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产品型号BP5250的Datasheet PDF文件预览

DC/DC converter  
BP5250/BP5250-24  
The BP5250/BP5250-24 are DC/DC converters for step-down that can drive PchFET using PWM system.  
The voltage setting resistor and the combination of external power elements enable you to make any power  
circuit to your liking. High-efficient DC/DC converter can be made easy by adding external components such  
as I/O smoothing capacitor without designing circuit.  
Applications  
OA appliances(copy machine,personal computer, facsimile), AV appliances (car navigation, DVD etc.),  
and industrial appliances.  
Features  
1) High power conversion(η=90% Vin=12V 5V/2A)  
2) Power save pin(Leakage current at OFF mode : IR=10µAMAX)  
3) Output voltage can be established from 1.5V to 9V in the VADJ pin.(For BP5250, however, output voltage is  
limted by input voltage.)  
4) With recovery type overcurrent protection function (Detection current can be established by the external  
current detection resistance.)  
5) Power circuit can be made easy by adding external smoothing capacitor and power element.  
6) Reference voltage accuracy 1.25V±1%  
Absolute maximum ratings (Ta=25°C)  
Limits  
Parameter  
Symbol  
Unit  
Condition  
BP5250  
24  
BP5250-24  
30  
Input voltage  
Vi  
V
DC  
ESD endurance  
Vsurge  
Topr  
1
kV  
°C  
°C  
°C  
V
(EIAJ ED4701-1C-111A)  
Operating temperature range  
Storage temperature range  
Allowable max surface temperature  
The power saving terminal voltage  
40 +85  
50 +100  
100  
Tstg  
Tfmax  
VCTL  
Ambient temperature+The module self-heating Tfmax  
24  
30  
Vi VCTL  
Recommended operating conditions (Ta=25°C)  
Parameter  
BP5250  
BP5250-24  
Symbol  
Min.  
Typ.  
Max.  
Unit  
8
12  
24  
16  
27  
V
V
Vi  
Input voltage  
20  
1/11  
BP5250 / BP5250-24  
Block diagram  
CONTROL CIRCUIT  
DRIVE CIRCUIT  
OVER CURRENT  
DETECTION CIRCUIT  
1
2
3
4
5
6
7
VCTL  
Vi  
SW  
GND  
IS  
VO  
VADJ  
Pin descriptions  
Pin No.  
Pin name  
Function  
Power save terminal.Setting the voltage on this terminal to Low or high impedance turns the  
output OFF. Normally connect to Vi for use.  
1
VCTL  
Input voltage terminal. Inserting a bypass capacitor of 0.1µF between this and pin 4 GND is  
2
3
4
Vi  
recommended.  
SW  
Terminal to drive the external FET gate.  
GND terminal. Connect the negative terminal of the I/O smoothing capacitor and the anode terminal  
of the flywheel diode nearby.  
GND  
Overcurrent detection terminal. The value of the resistor inserted between this and pin 6 sets the  
output current capacity.  
5
6
7
IS  
Vo  
Output voltage monitor terminal.  
Output voltage setting terminal. The values of the resistors inserted between this and pin 6 and  
between this and GND set the output voltage capacity.  
VADJ  
2/11  
BP5250 / BP5250-24  
Electrical characteristics (Unless otherwise noted, Vi=12V : BP5250, Vi=24V : BP5250-24, Ta=25°C)  
Parameter  
Symbol  
VADJ  
Min.  
Typ.  
1.25  
Max.  
