564
ataDlacinahceM
serutaeF
scitsiretcarahClamrehTdnasgnitaRmumixaM
Ratings at 25oC ambient temperature unless otherwise specified.
Plastic package has Underwriters Laboratory Flammability
Classification 94V-0
Glass passivated junction
5000W peak pulse power capability with a 10/1000ms
waveform, repetition rate (duty cycle): 0.05%
Excellent clamping capability
Low incremental surge resistance
Fast response time: theoretically (with no parisitic inductance)
less than 1ps from 0 Volts to V(BR) for unidirectional and 5ns for
bidirectional types.
Devices with V(BR) > 10V ID are typically ID less than 1.0mA
High temperature soldering guaranteed:
265oC/10 seconds, 0.375" (9.5mm) lead length,
5lbs. (2.3 kg) tension
Case: Molded plastic body over glass passivated junction
Terminals: Solder plated axial leads, solderable per
MIL-STD-750, Method 2026
Polarity: The color band denotes the cathode, which is positive
with respect to the anode under normal TVS operation
Mounting Position: Any
Weight: 0.07 ounce, 2.1 grams
A011PK5urht0.5PK5
srosserppuSegatloVtneisnarT V011ot0.5egatloVffo-dnatSW0005rewoPesluPkaeP
retemaraPlobmySeulaVtinU
0001/01ahtiwnoitapissidrewopeslupkaeP umrofevaws
)1(
P
MPP
0005muminiMW
0001/01ahtiwtnerruceslupkaeP umrofevaws
)1(
I
MPP
elbaTtxeNeeSA
noitapissidrewopetatsydaetS Tta
L
57=
o
)mm5.9("573.0shtgneldael,C
)2(
P
)VA(M
0.8W
evaw-enisflahelgnissm3.8,tnerrucegrusdrawrofkaeP
)3(
I
MSF
005spmA
A001taegatlovdrawrofsuoenatnatsnI
)3(
V
F
5.3stloV
egnarerutarepmetegarotsdnanoitcnujgnitarepOT
J
T,
GTS
571+ot55-
o
C
Notes: 1. Non-repetitive current pulse, per Fig.3 and derated above TA=25oC per Fig. 2
2. Mounted on copper pad area of 1.6 x 1.6" (40 x 40 mm) per Fig. 5.
3. Measured on 8.3ms single half sine-wave or equivalent square wave, duty cycle = 4 pulses per minute maximum.
565
scitsiretcarahClacirtcelE
(TA=25oC unless otherwise noted.)
epyteciveD
egatlovnwodkaerB V
)RB(
)stloV(
)1(
tseT tnerruc Ita
T
)Am(
ffo-dnatS egatlov V
MW
)stloV(
mumixaM esrever egakael Vta
MW
I
D
(u)A
mumixaM eslupkaep tnerrucI
MPP )2(
)A(
mumixaM gnipmalc egatlov Ita
MPP
V
C
)stloV(
mumixaM erutarepmet tneiciffeoc Vfo
)RB(
/%(
o
)C.niM.xaM
0.5PK504.603.7050.500021256.9750.0
A0.5PK504.600.7050.500023452.9750.0
0.6PK576.651.8050.600059344.11160.0
A0.6PK576.673.7050.600055843.01160.0
5.6PK522.728.8055.600027043.21560.0
A5.6PK522.789.7055.600026442.11560.0
0.7PK587.715.9050.700016733.31860.0
A0.7PK587.706.8050.700017140.21860.0
5.7PK533.82.010.55.70520533.41370.0
A5.7PK533.812.90.55.70528839.21370.0
0.8PK598.89.010.50.80513330.51570.0
A0.8PK598.838.90.50.80518636.31570.0
5.8PK544.95.110.55.8054139.51870.0
A5.8PK544.94.010.55.8057434.41870.0
0.9PK50.012.210.50.9026929.61180.0
A0.9PK50.011.110.50.9025234.51180.0
01PK51.116.310.50.01516628.81480.0
A01PK51.113.210.50.01514920.71480.0
11PK52.219.410.50.11019421.02680.0
A11PK52.215.310.50.11015722.81680.0
21PK53.313.610.50.210.57220.22880.0
A21PK53.317.410.50.210.51529.91880.0
31PK54.416.710.50.310.20128.32090.0
A31PK54.419.510.50.310.23325.12090.0
41PK56.511.910.50.410.24918.52290.0
A41PK56.512.710.50.410.26122.32290.0
51PK57.614.020.50.510.26819.62490.0
A51PK57.615.810.50.510.25024.42490.0
61PK58.718.120.50.610.24718.82690.0
A61PK58.717.910.50.610.22910.62690.0
71PK59.811.320.50.710.24615.03790.0
A71PK59.819.020.50.710.21816.72790.0
81PK50.024.420.50.810.25512.23890.0
A81PK50.021.220.50.810.21712.92890.0
02PK52.221.720.50.020.20418.53990.0
A02PK52.225.420.50.020.24514.23990.0
22PK54.428.920.50.220.27214.93001.0
A22PK54.429.620.50.220.21415.53001.0
42PK57.626.230.50.420.26110.34101.0
A42PK57.625.920.50.420.29219.83101.0
62PK59.823.530.50.620.27016.64101.0
A62PK59.829.130.50.620.29111.24101.0
82PK51.130.830.50.820.20010.05201.0
A82PK51.134.430.50.820.20114.54201.0
03PK53.337.040.50.030.25.395.35301.0
A03PK53.338.630.50.030.23014.84301.0
566
scitsiretcarahClacirtcelE
(TA=25oC unless otherwise noted.)
