STEVAL-ISF001V1 STMicroelectronics, STEVAL-ISF001V1 Datasheet - Page 18

• Manufacturer Part Number: STEVAL-ISF001V1
• Description: BOARD EVAL FOR L6563/STW55NM60N
• Manufacturer: STMicroelectronics
• Type: MOSFET & Power Driverr

Specifications of STEVAL-ISF001V1

• Main Purpose: Power Management, Power Factor Correction
• Embedded: No
• Utilized Ic / Part: L6563
• Primary Attributes: 3 kW, 400 V Out, FOT(Fixed Off Time Control), 240 VAC (185 ~ 265 Vrms)
• Secondary Attributes: Iout Max 7.5 A
• Product: Power Management Modules
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• For Use With/related Products: STW55NM60N
• Other names: 497-8850

Experimental measurements
18/20
Figure 9.
Product: PFC Inductor 1.5mH 13A
Customer:
T
I
CONVERTER
PULL AND FULL
S
INDUCTANCE VS CURRENT
(*)P
NDUCTOR FOR
YPICAL
CHEMATIC
STP 04
100%
IN WITH THE SAME SUBSCRIPT MUST BE CONNECTED TOGETHER ON
10%
PIN
Boost inductor with auxiliary winding, T1 (MAGNETICA 1922.0001)
technical sheet
L
1
2
3
4
1-2-3
4-5-6
A
A
A
B
(*)
A
0
PPLICATION
,
STMicroelectronics
SUITABLE ALSO IN HALF
-
BRIDGE APPLICATIONS
B
5
PFC BOBBIN START
PFC BOBBIN START
PFC BOBBIN START
PFC BOBBIN END
UCK
, B
10
OOST AND
Product Technical Specification
15
FUNCTION
Doc ID 15337 Rev 1
B
20
UCK
-
BRIDGE
-B
7
OOST DC
8
25
I [A]
,
PIN DESCRIPTION
PUSH
30
/
DC
PCB
-
T
I
(M
R
(DC M
O
(DC M
O
(F 70
S
(DC M
R
(T
O
(I
M
W
INDUCTANCE VS FREQUENCY
NDUCTANCE
R
ECHNICAL
ATURATION
ESISTANCE
ESONANCE
PERATING
PERATING
PERATING
AXIMUM
A
EIGHT
EASURE
13A
20° C)
PIN
K
800%
600%
400%
200%
EASURE
EASURE
H
EASURE
5
6
7
8
MAX
0%
PIN
PIN
PIN
PIN
Z
B
B
(*)
, I
1KH
R
D
)
0
1,2,3-4,5,6
7
1,2,3-4,5,6
7
13A , T
IMENSIONS
C
V
A
D
8 -
, T
8 -
, L
F
C
, T
OLTAGE
URRENT
MBIENT
Z
ATA
REQUENCY
URRENT
, T
A
A
≥
PFC BOBBIN END
PFC BOBBIN END
AUXILIARY BOBBIN START
AUXILIARY BOBBIN END
20° C)
35%
A
20° C)
A
20° C)
50
20° C)
MAGNETICA
NOM
T
EMPERATURE
Code :
Customer Code:
, T
100
A
20° C)
FUNCTION
1922.0001
150
75
-10° C ÷+45° C
820g
1.5mH ±15%
250
100mΩ
1
X
1
8
80
8
200
500V
5
u
K
13A
29A
m
H
H
H
APPROX
f [kHz]
Ω
62mm
Z NOM
±15%
MAX
MAX
MAX
MAX
MAX
250
UM0673
AM01979v1