Unit  
V
Conditions  
VSW LH  
Test Circuit  
Fig.1  
Output ADJ Pin voltage  
1.225  
1.275  
Over current detection  
off set voltage1  
VLT1  
60  
20  
68  
28  
76  
36  
mV  
mV  
V
VSW LH VADJ=1.25V  
VSW LH VADJ=0V  
VSW HL  
Fig.2  
Fig.2  
Fig.3  
Over current detection  
off set voltage2  
VLT2  
VCTLH  
2
CTL pin ON voltage  
CTL pin OFF voltage  
CTL sink current  
VCTLL  
ICTL  
V
VSW LH  
VCTL=5V  
Fig.3  
Fig.3  
Fig.3  
1
40  
50  
0
µA  
µA  
70  
10  
Stand by current  
ISTB  
VCTL=0V  
Measurement circuit  
BP5250 / BP5250-24  
BP5250 / BP5250-24  
VCTL  
1
Vi  
2
SW GND  
IS  
5
Vo  
6
VADJ  
VCTL  
1
Vi  
2
SW GND  
IS  
5
Vo  
6
VADJ  
3
4
7
3
4
7
Vi=12V : BP5250  
Vi=24V : BP5250-24  
Vi=12V : BP5250  
Vi=24V : BP5250-24  
VLT  
LH  
LH  
VSW  
VADJ  
VSW  
5V  
Vi  
5V  
Vi  
VADJ  
Over current detection off set voltage 1 : VADJ=1.25V  
Over current detection off set voltage 2 : VADJ=0V  
Fig.1 Output ADJ terminal voltage measurement circuit  
BP5250 / BP5250-24  
Fig.2 Over current detection off set voltage measurement circuit  
VCTL  
Vi  
2
SW GND  
IS  
5
Vo  
6
VADJ  
1
3
4
7
Vi=12V : BP5250  
Vi=24V : BP5250-24  
A
A
ICTL  
ISTB  
Vi  
VSW  
VCTL  
VADJ  
1.25V  
CTL sink current : VCTL=5V  
Stad by current : VCTL=0V  
Fig.3 Control terminal voltage sink current ·  
Stand by sink current measurement circuit  
3/11  
BP5250 / BP5250-24  
Application example  
(1) Application circuit example is shown in the Fig.4.  
R1 : Over-current detection resistance R1=0.068/I(0.068V : offset voltage)  
Overcurrent protection characteristic  
at R1=27mis shown below.  
BP5250 / BP5250-24  
BP5250 over-current protection  
characteristic (Vin=12V)  
6.0  
VCTL  
Vi  
2
SW GND  
IS  
5
Vo  
6
VADJ  
5.0  
4.0  
3.0  
2.0  
1.0  
1
3
4
7
R3 : 30kΩ  
C3  
L1  
R1  
Q1  
22µH 27mΩ  
C4  
Vout  
Vin  
SD1  
C1  
C2  
680µF/16V  
R2  
10kΩ  
I
680µF/25V  
0
0
500  
1000  
1500  
2000  
2500  
Output current [mA]  
R2, R3 : Outpur voltage  
establishment resistance  
Establishment example  
Fig.4  
Vo(V)  
8.0  
R2()  
3.3k  
10k  
R3()  
18k  
30k  
33k  
10k  
2k  
Application  
Input voltage 12V  
Output current 2A  
Output voltage 5V  
Vo=VADJ × (1+R3/R2)  
(R2+R355k)  
5.0  
Q1 : 2SJ529S/Hitachi  
SD : RB050L-40/ROHM  
L1 : CDRH124-220L/Sumida  
C1 : 680µF/25V(ZL series)/Rubycon  
C2 : 680µF/10V(ZL series)/Rubycon  
C3 : 0.1µF/16V  
3.3  
20k  
2.5  
10k  
1.5  
10k  
C4 : 0.1µF/25V  
· There is a posibility that the C1 exceeds the allowable ripple current. Note the allowable ripple  
current of the capacitor to be used.  
· R2+R355Kis recommended for R2,3 to make the most of output voltage accuracy.  
· Output voltage range is limited by input voltage. Please refer to the Fig.8.  
(2) When the load current is increased.  
(3) When the power saving function is used.  
It is possible by arrangement in a parallel connecting  
Q1, 2 and SD1,2  
The output is off when the VCTL pin is set to the  
Low or high-impedance.  
BP5250 / BP5250-24  
BP5250 / BP5250-24  
VCTL  
Vi  
2
SW GND  
IS  
5
Vo  
6
VADJ  
VCTL  
Vi  
2
SW GND  
IS  
5
Vo  
6
VADJ  
1
3
4
7
1
3
4
7
C4  
R3  
C3  
Vout  
R2  
R3  
C3  
Vout  
R2  
Q1  
Q2  
SD1,2  
Q1  
SW  
C1  
L1  
R1  
L1  
R1  
C2  
C4  
Vin  
Vin  
SD1  
C1  
C2  
Fig.5  
Fig.6  
· When Q1 and Q2 are connected parallel, use of a  
device with small gate capacity is recommended.  
Large gate capacity reduces the switching speed,  
which may cause a larger FET loss, exceeding  
the allowable loss value.  
· When 2SJ529S is connected parallel, the rated load  
current 3A is the maximum atVi=12V,Vo=5V  
4/11  
BP5250 / BP5250-24  
Output voltage establishment range  
Output voltage establishment range is changed by input voltage.Please refer to the Fig.8.  
