Rohm BM2P060MF-EVK-001 User guide

Iso

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During

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This eval

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procedur

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We reco

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he module

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o

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c

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circuits whi

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a

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-

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P

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C voltmeter

e

ct method

reset the AC

p

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onnect the N

p

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ires.

onnect each l

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W

hen connecti

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o

u are using.)

onnect the po

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ake sure that

lectronic load

C

1

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c

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in of the po

w

o

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p

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g a power m

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sitive pin of th

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ly switch is O

N

the DC voltm

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switch is ON.

C

N1-1 AC (N)

Figure 3. Di

a

2

64 Vac, 100

W

m

um value)

a

c to 264 Vac

c

urrent of eac

h

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er supply to t

h

p

in from the p

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e

ter, connect

a

e DC voltmet

e

N

.

e

ter reading i

s

3/16

a

gram of Ho

w

W

or more)

and turn off t

h

output to di

s

h

e CN1-1: AC

ositive pin an

d

a

s follows. (F

o

e

r to VOUT pi

n

s

at the set vol

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CN1-2 AC (L)

w

to Connect

h

e power outp

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able the load.

(N) pin and t

h

d

to GND pin

w

o

r details, refe

r

n

and the neg

a

t

age ( 24 V).

ut.

h

e L pin to the

w

ith a pair of

w

r

to the User's

a

tive pin to G

N

24

Ｖ

U

No.

6

CN1-2: AC (L

)

w

ires.

Manual of th

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4/16

User’s Guide

BM2P060MF-EVK-001

MAY.2021

Application Circuit

This evaluation board operates in flyback mode at a maximum frequency of around 65 kHz..

The output (24 V) voltage is monitored by a feedback circuit and fed back to the FB pin of BM2P060MF through a opto - coupler.

At startup, the voltage at the VCC pin rises as the voltage is supplied from the DRAIN pin to the VCC pin through the start circuit.

The demo board schematic is shown in Figure below and the list of parts is tabulated on page 13.

IC1

VH

GND

SOURCE

STOP

FB

BURST

OFF

VCC

NC

DRAIN

UDZV24B

ZD1 R7

C18

P1S1

LF2

C15

680p

C20

A

C IN

A

C IN

24V 1.67A

GND

220n

C1 100n

C10

680u

C11

10n

C12

220n

C2 C21

100n

C24

120u

C3

10n

C4

47p

C5

10u

C6

C7

100n

C8

1n

C9

D1 D2

RFN1LAM7S

D3

RF05VAM2S

D5

D6

DB1

1.6

F1

P1S1

LF1

PC1

100

R1

330m

R10

0

R12

47

R13

9.1k

R16

180k

R17

22k

R18

1k

R19

100

R2

15k

R20

18k

R21

R3

1k

R5

100k

R6

P1

P2

S1

S2

T1

IC3

470

ZNR1

C17

2.2n

C19

10

R28

C14

R8

Q1

B

©

2

B

M

Fe

a

Pi

n

Pi

n

N

1

M2P060M

2

021 ROHM

C

Fig

u

M

2P060M

F

atures



AC Low

V



X Capaci

t



VCC Pin

L



PWM Ty

p



Frequenc

y



Burst Op

e



External

B



Minimum



Soft Start



FB Pin O

v



Over Cur

r



Over Cur

r



External

S



Dynamic

O



Leading

E

n

Confi

g

ura

t

n

Descripti

o

N

o. Pin

n

1 ST

O

2 F

B

3 BU

R

4 O

F

5 V

C

6 N.

C

7 DR

A

8 DR

A

9 DR

A

1

0 DR

A

F-EVK-00

1

C

o., Ltd.

u

re 4. Pin Con

f

F

General

V

oltage Protec

t

or Discharge

L

ow Voltage

P

p

e Current Mo

d

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Reduction

F

e

ration at Ligh

t

B

urst voltage

s

ON width adj

u

Function

v

erload Prote

c

r

ent Protectio

n

r

ent Compens

S

top Function

O

ver Current

P

E

dge Blanking

t

ion

o

ns

n

ame I/O

O

P I

B

I/O

R

ST I

F

F I

C

C I/O

C

. -

A

IN I/O

A

IN I/O

A

IN I/O

A

IN I/O

N.C.VH SOUR

C

STOP BURST

FB

N.C.GND

VCC

OFF

1

f

iguration

Descripti

o

t

ion Function

(

Function

P

rotection (VC

C

d

e Control

F

unction

t

Load

s

etting functio

n

u

stment at lig

h

c

tion Function

n

Function by

c

ation by AC v

o

P

rotection

F

Exte

Fe

e

Bur

s

MIN

o

Power

s

No

MOS

F

MOS

F

MOS

F

MOS

F

C

E

DR

A

DRAI N

DRAIN

DR

A

DRAINDRAI N

DRAI N

N.C.

