M66004FP 查看數據表（PDF） - Mitsumi

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M66004FP

16-DIGIT 5×7-SEGMENT VFD CONTROLLER

Mitsumi 

MITSUBISHI 〈DIGITAL ASSP〉

M66004SP/FP

16-DIGIT 5×7-SEGMENT VFD CONTROLLER

ABSOLUTE MAXIMUM RATINGS

Symbol

Parameter

Conditions

Ratings

Unit

VCC

Supply voltage

VCC1, VCC2

–0.3 ~ + 7

V

VP

Pull-down voltage

(Note 3)

VCC–45 ~ VCC + 0.3

V

VI

Input voltage

–0.3 ~ VCC + 0.3

V

VO

Output voltage

XOUT, P0, P1

–0.3 ~ VCC + 0.3

V

Any external circuits are

SP

not connected to the IC.

1.6

Pd

Maximum power dissipation

Ta=25°C (Note 4)

W

FP

The IC is mounted on a

board. Ta=25°C (Note 5)

1.4

Tstg

Storage temperature

–65 ~ 150

°C

Notes 3: Frequency of pulse waveform exceeding VCC-40V:450µs or above, pulse width: 30µs or below, output load: CL≤ 200pF

4: When Ta is 25°C or above, derating (12.8mW/°C) should be conducted.

5: When Ta is 25°C or above, derating (11.2mW/°C) should be conducted.

RECOMMENDED OPERATIONAL CONDITIONS (Ta=–10 ~ 70°C unless otherwise noted)

Symbol

Parameter

Conditions

VCC

Supply voltage

VCC1, VCC2

VP

Pull-down voltage

VSS

Supply voltage

VI

Input voltage

Topr

Operating temperature

Min.

4.5

VCC–40

0

–10

Limits

Typ.

5

0

Unit

Max.

5.5

V

VCC

V

V

VCC

V

70

°C

DC CHARACTERISTICS (Ta = –10 ~ 70°C, VCC = 5V ± 10%, VSS = 0V)

Symbol

VIH

VIL

VT+

VT–

IIH

IIL

VOH

VOL

IO

Parameter

“H” input voltage

“L” input voltage

Positive direction

threshold voltage

Negative direction

threshold voltage

“H” input current

“L” input current

“H” output voltage

“L” output voltage

Output pull-down current

SDATA

RESET

CS

SCK, XIN

DIG output

SEG output

P0, P1

P0, P1

DIG, SEG

ICC

Positive supply current

VCC1, VCC2

(Note 6)

IP

Negative supply current VP

Note 6: Total of current at pin VCC1 and current at pin VCC2.

Conditions

VI=VCC

VI=0V

IOH=–20mA

IOH=–5mA

IOH=–2mA

IOL=2mA

VP=VCC–40V, VO=VCC

VI=0V, Output pin: open

VP=VCC–40V

Output pin: open

Output “H”, clock stop

VP=VCC–40V

Output pin: open

Output “H”, clock stop

VP=VCC–40V

Min.

0.7VCC

0.35VCC

0.2VCC

VCC–2

VCC–2

VCC–0.8

250

Limits

Typ.

2.8

2

500

Max.

Unit

V

0.3VCC

V

0.7VCC

V

0.55VCC V

1

µA

–1

µA

V

0.55

V

850

µA

100

µA

40

mA

–40

mA

10

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