ViVo characteristic  
30  
24V  
25  
20  
15  
10  
5
17V  
9V  
BP5250-24  
BP5250  
1.5V  
0
6
8
10 12 14 16 18 20 22 24 26 28 30  
Vi [V]  
Fig.8  
Caution note for operation  
(1) Output voltage establishment range is changed by input voltage.Please refer to the Fig.8.  
(2) Layout of external parts may significantly change the output spike noise or characteristics or cause abnomal  
oscillation and temperature increase. Note the following for layout.  
· Provide the input smoothing electroytic capacitor close to the FET source and pin 2 of the module.  
· Provide the output smoothing electrolytic capacitor close to pin 6 of the module together with the  
current detection resistor  
· Large current may run into the coil, current detection resistor and output through the FET source-  
drain.Try to use a solid pattern as much as possible.  
· FET drain, coil and flywheel diode may generate heat by power loss. Try to use a solid pattern so that the  
heat may be released. Measure a rise in temperature of each element and make sure that it is not  
abnormal.  
· Provide the negative terminal of the I/O smoothing capacitor and anode terminal of the flywheel diode  
close to GND pin 4 of the module.  
· Connect the negative terminal of the I/O smoothing electrolytic capacitor and anode terminal of the  
flywheel diode nearby.  
(3) Output load may cause large ripple current in the I/O smoothing electrolytic capacitor. Note the allowable  
ripple current of the capacitor to be used.  
(4) As the output smoothing electrolytic capacitor, one with especially low impedance is recommended for  
suppresing output ripple voltage. Select a capacitor suited for the use.  
(5) Please be sure to use protection circuit function.(R1 should not be 0.)  
Output voltage establishment and application circuit example  
Application example  
Input voltage 12V  
Output voltage 5V  
Q1 : 2SJ529S/hitachi  
SD : RB050L-40/ROHM  
L1 : CDRH124-220L/Sumida  
C1 : 680µF/25V(ZL seried)/Rubycon  
C2 : 680µF/16V(ZL series)/Rubycon  
C3 : 0.1µF/16V/ROHM  
R1 : 27m/SUSUMU  
R2 : 10k/ROHM  
R3 : 30k/ROHM  
BP5250-BP5250-24  
VCTL  
Vi  
2
SW GND  
IS  
5
Vo  
6
VADJ  
1
3
4
7
R3  
C3  
Vout  
R2  
C4 : 0.1µF/25V/ROHM  
Q1  
L1  
R1  
C4  
Vin  
SD1  
C1  
C2  
Fig.9  
5/11  
BP5250 / BP5250-24  
(1) Output voltage and resistance  
Estoblishment example  
Output voltage Vo is determined by output ADJ pin voltage(VADJ) and R2, R3.  
Vo(V)  
8.0  
R2()  
3.3k  
10k  
R3()  
18k  
30k  
33k  
10k  
2k  
Vo=VADJ × (1+R3/R2)[V] VADJ=1.25V  
5.0  
3.3  
20k  
Note) Please set the resistance to R2+R355Kto make the best use of  
2.5  
10k  
this module performance.  
1.5  
10k  
(2) FET(Q1)  
FET is determined by taking the peak current flowed to the external FET, drain-source voltage(VDS),  
ON resistance(RDS(ON)), input capacity(Ciss), allowable loss of package, and area of safe operation.  
For the basic circuit example(Fig.9), FET of 2SJ529S/Hitachi is used.  
Please use FET with the characteristic equal to or than this one.Especially, the input capacity(Ciss), and  
ON resistance may cause a larger FET loss. Note the FET with the characteristic equal to or higher to be  
used.  
The characteristic of 2SJ529S is  
VDS  
ID  
=60V  
=10A  
RDS(ON) =0.17TYP(ID=5A, VDS=4V)  
Pch  
Ciss  
=20W(Tc=25°C)  
=580PF  
(3) Inductor(L1)  
inductor L1 is determined by the following expression in consideration of output ripple current.  
L1n × (Vi-Vo)/Io × 1/f × Vo/Vi [H]  
Vi : Input voltage [V]  
Vo: Output voltage [V]  
Io : Output current [A]  
f
: Oscillation frequency ( 190KHz)  
n : Ripple current condition  
Io/n is ripple current. Normally, n=2.5 5 is recommended.  
L is determined from above.  