o

n

(

AC UVLO)

C UVLO)

n

h

t load

(FB OLP)

c

ycle

o

ltage detecti

o

F

unction

e

rnal stop pin

e

dback pin

s

t setting pin

o

n setting pin

s

upply input p

connection

F

ET Drain pin

F

ET Drain pin

F

ET Drain pin

F

ET Drain pin

A

IN

A

IN

5/16

o

n.

K

e

P

a

Ap

No.

11

12

13

14

in 15

16

17

18

19

20

ey

Specifica

t

■

Operati

VCC Pi

n

DRAIN

P



Current



Current



Switchi

n



MOSF

E



Operati

o

a

cka

g

e

SOP20A

p

plications

AC Ad

a

Supplie

Pin name

DRAIN

N.C.

SOURCE

N.C.

GND

N.C.

VH

t

ions

on Power Su

p

n

Voltage:

P

in Voltage:

at Switching

O

at Burst Ope

r

n

g Frequency

E

T ON Resist

o

n Temperatu

W

(

T

y

p

)

x

1

a

pters, Each H

s for Motor

I/O

-

I/O

-

I/O

-

I

U

No.

6

p

ply Voltage

R

O

peration:

r

ation

o

r

re Range -

4

x

D

(

T

y

p

)

x

H

1

2.8 mm x 10.

3

ousehold App

Fun

c

MOSFET

No con

n

MOSFET

s

No con

n

GND

No con

n

AC voltage

s

U

ser’s G

u

6

4UG011E R

e

MA

Y

R

ange

11 V to 6

0

650 V (M

a

850 μA (T

y

400 μA (T

y

65 kHz (T

y

0.70 Ω (T

y

4

0 °C to +105

H

(

Max

)

3

mm x 2.65

m

lications and

P

c

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Drain pin

n

ection

s

ource pin

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tart-up pin

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M2P060M

2

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Figure 5.

O

Fig

u

e

asureme

1. Load

2. Line

R

F-EVK-00

1

C

o., Ltd.

O

utput Voltage

u

re 7. Output

V

nt Data

Regulation

R

egulation

1

vs Output Cu

V

oltage vs V

IN

rrent

6/16

Figure 6. E

f

Figure 8. Effi

c

f

ficiency vs O

u

c

iency vs Inpu

V

O

U

No.

6

u

tput Current

u

t Voltage

U

T2,

I

OUT2

= 0 A

V

OUT1

U

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6

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asureme

3. Switc

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4. Input

I

n

M

1

0

F-EVK-00

1

C

o., Ltd.

Figure 9. Fre

q

Figure

1

nt Data –

c

h

ing Freque

n

Voltage Slo

w

n

put Voltage

V

100 V / Div

M

OSFET V

DS

0

0 V / Div

1

q

uency vs Ou

t

1

0. VIN 0 V to

c

ontinue

d

n

cy

w

up

V

IN

t

put Power

230 V

d

65 Vrm

s

7/16

s

U

No.

6

U

ser’s G

u

6

4UG011E R

e

MA

Y

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ide

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v.001

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M2P060M

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Fig

F

e

asureme

5. Switc

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F-EVK-00

1

C

o., Ltd.

ure 11. V

DS

,I

D

igure 13. V

DS

,

nt Data –

c

h

ing Wave F

o

DRAIN Cu

0.5 A /

D

Diode

V

50 V /

D

Diode

C

1

2

1

V

IN

= 90Vac,I

O

I

D

V

IN

= 90Va

c

ontinue

d

o

rm

MOSFET V

D

100

V

/ D

i

rrent I

D

iv

V

oltage V

D

iv

C

urrent I

S

2

.5 A / Div

O

UT

=1.67A

c

,I

OUT

=1.67A

d

D

S

i

v

8/16

Figure 12.

V

Figure 14.

