, and repetition rate. Levels listed are based on 10mS pulse width X
20,000 cycles, 150Ω, full cooling between pulses. Increased joule ratings available. Consult factory on each application. ⁴ Expanded resistance range available.
PERFORMANCE*
Specification
PCN1/4M-PCN2S PCN2- PCN400S
Temperature Cycling
1%
1%
Temperature Coefficient
.15%/°C Max.
.15%/°C Max.
Moisture Resistance
5%
5%
Load Life (500 hrs)
±10%
±5%
Operating Temp. Range
-55 to +125°C
-55 to +230°C
Dielectric Strength (V-block) 500V, 60S
0V**
Overload (nte 2.5xRCWV) 3x Rated W, 5S 10x Rated W, 5S
Derating (W, V, & E)
.952%/°C>20°C .526%/°C>40°C
*Typical performance 10Ω to 1MΩ (consult factory for requirements outside this range)
** Specify Opt. HC for 500V dielectric or Opt.33 for 1KV (derate pulse voltage 50% & max temp to +175°C)
P/N DESIGNATION: PCN30 - 102 - K B W
RCD Type
Options: T, HC, 37, 33 (other options as
assigned by RCD. Leave blank if standard)
3-Digit Resis. Code: 2 signif. digits & multiplier
(1R0=1Ω, 100=10Ω, 101=100Ω, 102=1K, etc.)
Tolerance Code: J=5%, K = 10%, M = 20%
Packaging: B = Bulk, T = T&R (PCN1/4M
through PCN5 only)
Termination: W= Lead-free, Q= Tin/Lead
(leave blank if either is acceptable)
RCD Components Inc, 520 E.Industrial Park Dr, Manchester, NH, USA 03109 rcdcomponents.com Tel: [phone] Fax: [phone] Email:[e-mail]
FA065B Sale of this product is in accordance with GF-061. Specifications subject to change without notice
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