Peak current flowed into the inductor by the determined L is  
ip=Io+(Vi-Vo)/2 × 1/L1 × 1/f × (1-Vo/Vi) [A]  
ip for actual usage is calculated back by the L of the expression above.  
Ripple current ir by the determined L is  
ir=(Vi-Vo)/L1 × 1/f × Vo/Vi [A]  
As stated above, after L1[H] inductor and the ip[A] peak current are determined, an inductor for these  
specifications can be determined. Output ripple voltage is determined by the multiplication of the ir[A] ripple  
current and the impedance of the smoothing capacitor.  
Vr=ir × Zc  
Vr : Output ripple voltage [Vp-p]  
Zc: Impedance of smoothing capacitor[]  
6/11  
BP5250 / BP5250-24  
(4) Flywhell diode(SD1)  
· Rated current must be twice as much as the maximum overload  
current(Iomax) or more.  
· Rated voltage must be 1.3 times as much as the maximum input  
voltage or more.  
· Please use the high-speed switching schottky barrierdiode that  
reverse recovery time is 50ns or less.  
· If it used in high temperature, please be careful about the  
temperature characteristics of IR.  
Input voltage VS. DC reverse voltage  
50  
40  
30  
20  
10  
0
5
10  
15  
20  
25  
30  
Input voltage Vi [V]  
(5) Overcurrent detection resisor(R1)  
Overcurrent detection resistor is determined by the  
Overcurrent protection characteristic  
following expression.  
Vo  
R1=VLT1/Iomax [m]  
VLT1 : Overcurrent offset voltage1(60 76mV)  
Iomax : Maximum overload current [A]  
ISL  
Iomax  
And, ISL current at short circuit is  
Output current [Io]  
ISL=VLT2/R1 [A]  
VLT2 : Overcurrent detection offset voltage2(20 36mV)  
From the above-mentioned, fold-back current characteristic when the overcurrent protection is  
operated is shown. Both Iomax, and ISL may be different value from the actual value because they are  
detected at the peak current. Please make sure to confirm it in the actual operating.  
(6) Input smoothing capacitor(C1)  
Large ripple current flow into the input smoothing capacitor. The current is determined by the following  
expression. For actual usage, please use the larger one than this numeric value.  
Irms=ir × Vo/3Vi +(ip-ir) × Vo/Vi [A]  
Irms : Input ripple current actual-value [Arms]  
ir  
ip : Peak current [A]  
: Input voltage [V]  
: Ripple current [A]  
V
Vo : Output voltage [V]  
· Voltage of the used capacitor must be more than Vi × 2.  
· Allowable ripple current of the used capacitor must be larger than the ripple current.  
(7) Output smoothing capacitor(C2)  
Output smoothing capacitor is determined by the impedance of smoothing capacitor from the mark value of  
output ripple voltage.  
ZcVr/ir []  
Zc : Impedance of capacitor []  
Vr : Mark value of output ripple voltage[Vp-p]  
ir : Ripple current [A]  
· Voltage of the used capacitor must be more than Vo × 2.  
· Allowable ripple current of the used capacitor must be larger than the ripple current.  
7/11  
BP5250 / BP5250-24  
External dimensions (Units : mm)  
20.0Max.  
5.2Max.  
1
2
3
4
5
6
7
0.5±0.1  
1.3±0.2  
0.255±0.05  
P=2.54±0.2  
3.0Max.  
2.7Max.  
2.5Max.  