V

Diod

e

V

DS

,I

D

V

IN

= 2

6

V

DS

,I

D

V

IN

= 26

4

MOSFET

V

100

V

/ Di

v

DRAIN Cur

r

0.5 A / Div

Diode

V

olt

a

50 V /

D

e

Current I

S

12.5 A / D

i

U

No.

6

4Vac,I

OUT

=1.

6

4

Vac,I

OUT

=1.

6

V

DS

v

r

ent I

D

a

ge V

D

iv

i

v

U

ser’s G

u

6

4UG011E R

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6

7A

6

7 A

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ide

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2

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e

M2P060M

2

021 ROHM

C

Fig

u

F

e

asureme

5. Switc

h

6. Startu

p

V

OUT

V

DS

I

OUT

Outpu

t

Input V

o

F-EVK-00

1

C

o., Ltd.

u

re 15. VIN =

9

F

igure 17. V

IN

nt Data –

c

h

ing Wave Fo

p

Wave Form

t

Voltage V

O

U

10 V / Div

o

ltage V

IN

1

9

0 Vac, V

OUT

= 90 Vac, I

OU

T

c

ontinue

d

rm- continue

d

U

T

250 V

/

10 A

/

D

5 V / Di

v

250 V / Div

Shorted

T

= 1.67 A

d

/

Div

i

v

9/16

F

I

n

Figure 16.

V

F

igure 18. V

IN

=

V

OUT

I

OUT

Output Volta

g

n

put Voltage

V

IN = 264 Va

c

=

264 Vac, I

O

U

V

g

e V

OUT

V

IN

5

250

V

U

No.

6

c

, V

OUT

Shor

t

U

T

= 1.67 A

V

DS

10 V / Div

250 V / D

i

10 A / Div

V / Div

V

/ Div

U

ser’s G

u

6

4UG011E R

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MA

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ed

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M2P060M

2

021 ROHM

C

F

i

Fi

g

e

asureme

7. Dyna

m

8. Outpu

t

9. Temp

e

The

y

V

I

O

F-EVK-00

1

C

o., Ltd.

i

gure 19. V

IN

=

g

ure 21. V

IN

=

nt Data –

c

m

ic Load Flu

c

t

Voltage Rip

p

e

rature of Par

y

are measure

IC1

Diode D1

V

OUT

I

OUT

0.5

V

1 A

/

D

i

O

utput Rippl

e

= 0

.

1

=

115 Vac,I

OUT

115 Vac, I

OUT

Tabl

e

c

ontinue

d

c

tuation

p

le Wave For

r

ts Surface I

O

U

d after 15 min

Part

V

/ Div

i

v

e

Voltage V

RIP

P

.

10 Vpp

0.

2

= Switch 0 A

/

= 1.67 A

e

1. Surface T

e

d

r

m

U

T1

utes from ap

p

V

IN

= 90

V

6

P

LE

2

V /Div

10/16

/

1.67 A

e

mperature of

p

lying a power

V

ac, I

OUT1

= 1.

3

6

0.4 °C

6

1.6 °C

Figure 20.

Ou

t

Figure

2

Parts (Ta = 2

0

supply.

Condition

3

A

V

IN

V

OU

I

OUT

Outp

u

V

IN

= 230 Va

c

t

put Ripple

V

= 0.1

0

2

2. V

IN

= 230

V

0

°C)

= 264 Vac, I

O

61.3 °

C

62.3 °

C

T

0.5

V

/

1 A

/

D

u

t Ripple Vol

t

= 0.10

V

U

No.

6

c

,I

OUT

= Switc

h

V

oltage V

RIPPL

E

0

Vpp

V

ac, I

OUT

= 1.

6

0.2

V

UT1

= 1.3 A

C

/

Div

D

iv

t

age

V

RIPPLE

V

pp

0.2

V

U

ser’s G

u

6

4UG011E R

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Y

h

0 A / 1.67 A

E

2

6

7 A

V

/ Div

V

/Div

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M

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M2P060M

2

021 ROHM

C

e

asureme

10. EMI

C

F-EVK-00

1

C

o., Ltd.

Figure

Figur

e

nt Data –

c

C

onducted E

m

1

23. V

IN

: 115

V

e

24. V

IN

: 230

c

ontinue

d

m

ission:CISP

R

V

ac / 60 Hz, I

O

U

Vac / 50 Hz, I

O

d

R

22 Pub 22 Cl

a

11/16

U

T

: 1.67 A

O

UT

: 1.67 A

a

ss B

U

No.

