BP5055-12 Datasheet, PDF (1/3 Pages) Rohm – Non-isolated AC/DC converter

Non-isolated AC/DC converter
BP5055-12
Absolute Maximum Ratings
Parameter
Input voltage
Operating temperature range
Storage temperature range
Symbol
Vi
Topr
Tstg
Limits
−600
−20 to 80
−25 to 105
Case temperature
Tcmax
105
Output current
Iomax 1
250
Iomax 2
130
Unit
V
C
C
C
mA
mA
Conditions
DC
Refer to derating curve
Dimensions(Unit : mm)
28.2MAX.
9.9MAX.
Ambient temperature +
the module self-heating Tcmax
PEAK value of current (Vi= to −420V)
PEAK value of current (Vi=−420 to−600V)
3.25MAX.
0.5+0.1
1.3 +0.2
P=5.08+0.2
2.54x9=22.86TYP.
0.25+0.05
5.55MAX.
4.35MAX.
Electrical Characteristics
Unless otherwise specified Ta=25°C, Vi=−311V, IO=250mA
Parameter
Symbol Min. Typ. Max. Unit
Input voltage range
−240 −311 −600 V
Output voltage
−12.0 −12.7 −13.4 V
Output current1
lo1
250 mA
Output current2
lo2
130 mA
Line regulation
0.07 0.25 V
Load regulation
0.05 0.20 V
Output ripple voltage
0.08 0.20 Vp-p
Conversion efficiency
70 77
%
Conditions
Vi=−240V to −420V
Vi=−420V to −600V
Vi=−240V to −600V lo=130mA
lo=0 to 250mA
Application circuit
BP5055-12
BP5055-12
~
Vi
1
D2
R1
FUSE
ZNR
+^C1
C4
+^C2
4 6 8 10
A
L1
D1
C3 ₊ V
Pin No.
Function
1 Input terminal : Vi(-311VDC)
2 Skip
3 Skip
4 COMMON
5 Skip
6 Power inductor terminal
7 Skip
8 Power inductor terminal
9 Skip
10 Output terminal : Vo(-12.7VDC)
Vo
Be sure to use fuse for safety.
For actual usage, Please kindly evaluate and confirm our part mounted in your product,
Especially, Please make sure to confirm the load current does not exceed Max. rated current
by using the current probe.
Derating Curve
Derating Curve
300
250
Vi=−240V to −420V
200
150
100
Vi=−420V to −600V
50
0-20-10 _{0 10 20 30 40 50 60 70 80 90}
Ambient Temperature Ta( C)
Conversion Efficiency
Conversion Efficiency
(Ta=25 C, Vi=-311V)
100
90
80
70
60
50
40
30
20
10
0
0
50
100 150 200 250
Output Current Io(mA)
Load Regulation
Line Regulation
(Ta=25 C, Io=130mA)
−13.5
−13.3
−13.1
−12.9
−12.7
−12.5
−12.3
−12.1
−11.9
−11.7
−11.5
−200 −250 −300 −350 −400 −450 −500 −550 −600 −650
Input Voltage Vi(V)
Surface Temperature Rising
External components setting
FUSE: fuse
C1, C2: Input capacitor
C3: Output capacitor
Please make sure to use quick acting fuse (1A)
above 450V, 22 to 100µF
Ripple current 0.7Arms above
above 30V, 220 to 1000µF, Low impedance
ESR:0.18Ω Max.
Ripple current 0.65Arms above
Impedance of capacitor effects the output ripple voltage.
Surface Temperature Rising
(Ta=25 C, Vi=-311V)
40
35
30
25
20
15
10
5
0
0
50
100 150 200 250
Output Current Io(mA)
C4: For noise terminal voltage Above 600V, 0.1 to 0.22µF
reduction capacitor
Film capacitor or Ceramic capacitor
Reduce the noise terminal voltage.
The constant value should be evaluated in the product.
L1: Power inductor
Inductance:1.0mH, Rating current: above 0.74A
Choose components that do not easily get magnetically saturated in high temperature.
Recommended part : C13-FR 1.0mH (MITSUMI)
D1: Flywheel diode
Above 1000V, current: above 1.0A
Fast recovery diode
Please note that both the switching and efficiency characteristics of the
module are affected by this diode.
Recommended products: UF4007 (VISHAY)
D2: Rectifier diode
Use a rectifying diode with the peak reverse voltage of 1kV or higher, the
average rectification current of 1A or larger and the peak surge current of
20A or larger. When using an input capacitor of a large capacity, choose a
component that endures the inrush current on power-up.
This product is compatible with full-wave rectification.
R1: For noise terminal voltage ^{10 to 22Ω, 1W}
reduction capacitor
Reduce the noise terminal voltage.
The constant value should be evaluated in the product.
ZNR: Varistor
Varistor must be used. It protects this part from lightning surge and static electricity.