2.54×6=15.24  
SIP9  
8/11  
BP5250 / BP5250-24  
BP5250 external reference components  
Input voltage12V  
Outpur current  
1A  
Note  
8V±3%  
output voltage  
Q 1  
1.5V±3%  
CPH6306  
2.5V±3%  
CPH6306  
3.3V±3%  
5V±3%  
CPH6306  
CPH6306  
CPH6306  
SD1  
RB050L-40  
17 34µH±10%  
1.3A or higher  
RB050L-40  
26 52µH±10%  
1.3A or higher  
RB050L-40  
31 63µH±10%  
1.3A or higher  
RB050L-40  
38 77µH±10%  
1.4A or higher  
RB050L-40  
35 70µH±10%  
L1  
C1  
C2  
1.5A or higher  
Rated current  
0.4Arms or higher 0.5Arms or higher 0.6Arms or higher 0.7Arms or higher 0.9Arms or higher Allowable ripple currnt  
220 4700µF 220 4700µF 220 4700µF 220 4700µF 330 4700µF  
0.3Arms or higher 0.3Arms or higher 0.3Arms or higher 0.3Arms or higher 0.3Arms or higher Allowable ripple currnt  
220 1000µF  
0.1µF/16V (R)  
0.1µF/25V (R)  
220 1000µF  
0.1µF/16V (R)  
0.1µF/25V (R)  
220 1000µF  
0.1µF/16V (R)  
0.1µF/25V (R)  
220 1000µF  
0.1µF/16V (R)  
0.1µF/25V (R)  
220 1000µF  
0.1µF/16V (R)  
0.1µF/25V (R)  
C3  
C4  
R1  
R2  
R3  
56mΩ±5% less than 56mΩ±5% less than 56mΩ±5% less than 56mΩ±5% less than 56mΩ±5% less than  
10kΩ±1%  
2kΩ±1%  
10kΩ±1%  
10kΩ±1%  
20kΩ±1%  
33kΩ±1%  
10kΩ±1%  
30kΩ±1%  
3.3kΩ±1%  
18kΩ±1%  
Outpur current  
output voltage  
Q 1  
2A  
Note  
1.5V±3%  
2SJ529S  
2.5V±3%  
2SJ529S  
3.3V±3%  
5V±3%  
8V±3%  
2SJ529S  
2SJ529S  
2SJ529S  
SD1  
RB050L-40  
9 17µH±10%  
2.5A or higher  
RB050L-40  
13 26µH±10%  
2.5A or higher  
RB050L-40  
16 31µH±10%  
2.5A or higher  
RB050L-40  
19 38µH±10%  
2.5A or higher  
RB050L-40  
17 35µH±10%  
2.6A or higher  
Rated current  
L1  
C1  
C2  
Allowable ripple currnt  
0.8Arms or higher 1Arms or higher  
330 4700µF 330 4700µF  
0.6Arms or higher 0.6Arms or higher 0.6Arms or higher 0.6Arms or higher 0.7Arms or higher  
1Arms or higher 1.5Arms or higher 1.8Arms or higher  
330 4700µF 680 4700µF 680 4700µF  
Allowable ripple currnt  
560 1500µF  
0.1µF/16V (R)  
0.1µF/25V (R)  
560 1500µF  
0.1µF/16V (R)  
0.1µF/25V (R)  
560 1500µF  
0.1µF/16V (R)  
0.1µF/25V (R)  
560 1500µF  
0.1µF/16V (R)  
0.1µF/25V (R)  
560 1500µF  
0.1µF/16V (R)  
0.1µF/25V (R)  
C3  
C4  
R1  
R2  
R3  
27mΩ±5% less than 27mΩ±5% less than 27mΩ±5% less than 27mΩ±5% less than 27mΩ±5% less than  
10kΩ±1%  
2kΩ±1%  
10kΩ±1%  
10kΩ±1%  
20kΩ±1%  
33kΩ±1%  
10kΩ±1%  
30kΩ±1%  
3.3kΩ±1%  
18kΩ±1%  
Outpur current  
output voltage  
Q 1  
3A  
Note  
1.5V±3%  
2.5V±3%  
3.3V±3%  
5V±3%  
8V±3%  
2SJ529S×2  
2SJ529S×2  
2SJ529S×2  
RB050L-40×2  
10 21µH±10%  
3.8A or higher  
2SJ529S×2  
2SJ529S×2  
SD1  
RB050L-40×2  
6 11µH±10%  
3.7A or higher  
RB050L-40×2  
9 17µH±10%  
3.7A or higher  
RB050L-40×2  
13 26µH±10%  
3.8A or higher  
RB050L-40×2  
12 23µH±10%  
3.9A or higher  
Rated current  
L1  
C1  
C2  
Allowable ripple currnt  
1.2Arms or higher 1.5Arms or higher 1.8Arms or higher 2.2Arms or higher 2.7Arms or higher  
470 4700µF 680 4700µF 680 4700µF 1000 4700µF 1500 4700µF  
0.8Arms or higher 0.9Arms or higher 0.9Arms or higher 0.9Arms or higher 1Arms or higher  
Allowable ripple currnt  
680 1500µF  
0.1µF/16V (R)  
0.1µF/25V (R)  
680 1500µF  
0.1µF/16V (R)  
0.1µF/25V (R)  
680 1500µF  
0.1µF/16V (R)  
0.1µF/25V (R)  
680 1500µF  
0.1µF/16V (R)  
0.1µF/25V (R)  
680 1500µF  
0.1µF/16V (R)  
0.1µF/25V (R)  
C3  
C4  
R1  
R2  
R3  
18mΩ±5% less than 18mΩ±5% less than 18mΩ±5% less than 18mΩ±5% less than 18mΩ±5% less than  
10kΩ±1%  