6

QP margin:

AVE margin:

QP margin:

AVE margi

n

U

ser’s G

u

6

4UG011E R

e

MA

Y

9.0dB

6.4dB

7.0dB

n

: 10.4dB

u

ide

e

v.001

Y

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12/16

User’s Guide

BM2P060MF-EVK-001

MAY.2021

Figure 25. BM2P060MF-EVK-001 Schematics

IC1

VH

GND

SOURCE

STOP

FB

BURST

OFF

VCC

NC

DRAIN

UDZV24B

ZD1 R7

C18

P1S1

LF2

C15

680p

C20

AC IN

24V 1.67A

GND

220n

C1 100n

C10

680u

C11

10n

C12

220n

C2 C21

100n

C24

120u

C3

10n

C4

47p

C5

10u

C6

C7

100n

C8

1n

C9

D1 D2

RFN1LAM7S

D3

RF05VAM2S

D5

D6

DB1

1.6

F1

P1S1

LF1

PC1

100

R1

330m

R10

0

R12

47

R13

9.1k

R16

180k

R17

22k

R18

1k

R19

100

R2

15k

R20

18k

R21

R3

1k

R5

100k

R6

P1

P2

S1

S2

T1

IC3

470

ZNR1

C17

2.2n

C19

10

R28

C14

R8

Q1

Schematics

VIN = 90 Vac to 264 Vac、VOUT = 24 V 1.67 A

B

©

2

P

a

M

M2P060M

2

021 ROHM

C

a

rts List

M

aterials may be

c

It

e

C1

,

C2

C3

C4

C5

C6

C7,C14,C1

8

C8

,

C10

,

C9

C11

C12

C15

C17

D1

,

D2

D3

D5

D6

PC1

Q

1

DB1

R1

,

R2

R3

,

R7

,R

R5

R6

R10

R12

R13

R16

R17

R18

R19

R20

R21

R28

F1

ZNR1

LF1

LF2

T1

IC1

IC2

IC3

ZD1

HEAT1

CN1

TP1

,

TP

2

F-EVK-00

1

C

o., Ltd.

c

hanged without

n

e

m

2

1

4

1

8

,C19,C20,C21

N

,

C24

0

1

6

0

6

2

1

F

T

6

1

R

8

N

1

3

0

4

9

1

2

1

3

6

P

N

2

1

n

otifying.

Spec

2

20 n

,

310

V

1

20

µ,

450

V

1

0 nF

,

500

V

4

7

p,

630 V

1

0

µ

F

,

50 V

N

on.mount

e

0

.1

µ

F

,

100

1

000

p

F

,

10

0

6

80

µ

F

,

35

V

0

.01

µ

F

,

10

0

6

80

p

F

,

1 k

V

2

200

p

F

,

A

C

1

A

,

1000 V

F

RD

,

0.8 A

,

F

RD

,

200 V

,

F

RD

,

300 V

,

T

R

,

50 V

,

0.

6

00 V

,

4 A

1

00 Ω

N

on.mount

e

1

k

1

00 kΩ

3

30 mΩ

0

Ω

4

7 Ω

9

.1 kΩ

1

80 kΩ

2

2 kΩ

1

kΩ

1

5 kΩ

1

8 kΩ

1

0 Ω

1

.6 A

,

300

V

3

00 V, 400 A,

φ

3

4.5 mH

6

0

µ

H

PQ

26

N

on.mount

e

2

4V

2

2.9 k

/

W

V

ac 890

V

450C

X

V

885

GRM

3

860

e

d

VHM

K

0

V HM

K

V

860

0

V C06

0

V

GRM

C

300 V DE1

E

1N

4

700 V RF

N

0.5 A RF0

20 A RF2

LT

V

1 A 2S

C

D3

S

ES

R

e

d-

MC

R

MO

S

LT

R

MC

R

ES

R

MC

R

MC

R

MC

R

MC

R

MC

R

MC

R

ES

R

V

369

φ

5 mm V4

7

SS

R

LF1

2

XE2

BM

2

e

d

NC

P

UD

Z

IC-

1

B02

CD-

13/16

Parts Nam

e

334025027

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W120MEFC18

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Rohm

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ル

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ＪＳＴ

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No.

6

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M2P060M

2

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C

a

yout

z

e: 160 mm x

5

F-EVK-00

1

C

o., Ltd.

