LM2596 DC 7 To 35V to 1.25 To 30V LED Driver lithium Battery Charger Module

This

LM2596

Constant

Voltage

/

Constant

Current

(CC/CV)

regulator

module

is

a

very

flexible

and

adaptable

charging

solution

that

can

provide

either

a

Constant

Voltage

(CV)

or

Constant

Current

(CC)

output.

With

a

variable

output

voltage

range

of

1.25V

to

30V

and

variable

output

current

from

0A

to

3A,

it

is

ideal

for

use

as

an

LED

or

laser

diode

current

source/driver,

a

battery

charger,

a

lab

current/voltage

source,

or

to

regulate

the

output

of

solar

panels

or

wind

turbines

to

charge

energy

storage

batteries.

It

can

charge

most

any

size

lithium

ion

cell

to

almost

any

voltage

you

need.

This

is

an

inexpensive

way

to

charge

those

4.30v

and

4.35v

cells,

as

well

as

LiFePo

and

many

other

cells

that

require

different

termination

voltages.

It

is

also

a

good

way

to

charge

smaller

cells

since

you

can

almost

infinitely

adjust

the

charging

current

and

output

voltage.

Applications: High-power

(up

to

3A)

LED

or

laser

diode

constant

current

driver Lithium

battery

charger 4V,

6V,

12V,

14V

or

24V

nickel

cadmium

or

nickel

metal

hydride

battery

charger High

conversion

efficiency

when

used

with

car

12V

battery

input Adjustable

laboratory

voltage

source

or

current

source Dimming

devices Regulate

output

of

solar

panels

and

wind

turbines Features: Non-isolated

step-down

constant

current,

constant

voltage

module

(CC

CV

charging

module) Input

voltage:

7V

to

35V.

For

best

efficiency,

output

voltage

should

be

about

80%

of

input

voltage Output

voltage:

Continuously

adjustable

from

1.25V

to

30V Minimum

Voltage

difference

(input

V

-

output

V):

~2V Maximum

output

current:

3A

(more

than

15W

output,

please

install

a

heat

sink) Constant

current

range:

0A

to

3A

(adjustable) Output

power:

15W

with

natural

cooling,

25W

with

heatsink Conversion

efficiency:

Up

to

92%

(Higher

efficiency

at

higher

output

voltage) Full

load

temperature

rise:

45

°C No-load

Current:

Typical

10mA

(12V

switch

to

4.2V) Load

regulation:

±

1% Voltage

regulation:

±

0.5% Dynamic

response

speed:

5%

200uS Potentiometer

adjustment

direction:

clockwise

(increase),

counterclockwise

(decrease)

Indicators:

CC/CV

Red

LED:

Charging

in

constant

current

mode CH

Blue

LED:

Fully

charged OK

Red

LED:

Charging

in

Constant

Voltage

Mode Output

short

circuit

protection:

Yes,

constant

current

(constant

current

value

of

the

current

settings) Input

reverse

polarity

protection:

No,

please

comply

with

input

voltage

specifications

or

place

an

input

reverse

polarity

protection

diode

in

series. Connection

mode:

Soldered Operating

temperature:

Industrial

grade

(-40C

to

+85C)

(if

ambient

temperature

exceeds

40C,

reduce

power

or

add

a

heatsink) Size:

47mm

(L)

*

23mm

(W)

*

14mm

(H)

mm

(including

potentiometers) To

use

the

LM2596

CC/CV

Regulator

Module

as

an

LED

Constant

Current

Driver: Make

sure

of

the

operating

current

and

maximum

operating

voltage

of

the

LED

you

will

drive. With

no

load

connected

to

the

output

of

the

module

(open

circuit),

adjust

the

Constant

Voltage

potentiometer

CV

to

set

the

output

voltage

to

the

LED

maximum

operating

voltage. Short-circuit

the

module

output,

and

use

a

multimeter

in

10A

current

scale

to

measure

output

short-circuit

current,

and

adjust

the

Current

Potentiometer

CC

to

set

the

output

current

to

the

required

LED

operating

current. Connect

the

LED

to

the

module

and

test. The

module

can

drive

multiple

LEDs

in

series,

parallel

or

in

series/parallel

strings,

as

long

as

the

maximum

voltage

and

current

of

the

string

does

not

exceed

the

30V

maximum

output

voltage

and

3A

maximum

output

current

of

the

driver

module.

To

use

the

LM2596

CC/CV

Regulator

Module

as

a

Battery

Charger: Make

sure

of

the

charging

voltage

and

current

of

the

battery

you

need

to

charge. With

no

load

connected

to

the

output

of

the

module

(open

circuit),

adjust

the

Constant

Voltage

potentiometer

CV/OK

to

set

the

output

voltage

to

the

battery

charge

voltage Short-circuit

the

module

output,

and

use

a

multimeter

in

10A

current

scale

to

measure

output

short-circuit

current,

and

adjust

the

Current

Potentiometer

CC

to

set

the

output

current

to

the

expected

charging

current

value. Charge

transfer

lamp

(CH)

current

default

value

is

0.1

times

the

charging

current

(constant

current

value),

For

lamp

current

adjustment,

turn

middle

Charging

Convert

Light

potentiometer

adjustment; Connect

the

module

outputs

to

the

battery

and

try

charging.

• SKU: B 103,,D108,IMP200,L50,Th100,KRT,N92
• /
• Category: Sensors & Modules
• /
• Tags: LM2596 DC 7 To 35V to 1.25 To 30V LED Driver lithium Battery Charger Module