2kΩ±1%  
10kΩ±1%  
10kΩ±1%  
20kΩ±1%  
33kΩ±1%  
10kΩ±1%  
30kΩ±1%  
3.3kΩ±1%  
18kΩ±1%  
9/11  
BP5250 / BP5250-24  
BP5250-24 external referene components  
Input voltage24V  
Output current  
1A  
Note  
8V±3%  
Output voltage  
Q 1  
1.5V±3%  
CPH6306  
2.5V±3%  
CPH6306  
3.3V±3%  
5V±3%  
CPH6306  
CPH6306  
CPH6306  
SD1  
RB050L-40  
18 37µH±10%  
1.3A or higher  
RB050L-40  
30 59µH±10%  
1.3A or higher  
RB050L-40  
37 75µH±10%  
1.3A or higher  
RB050L-40  
RB050L-40  
52 105µH±10%  
1.3A or higher  
70 140µH±10%  
L1  
C1  
C2  
1.3A or higher  
Rated current  
0.3Arms or higher 0.4Arms or higher 0.4Arms or higher 0.5Arms or higher 0.7Arms or higher Allowable ripple current  
33 4700µF 100 4700µF 100 4700µF 100 4700µF 100 4700µF  
0.3Arms or higher 0.3Arms or higher 0.3Arms or higher 0.3Arms or higher 0.3Arms or higher Allowable ripple current  
220 1000µF  
0.1µF/16V (R)  
0.1µF/50V (R)  
220 1000µF  
0.1µF/16V (R)  
0.1µF/50V (R)  
220 1000µF  
0.1µF/16V (R)  
0.1µF/50V (R)  
220 1000µF  
0.1µF/16V (R)  
0.1µF/50V (R)  
220 1000µF  
0.1µF/16V (R)  
0.1µF/50V (R)  
C3  
C4  
R1  
R2  
R3  
56mΩ±5% less than 56mΩ±5% less than 56mΩ±5% less than 56mΩ±5% less than 56mΩ±5% less than  
10kΩ±1%  
2kΩ±1%  
10kΩ±1%  
10kΩ±1%  
20kΩ±1%  
33kΩ±1%  
10kΩ±1%  
30kΩ±1%  
3.3kΩ±1%  
18kΩ±1%  
Output current  
Output voltage  
Q 1  
2A  
Note  
1.5V±3%  
2SJ529S  
2.5V±3%  
2SJ529S  
3.3V±3%  
5V±3%  
8V±3%  
2SJ529S  
2SJ529S  
2SJ529S  
SD1  
RB050L-40  
9 18µH±10%  
2.5A or higher  
RB050L-40  
15 30µH±10%  
2.5A or higher  
RB050L-40  
19 38µH±10%  
2.5A or higher  
RB050L-40  
26 52µH±10%  
2.5A or higher  
RB050L-40  
35 70µH±10%  
2.5A or higher  
L1  
C1  
C2  
Rated current  
0.6Arms or higher 0.7Arms or higher 0.8Arms or higher 1Arms or higher 1.3Arms or higher Allowable ripple current  
100 4700µF 100 4700µF 220 4700µF 220 4700µF 220 4700µF  
0.6Arms or higher 0.6Arms or higher 0.6Arms or higher 0.6Arms or higher 0.6Arms or higher Allowable ripple current  
560 1500µF  
0.1µF/16V (R)  
0.1µF/50V (R)  
560 1500µF  
0.1µF/16V (R)  
0.1µF/50V (R)  
560 1500µF  
0.1µF/16V (R)  
0.1µF/50V (R)  
560 1500µF  
0.1µF/16V (R)  
0.1µF/50V (R)  
560 1500µF  
0.1µF/16V (R)  
0.1µF/50V (R)  
C3  
C4  
R1  
R2  
R3  
27mΩ±5% less than 27mΩ±5% less than 27mΩ±5% less than 27mΩ±5% less than 27mΩ±5% less than  
10kΩ±1%  
2kΩ±1%  
10kΩ±1%  
10kΩ±1%  
20kΩ±1%  
33kΩ±1%  
10kΩ±1%  
30kΩ±1%  
3.3kΩ±1%  
18kΩ±1%  
Output current  
Output voltage  
Q 1  
3A  
Note  
1.5V±3%  
2.5V±3%  
3.3V±3%  
5V±3%  
8V±3%  
2SJ529S×2  
2SJ529S×2  
2SJ529S×2  
RB050L-40×2  
13 25µH±10%  
3.8A or higher  
2SJ529S×2  
2SJ529S×2  
SD1  
RB050L-40×2  
6 12µH±10%  
3.8A or higher  
RB050L-40×2  
10 20µH±10%  
3.8A or higher  
RB050L-40×2  
17 35µH±10%  
3.8A or higher  
RB050L-40×2  
23 47µH±10%  
3.8A or higher  
L1  
C1  
C2  
Rated current  
0.9Arms or higher 1Arms or higher 1.2Arms or higher 1.5Arms or higher 1.9Arms or higher Allowable ripple current  
220 4700µF 220 4700µF 220 4700µF 470 4700µF 470 4700µF  
0.9Arms or higher 0.9Arms or higher 0.9Arms or higher 0.9Arms or higher 0.9Arms or higher Allowable ripple current  
680 1500µF  
0.1µF/16V (R)  
0.1µF/25V (R)  
680 1500µF  
0.1µF/16V (R)  
0.1µF/25V (R)  
680 1500µF  
0.1µF/16V (R)  
0.1µF/25V (R)  
680 1500µF  
0.1µF/16V (R)  
0.1µF/25V (R)  
680 1500µF  
0.1µF/16V (R)  
0.1µF/25V (R)  
C3  
C4  
R1  
R2  
R3  