5

5 mm

1

Figur

e

Figur

e

26. TOP Lay

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e

27. Bottom L

14/16

o

ut (Top view

)

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ayout (Top Vi

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)

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U

No.

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U

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2

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

Primar

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Withsta

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Betwee

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Betwee

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No.

1

2

3

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Product

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Bobbin:

Core:

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n

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Primary an

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Secondary

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Transform

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NS1

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NP2

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10

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12

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AC1500

AC500

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Finish

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7

8

6

9

1

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)

V

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Wire

2UEW / Φ0.2

TEX / Φ0.3

2

TEX / Φ0.3

2

2UEW /

Φ

0.1

TEX / Φ0.3

2

2UEW / Φ0.2

Figure 29.

S

n of XE2395

Y

u

, Osaka City,

T

u

Nu

m

9 x 2

1

2

x 2

1

2

x 2

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2

x 2

1

9 x 2

1

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Y

_B

541-0059, Ja

p

u

rn

m

ber

Tap

Lay

e

1

9

1

8

1

9

3

U

No.

6

g

ram

p

an)

e

r

W

i

Specif

i

COM

P

COM

P

COM

P

COM

P

COM

P

COM

P

U

ser’s G

u

6

4UG011E R

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cation

P

ACT

P

ACT

P

ACT

P

ACT

P

ACT

P

ACT

u

ide

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v.001

Y

.2021

16/16

User’s Guide

BM2P060MF-EVK-001

MAY.2021

Revision History

Date Rev. Changes

12.May.2021 001 New Release

R1102

B

www.rohm.com

Notice

ROHM Customer Support System

https://www.rohm.com/contact/

Thank you for your accessing to ROHM product informations.

More detail product informations and catalogs are available, please contact us.

Notes

The information contained herein is subject to change without notice.

Before you use our Products, please contact our sales representative

and verify the latest specifica-

tions :

Although ROHM is continuously working to improve product reliability and quality, semicon-

ductors can break down and malfunction due to various factors.

Therefore, in order to prevent personal injury or fire arising from failure, please take safety

measures such as complying with the derating characteristics, implementing redundant and

fire prevention designs, and utilizing backups and fail-safe procedures. ROHM shall have no

responsibility for any damages arising out of the use of our Poducts beyond the rating specified by

ROHM.

Examples of application circuits, circuit constants and any other information contained herein are

provided only to illustrate the standard usage and operations of the Products. The peripheral

conditions must be taken into account when designing circuits for mass production.

The technical information specified herein is intended only to show the typical functions of and

examples of application circuits for the Products. ROHM does not grant you, explicitly or implicitly,

any license to use or exercise intellectual property or other rights held by ROHM or any other

parties. ROHM shall have no responsibility whatsoever for any dispute arising out of the use of

such technical information.

The Products specified in this document are not designed to be radiation tolerant.

For use of our Products in applications requiring a high degree of reliability (as exemplified

below), please contact and consult with a ROHM representative : transportation equipment (i.e.

cars, ships, trains), primary communication equipment, traffic lights, fire/crime prevention, safety

equipment, medical systems, servers, solar cells, and power transmission systems.

Do not use our Products in applications requiring extremely high reliability, such as aerospace

equipment, nuclear power control systems, and submarine repeaters.

ROHM shall have no responsibility for any damages or injury arising from non-compliance with

the recommended usage conditions and specifications contained herein.

ROHM has used reasonable care to ensure the accuracy of the information contained in this

document. However, ROHM does not warrants that such information is error-free, and ROHM

shall have no responsibility for any damages arising from any inaccuracy or misprint of such

information.

Please use the Products in accordance with any applicable environmental laws and regulations,

such as the RoHS Directive. For more details, including RoHS compatibility, please contact a

ROHM sales office. ROHM shall have no responsibility for any damages or losses resulting

non-compliance with any applicable laws or regulations.

When providing our Products and technologies contained in this document to other countries,

you must abide by the procedures and provisions stipulated in all applicable export laws and

regulations, including without limitation the US Export Administration Regulations and the Foreign

Exchange and Foreign Trade Act.

This document, in part or in whole, may not be reprinted or reproduced without prior consent of

ROHM.

1)

2)

3)

4)

5)

6)

7)

8)

9)

10)

11)

12)

13)

Rohm BM2P060MF-EVK-001 User guide

Rohm BM2P060MF-EVK-001 User guide

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