Mitsubishi M62258FP Datasheet

GENERAL PURPOSE BATTERY CHARGER CONTROL IC

PIN CONFIGURATION (TOP VIEW)

DESCRIPTION

The M62258FP is designed as general purpose battery charger
control. The M62258FP has function which require for the
batterycharge control on single chip. Not only the combination of
M62258 and microcomputer capable of handing battery charge
control, but also it is capable of monitoring battery temperature,
prevent from over current or voltage, using minimal peripherals. It
also has feedback function to the primary side of SW power
supply, which can used to control feedback of charge current and
output voltage.

FEATURES

•Built-in 3 wire serial data interface function for MCU.

•Built-in multiplexer and level magnification circuit with 2input ports.

•Built-in low input/output operation 5V voltage regulator function.

(Pre drive type)

•Built-in charge current/output voltage control circuit.

MITSUBISHI (Dig./Ana. INTERFACE)

M62258FP

GND

P.C

MSW

REF

IN1
IN2

ISENSE

DOUT

1
2
3
4
5
6
7
8

16P2N-A

VDET

16

IDET

15

CS

14

CK

13

DI

12

VB

11

VCC

10

VDD

9

APPLICATION

Video camera, hand held telephone and general battery
charger for other digital equipment

BLOCK DIAGRAM

VDET IDET VBVCC VDD

1516

2

P.C

VOLTAGE

VOLTAGE
CONTROL OP

CURRENT
CONTROL OP

CONTROL

CIRCUIT

CURRENT
CONTROL

CIRCUIT

10

VOLTAGE

REGULATOR

SERIAL/PARALLEL

CONVERSION CIRCUIT

MSW

3911

MAIN SW

CIRCUIT

9 1

Amp1

Amp2

3

7

ISENSE

5

IN1

6

IN2

4

1

REF

1

GND

14

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1

12 13

CK

DICS

8

DOUT

EXPLANATION OF TERMINALS

DI
CK

CS
DOUT

REF
IN1,2
ISENSE
MSW1
VDD
VB
VCC
IDET
VDET
P.C
GND

Symbol

The serial data input pin which used to receive 8 bit wide serial data
The shift clock input pin which tales the input signal of DI pin to 8 bit shift register by the

rising edge of clock signal
When this pin is "Low", DI pin can receive the data into the 8 bit shift register. The each

bit will be latched at rising edge of the clock signal
The output pin of the amplified A-D data
The reference voltage output pin of the A-D converter
The A-D converter input pin
The current sense input pin
The main switch driver output pin (Open collector)
The stabilized +5V output pin

The pre-drive pin which used to connect the external PNP Tr
The power supply pin
The current detection input pin
The voltage detection input pin
The feedback pin for voltage and current control
The ground pin

Pin No.

12

13

14

8
4

5 6

,

7
3

9
11
10
15
16

2

1

MITSUBISHI (Dig./Ana. INTERFACE)

M62258FP

GENERAL PURPOSE BATTERY CHARGER CONTROL IC

Function

ABSOLUTE MAXIMUM RATINGS

Symbol

VCC
ISW

IPC
VSW
VPC
Pd
K
Topr
Tstg

Supply voltage
Main switch drive current
Regulator output current
P.C drive current
Main switch max. voltage VCC
P.C max.voltage
Power dissipation
Thermal derating
Operating temperature
Storage temperature

Parameter

Ratings

16

200

20IB
10

VCC
650

6.5

-20to+85

-40to+125

Unit

mA
mA
mA

mW

mW/

V

V
V

°C
°C
°C

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2

MITSUBISHI (Dig./Ana. INTERFACE)

650

85

GENERAL PURPOSE BATTERY CHARGER CONTROL IC

ELECTRICAL CHARACTERISTICS (Ta=25°C, Vcc=12V, ISW=50mA, unless otherwise noted)

M62258FP

Parameter Test conditionsSymbol

VCC
ICC
VDD
Reg-in
Reg-L
R.R f=120Hz,Vin=0dbm
VDEF
VsatM
VIN
IIB

VPCL
VISENSE

VIN-IN
IIN

Supply voltage
Circuit current
Stabilized voltage output
Input regulation
Load regulation
Ripple rejection ratio
Min. input-output voltage difference
Main-SW output saturation voltage
Input voltage range
Input bias current
P.C output "L" voltage

ISENSE input voltage range
IN input voltage range

IN input current

IB=10mA
VDD+0.2V

IDD=1 to 100mA

ISW=50mA

IPC=5mA

VCC≥7V
VCC=5.5V

TYPICAL CHARACTERISTICS

THERMAL DERATING (MAXIMUM RATING)

800

VDD+0.2

4.75 5.00

0

-1

-100

Limits

Typ MaxMin

15

50
10

60

0.2

0.8

0.2

15

5.25
200
100

1.2

VCC-2

0.4

0.5

3.50.2

Unit

V

mA

V
mV
mV

dB

V

V

V

µA

V

V

V

50.2
V

nA

600

400

200

0

25 50 75 125

0

AMBIENT TEMPERATURE Ta (°C)

100

3

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