18mΩ±5% less than 18mΩ±5% less than 18mΩ±5% less than 18mΩ±5% less than 18mΩ±5% less than  
10kΩ±1%  
2kΩ±1%  
10kΩ±1%  
10kΩ±1%  
20kΩ±1%  
33kΩ±1%  
10kΩ±1%  
30kΩ±1%  
3.3kΩ±1%  
18kΩ±1%  
10/11  
Precautions on Use of ROHM Power Module  
Safety Precautions  
1) The products are designed and produced for application in ordinary electronic equipment (AV equipment,  
OA equipment, telecommunication equipment, home appliances, amusement equipment etc.).  
If the products are to be used in devices requiring extremely high reliability (medical equipment, transport  
equipment, aircraft/spacecraft, nuclear power controllers, fuel controllers, car equipment including car  
accessories, safety devices, etc.) and whose malfunction or operational error may endanger human life  
and sufficient fail-safe measures, please consult with the Company's sales staff in advance. If product  
malfunctions may result in serious damage, including that to human life, sufficient fail-safe measures  
must be taken, including the following:  
[a] Installation of protection circuits or other protective devices to improve system safety  
[b] Installation of redundant circuits in the case of single-circuit failure  
2) The products are designed for use in a standard environment and not in any special environments.  
Application of the products in a special environment can deteriorate product performance. Accordingly,  
verification and confirmation of product performance, prior to use, is recommended if used under the  
following conditions:  
[a] Use in various types of liquid, including water, oils, chemicals, and organic solvents  
[b] Use outdoors where the products are exposed to direct sunlight, or in dusty places  
[c] Use in places where the products are exposed to sea winds or corrosive gases, including  
Cl2, H2S, NH3, SO2, and NO2  
[d] Use in places where the products are exposed to static electricity or electromagnetic waves  
[e] Use in proximity to heat-producing components, plastic cords, or othe flammable items  
[f] Use involving sealing or coating the products with resin or other coating materials  
[g] Use involving unclean solder or use of water or water-soluble cleaning agents for cleaning after  
soldering  
[h] Use of the products in places subject to dew condensation  
3) The products are not radiation resistant.  
4) The Company is not responsible for any problems resulting from use of the products under conditions not  
recommended herein.  
5) The Company should be notified of any product safety issues. Moreover, product safety issues should be  
periodically monitored by the customer.  
Precautions Regarding Application Example and External Circuits  
1) If change is made to the constant of an external circuit, allow a sufficient margin due to variations of the  
characteristics of the products and external components, including transient characteristics, as well as  
static characteristics. Please be informed that the Company has not conducted investigations on whether  
or not particular changes in the application examples or external circuits would result in the infringement  
of patent rights of a third party.  
2) The application examples, their constants, and other types of information contained herein are applicable  
only when the products are used in accordance with standard methods.  
Therefore, if mass production is intended, sufficient consideration to external conditions must be made.  
