HIGH POWER PLANAR RESISTORS, 5W to 100W
RESISTORS CAPACITORS COILS DELAY LINES
TP SERIES
CERAMIC SUBSTRATE
TPS SERIES
STEEL SUBSTRATE
Space saving flame retardant design
High power density
Thin profile, and lightweight
Low Inductance: 50nh typ at 1MHz
Wide resistance range: 0.5Ω to 1MΩ
Excellent transient withstanding capabilities
Standard tolerances: as tight as ±0.5%
RoHS
Term.W is
RoHS
compliant
& 260°C
compatible
SPACE SAVING THICK FILM PLANAR RESISTORS!
Series TP/TPS offer high power density in a lightweight design. Designed for
switch mode power supplies, snubber circuits, heaters, in-rush limiters,
dynamic braking, and other power applications, the planar construction offers
significant PCB real estate savings over conventional resistors, especially in
forced air applications. The unique design enables very low inductance and
excellent surge capabilities. Series TP utilize alumina substrates for excellent
heat dissipation. Series TPS utilize stainless steel substrates for even greater
dissipation and durability. A special hi-temp/hi-voltage dielectric insulates the
resistor and terminals from the metal substrate, enabling greater voltage and
insulation compared to porcelain enameled models.
OPTIONS
Special marking, extended value range, custom
sizes and shapes, burn-in and military screening,
insulated leads, quick-disconnect terminals, multiple
resistor circuits, etc. Consult factory for assistance.
|
B
Series TP 5W - 10W
2 Pins, Ceramic
|
|
B
Series TP 15W-100W
4 Pins, Ceramic
|
|
B
Series TPS
Steel Substrate
50W - 100W 6 Pins
|
A
→
←
0.1
[2.54]
A
→
↓
.150 min
[3.8]
←
0.24±.01
[.61±.25]
A
0.120 [3]
min
.028”
Dia.
.07[1.8]
↓
↑
0.30 typ.
[7.6]
→ ←.04
[1.02]
.04” Dia.
.20”
.02[.51]
C
→← → ←
.012 [.3]
0.120 [3]
min
.050”
Dia.
.024 [.6]
→←
.20”
C
↑ → ←
C
D
.20”
.20 ±.01
[5.08 ±.25]
.20”
.20”
.37[9.4]
.20”
TPS100
5
1
Maximum Operating Voltage is DC or AC peak
Preliminary information
TYPICAL PERFORMANCE CHARACTERISTICS
L o a d L i fe ( 1 0 0 0 ho ur s )
M o i s tur e Re s i s ta nc e
Te m p e r a tur e C yc li ng
Ove r lo a d ( no t to e xc e e d m a x vo lta g e )
D i e le c tr i c S tr e ng th
Re s i s ta nc e to S o ld e r He a t ( 2 6 0 °C , 5 s e c )
Te m p e r a tur e C o e ffi c i e nt ( p p m /°C )
Op e r a ti ng Te m p e r a tur e
P o we r
D e ra ti ng
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
FA048E
Sale of this product is in accordance with GF-061. Specifications subject to change without notice.
↑
RCD
Type
TP05
TP07
5
TP10
TP15
5
TP25
5
TP50
5
TPS50
Wattage
@ 25°C
5W
7.5W
10W
15W
25W
50W
50W
100W
Max. Voltage
Rating
1
500V
500V
500V
500V
500V
500V
250V
300V
±2 %
±1 %
±1 %
± 0 .5 %
Standard
Resistance
Range
2
1Ω to 200K
1Ω to 200K
1Ω to 300K
1Ω to 1M
Ω
1Ω to 1M
Ω
1Ω to 1M
Ω
0.5
Ω
to 10K
Ω
0.5
Ω
to 20K
Ω
DIMENSIONS Inch [mm]
A Max
1.015 [25.8]
1.015 [25.8]
1.015 [25.8]
1.22 [31]
1.18 [30]
2.27 [57.66]
2.80 [71.1]
3.65 [92.7]
B Max
.512 [13]
.765 [19.4]
1.015 [25.8]
1.27 [32.26]
2.22 [56.39]
2.22 [56.39]
1.77 [44.96]
2.59 [65.8]
4
C
.200±.01
3
[5.08±.25]
3
.500±.01
3,4
.800±.01
3
[12.7±.25]
[20.3±.25]
D
-
-
-
-
-
-
1.40±.02 [35.56±.5]
1.70±.02 [43.18±.5]
1.00±.02 [25.4±.5]
1.90±.02 [48.26±.5]
1.90±.02 [48.26±.5]
1.00±.02 [25.4±.5]
1.30±.02 [33.02±.5]
2
Expanded range available
3
Available with 0.300” [7.62mm] pin spacing, specify opt.78
Available with 0.200” [5.08mm] pin spacing, specify opt.80
P/N DESIGNATION:
RCD Type
Options:
assigned by RCD
(leave blank for standard)
TP05
-
102 - J
B W
5 x r a te d W, 2 0 0 m S
5 0 0 V D C ( 7 5 0 V a va i l)
1 0 0 p p m°C (
≥
2 % =2 0 0 p p m)
TP = - 5 5 ° C t o 1 7 0 ° C
TP S = - 5 5 ° C t o 2 7 5 ° C
TP = 1 % / ° C > 7 0 ° C
TP S = 0 . 4 % / ° C > 2 5 ° C
Resis.Code 0.5%, 1%:
3 signif. figures & multiplier,
e.g. 1R00=1Ω,10R0=10Ω,1000=100Ω,1001=1K, etc.
Resis.Code 2%-10%:
2 signif. figures & multiplier,
e.g. R50=.5Ω, 1R0=1Ω, 100=10Ω,101=100Ω,102=1K, etc.
Tol. Code:
D=0.5%, F=1%, G=2%, J=5%, K=10%, M=20%
Packaging:
B = Bulk
Termination:
W= Lead-free, Q= Tin/Lead
(leave blank if either is acceptable)
68
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