epyteciveD
egatlovnwodkaerB V
)RB(
)stloV(
)1(
tseT tnerruc Ita
T
)Am(
ffo-dnatS egatlov V
MW
)stloV(
mumixaM esrever egakael Vta
MW
I
D
(u)A
mumixaM eslupkaep tnerrucI
MPP )2(
)A(
mumixaM gnipmalc egatlov Ita
MPP
V
C
)stloV(
mumixaM erutarepmet tneiciffeoc Vfo
)RB(
/%(
o
)C.niM.xaM
33PK57.639.440.50.330.27.480.95401.0
A33PK57.636.040.50.330.28.393.35401.0
63PK50.049.840.50.630.28.773.46401.0
A63PK50.042.440.50.630.21.681.85401.0
04PK54.443.450.50.040.20.074.17501.0
A04PK54.441.940.50.040.25.775.46501.0
34PK58.744.850.50.340.22.567.67501.0
A34PK58.748.250.50.340.20.274.96501.0
54PK50.051.160.50.540.23.263.08601.0
A54PK50.053.550.50.540.28.867.27601.0
84PK53.352.560.50.840.25.855.58601.0
A84PK53.359.850.50.840.26.464.77601.0
15PK57.653.960.50.150.29.451.19701.0
A15PK57.657.260.50.150.27.064.28701.0
45PK50.063.370.50.450.29.153.69701.0
A45PK50.063.660.50.450.24.751.78701.0
85PK54.467.870.50.850.25.84301701.0
A85PK54.462.170.50.850.24.3549701.0
06PK57.665.180.50.060.27.64701801.0
A06PK57.667.370.50.060.27.1579801.0
46PK51.179.680.50.460.29.34411801.0
A46PK51.176.870.50.460.25.84301801.0
07PK58.771.590.50.070.20.04521801.0
A07PK58.770.680.50.070.22.44311801.0
57PK53.382010.50.570.23.73431801.0
A57PK53.381.290.50.570.23.14121801.0
87PK57.686010.50.870.20.63931801.0
A87PK57.688.590.50.870.27.93621801.0
58PK54.495110.50.580.21.33151801.0
A58PK54.494010.50.580.25.63731011.0
09PK50012210.50.090.23.13061011.0
A09PK50011110.50.090.22.43641011.0
001PK51116310.50010.29.72971011.0
A001PK51113210.50010.29.03261011.0
011PK52219410.50110.25.52691211.0
A011PK52215310.50110.22.82771211.0
Notes: 1. V(BR) measured after IT applied for 300us, IT=square wave pulse or equivalent
2. Surge current waveform per Fig. 3 and derate per Fig. 2
3. All terms and symbols are consistent with ANSI/IEEE CA62.35
The 5KP series of high power transient voltage suppressors were designed to be used on the output of switching power supplies. These devices may be used to replace crowbar
circuits. Both the 5 and 10 percent voltage tolerances are referenced to the power supply output voltage level.
They are able to withstand high levels of peak current while allowing a circuit breaker to trip or a fuse blow before shorting. This will enable the user to reset the breaker or
replace the fuse and continue operation. For this type operation, it is recommended that a sufficient mounting surface be used for dissipating the heat generated by the Transient
Voltage Suppressor during the transient or over-voltage condition.
Transient Voltage Suppressors are Silicon PN Junction devices designed for absorption of high voltage transients associated with power disturbances, switching and induced
lighting effects. This series is available from 5.0 volts thru 1 10 volts.
Application:
567
SEVRUCCITSIRETCARAHCDNASGNITAR
(TA = 25oC unless otherwise noted)
