M61040 View Datasheet(PDF) - MITSUBISHI ELECTRIC

Part Name

Description

MFG CO.

M61040

Smart battery protection and monitoring IC

MITSUBISHI ELECTRIC  

Smart battery protection and monitoring IC

M61040FP

3. Absolute Maximum Ratings

Table 3

ITEM

SYMBOL

CONDITION

Absolute maximum rating

Vabs

Supply voltage

Vcc

Power dissipation

PD

Operating temperature range

Topr1

Storage temperature range

Tstg

RATINGS

33

30

750

− 20 ∼ + 85

− 40 ∼ + 125

UNIT

V

V

mW

°C

°C

4.Electrical Characteristics

ITEM

SYMBOL

Table 4

CONDITION

(Ta=25°C VCC=14V ,unless otherwise noted)

M i n . T y p . M a x . UNIT Circuit

Supply voltage

Vcc





30

V

Supply current 1

Isup1

Voltage monitor ,V/R, reset ON

Current monitor O N

105

200

280

µA 7

Supply current 2

Voltage monitor ,V/R, reset ON

Isup2 Current monitor OFF

65

120

165

µA 7

Supply current

(at Power save mode)

Ips

Regulator ON, Non-loading,

Reset circuit ON, Others OFF

35

60

85

µA 7

Supply current

(at Power Down mode)

Ipd All operation stop, VI N 12=GND





0.5

µA 7

Output voltage

Vreg Iout=20mA

5.145 5.2 5.295 V 3

Input and output voltage

Difference

Linear regulation

Load regulation

Input voltage

Vdif0 Iout=20mA

∆Vout10

∆Vout20

VIN 0

VCC=6.2∼ 24V Iout=20mA

VCC=6.2V Iout=50µA∼ 20mA

VCC voltage



0.3

0.8

V3



100 200 m V 3



30

45

mV 3





30

V

Output voltage

Vref Iout=200µA

4.818 4.85 4.917 V 4

Load stability

∆Vout21 VCC=6.2V Iout=50∼ 200µA



5

45

mV 4

Over current inhibit

Detection voltage 1

Over current inhibit

detection voltage 2

Over current inhibit

detection delay time1

Over current inhibit

detection delay time 2

Vcl

Vch

Tvcl

Tvch

Load short detection

CICT=0.01µF

VCL− 0.02 0.2 VCL+ 0.02 V 8

VCC

3

×0.6

VCC

3

VCC

3

×1.4

V

8

7

10

15

mse

c

5

150 250 350 µsec 8

Mitsubishi Electric

(6/25)

Share Link: