32

Medium Power Film Capacitors

FSV (RoHS Compliant)

Part Number

Capacitance

D max.

Irms

Rs

Rth

Typical

(μF)

mm (in)

A

(m )

°C/W

Weight (g)

FSV 600 V

Vndc = 600V

Vrms = 300V

(Voltage Code K)

FSV16K0683K--

0.068

22 (0.866)

10

2.5

35

15

FSV26K0104K--

0.10

25 (0.984)

15

2.1

25

25

FSV26K0154K--

0.15

30 (1.181)

23

1.8

17

25

FSV 800 V

Vndc = 800V

Vrms = 400V

(Voltage Code B

FSV16B0473K--

0.047

22 (0.866)

10

2.6

33

15

FSV26B0683K--

0.068

25 (0.984)

15

2.2

23

25

FSV26B0823K--

0.082

28 (1.102)

18

2.1

21

25

FSV26B0104K--

0.100

30 (1.181)

23

1.9

16

25

FSV 1000 V

Vndc = 1000V

Vrms = 450V

(Voltage Code L)

FSV16L0333K--

0.033

22 (0.866)

8

2.8

31

15

FSV26L0473K--

0.047

25 (0.984)

12

2.3

22

25

FSV26L0683K--

0.068

30 (1.181)

17

2.0

16

25

FSV 1200 V

Vndc = 1200V

Vrms = 500V

(Voltage Code U)

FSV16U0223K--

0.022

22 (0.866)

7

3.2

34

15

FSV26U0333K--

0.033

25 (0.984)

10

2.2

23

25

FSV26U0473K--

0.047

30 (1.181)

14

2.1

16

25

FSV 1500 V

Vndc = 1500V

Vrms = 600V

(Voltage Code R)

FSV16R0153K--

0.015

22 (0.866)

5

3.5

34

15

FSV26R0223K-

0.022

25 (0.984)

8

2.8

22

25

FSV26R0333K-

0.033

30 (1.181)

12

2.2

16

25

FSV 2000 V

Vndc = 2000V

Vrms = 650V

(Voltage Code N)

FSV16N0103K--

0.010

22 (0.866)

5

3.4

34

15

FSV26N0153K--

0.015

25 (0.984)

7

2.9

21

25

FSV26N0203K--

0.020

27 (1.063)

10

2.4

16

25

FSV26N0223K--

0.022

30 (1.181)

11

2.4

14

25

ELECTRICAL CHARACTERISTICS

Capacitance Range Cn

0.010μF to 0.15μF

Tolerance on Cn

10%

Rated DC Voltage Vndc

600 to 2000 V

Rated AC Voltage

300 to 650 Vrms

Test Voltage

between terminals @ 25°C

1.5 Vndc during 10s

High dV/dt

10000 V/μs

RMS Current

Irms max = up to 23A

The currents shown in the tables are maximum.

It is necessary to respect the thermal limits of the dielectric 85°C

See “Hot spot temperature calculation”

Working Temperature

-40°C +85°C

(according to the power to be dissipated)

Climatic Category

40/085/56 (IEC 60068)

Hot Spot Calculation

See Hot Spot Temperature page 3

For all applications, the temperature in the hot spot capacitor must be lower than 85°C

Hot spot =

ambient + (tan

δ

2

With tg

Q in vars Rs in

Irms in A Rth in °C/W

Dielectric

Polypropylene

RATINGS AND PART NUMBER REFERENCE