Prohibitions Regarding Industrial Property  
1) These Specifications contain information related to the Company’s industrial property. Any use of them  
other than pertaining to the usage of appropriate products is not permitted. Duplication of these  
Specifications and its disclosure to a third party without the Company’s permission is prohibited.  
2) Information and data on products, including application examples, contained in these specifications are  
simply for reference; the Company does not guarantee any industrial property rights, intellectual property  
rights, or any other rights of a third party regarding this information or data. Accordingly, the Company  
does not bear any responsibility for:  
[a] infringement of the intellectual property rights of a third party  
[b] any problems incurred by the use of the products listed herein.  
3) The Company prohibits the purchaser of its products to exercise or use the intellectual property rights,  
industrial property rights, or any other rights that either belong to or are controlled by the Company, other  
than the right to use, sell, or dispose of the products.  
11/11  
Appendix  
Notes  
No technical content pages of this document may be reproduced in any form or transmitted by any  
means without prior permission of ROHM CO.,LTD.  
The contents described herein are subject to change without notice. The specifications for the  
product described in this document are for reference only. Upon actual use, therefore, please request  
that specifications to be separately delivered.  
Application circuit diagrams and circuit constants contained herein are shown as examples of standard  
use and operation. Please pay careful attention to the peripheral conditions when designing circuits  
and deciding upon circuit constants in the set.  
Any data, including, but not limited to application circuit diagrams information, described herein  
are intended only as illustrations of such devices and not as the specifications for such devices. ROHM  
CO.,LTD. disclaims any warranty that any use of such devices shall be free from infringement of any  
third party's intellectual property rights or other proprietary rights, and further, assumes no liability of  
whatsoever nature in the event of any such infringement, or arising from or connected with or related  
to the use of such devices.  
Upon the sale of any such devices, other than for buyer's right to use such devices itself, resell or  
otherwise dispose of the same, no express or implied right or license to practice or commercially  
exploit any intellectual property rights or other proprietary rights owned or controlled by  
ROHM CO., LTD. is granted to any such buyer.  
Products listed in this document use silicon as a basic material.  
Products listed in this document are no antiradiation design.  
The products listed in this document are designed to be used with ordinary electronic equipment or devices  
(such as audio visual equipment, office-automation equipment, communications devices, electrical  
appliances and electronic toys).  
Should you intend to use these products with equipment or devices which require an extremely high level of  
reliability and the malfunction of with would directly endanger human life (such as medical instruments,  
transportation equipment, aerospace machinery, nuclear-reactor controllers, fuel controllers and other  
safety devices), please be sure to consult with our sales representative in advance.  
About Export Control Order in Japan  
Products described herein are the objects of controlled goods in Annex 1 (Item 16) of Export Trade Control  
Order in Japan.  
In case of export from Japan, please confirm if it applies to "objective" criteria or an "informed" (by MITI clause)  
on the basis of "catch all controls for Non-Proliferation of Weapons of Mass Destruction.  
Appendix1-Rev1.0  
配单直通车
BP5250产品参数
型号:BP5250
是否无铅: 不含铅
是否Rohs认证: 符合
生命周期:Obsolete
IHS 制造商:ROHM CO LTD
零件包装代码:MODULE
包装说明:, SIP7,.1
针数:9
Reach Compliance Code:compliant
ECCN代码:EAR99
风险等级:5.82
Is Samacsys:N
模拟集成电路 - 其他类型:DC-DC REGULATED POWER SUPPLY MODULE
最大输入电压:16 V
最小输入电压:8 V
标称输入电压:12 V
JESD-30 代码:R-XSMA-T7
JESD-609代码:e3/e2
功能数量:1
输出次数:1
端子数量:7
最高工作温度:85 °C
最低工作温度:-40 °C
最大输出电流:3 A
最大输出电压:9 V
最小输出电压:1.5 V
封装主体材料:UNSPECIFIED
封装等效代码:SIP7,.1
封装形状:RECTANGULAR
封装形式:MICROELECTRONIC ASSEMBLY
峰值回流温度(摄氏度):260
认证状态:Not Qualified
子类别:Other Analog ICs
表面贴装:NO
技术:HYBRID
温度等级:INDUSTRIAL
端子面层:TIN/TIN COPPER
端子形式:THROUGH-HOLE
端子节距:2.54 mm
端子位置:SINGLE
处于峰值回流温度下的最长时间:10
微调/可调输出:YES
Base Number Matches:1
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