ACE78L18VGAM+H [ACE]

100mA Positive Voltage Regulator; 百毫安正电压稳压器


型号：	ACE78L18VGAM+H
厂家：	ACE TECHNOLOGY CO., LTD.
描述：	100mA Positive Voltage Regulator 百毫安正电压稳压器稳压器
文件：	总10页 (文件大小：657K)
中文：	中文翻译
下载：	下载PDF数据表文档文件

ACE78LXXG

100mA Positive Voltage Regulator

Description

The ACE78LXXG series of positive regulators are available in the SOT-89-3 package and with 5V, 6V,

8V, 9V, 10V, 12V, 15V, 18V and 24V fixed output voltages, marking it useful in a wide range of applications.

These regulators can provide local on-card regulation, eliminating the distribution problems associated

with single point regulation. Each type employs internal current limiting, thermal shut-down and safe

operating area protection, making it essentially indestructible. If adequate heat sinking is provided, they

can deliver over 100mA output current. Although designed primarily as fixed voltage regulators, these

devices can be used with external components to obtain adjustable voltages and currents. ACE78LXXG

is characterized for operation from 0℃ to +125℃.

Features

 Internal Short-Circuit Current Limiting

 Internal Thermal Overload Protection

 No External Components Required

Absolute Maximum Ratings

Parameter

Max

Unit

ACE78L05~10G

Input Voltage

ACE78L12~18G

ACE78L24G

Output current

100

^OC

Operating junction temperature range

Storage temperature range

Power Dissipation

0 ~125

- 55 ~ 150 ^OC

350* mW

* When tested in free air condition, without heat sinking.

Packaging Type

SOT-89-3

Vout GND Vin

VER1.5

ACE78LXXG

100mA Positive Voltage Regulator

Ordering information

ACE78L XX G XX + H

Halogen-free

Pb-free

AM : SOT-89-3

Output Voltage : 5V, 6V, 8V, 9V, 10V, 12V, 15V, 18V and 24V

Typical Application

Vin

Vout

ACE78LXXG

GND

Cin

Cout

0.33uF

0.1uF

Electrical Characteristics

ACE78L05G (Refer to the test circuits, T_J=0~125℃, I_O=40mA, V_IN=10V, C_in=0.33μF, Co=0.1μF unless otherwise

specified) (Note1)

Symbol

Test Condition

V_IN=10V, I_O=40mA, T_J=25℃

7V≦V_IN≦20V, 1mA≦I_O≦40mA

7V≦V_IN≦Vmax, 1mA≦I_O≦70mA

(Note2)

Min Typ Max Unit

B-Rank (5%)

4.75

5.25

7V≦V_IN≦20V, I_O=40mA, T_J=25℃

ΔVO (Line Regulation)

8V≦V_IN≦20V, I_O=40mA, T_J=25℃

V_IN=10V, 1mA≦I_O≦100mA, T_J=25℃

V_IN=10V, 1mA≦I_O≦40mA, T_J=25℃

V_IN=10V, I_O=0mA,T_J=25℃

ΔVO (Load Regulation)

3.0

5.0

0.1

1.0

V_IN=10V, 1mA≦I_O≦40mA

ΔIQ

8V≦V_IN≦20V, I_O=40mA

10Hz≦f≦100KHz

μV

8V≦V_IN≦20V, I_O=40mA, f=120Hz,T_J=25℃ 47

I_O=100mA, T_J=25℃

1.7

ΔV_O/ΔT_J

I_O=5mA, 0℃≦T_J≦125℃

-0.65

mV/℃

VER 1.5

ACE78LXXG

100mA Positive Voltage Regulator

ACE78L06G (Refer to the test circuits, T_J=0~125℃, I_O=40mA, V_IN=12V, C_in=0.33μF, Co=0.1μF unless otherwise

specified) (Note1)

Symbol

Test Condition

V_IN=12V, I_O=40mA, T_J=25℃

8.5V≦V_IN≦20V, 1mA≦I_O≦40mA

8.5V≦V_IN≦Vmax, 1mA≦I_O≦70mA

(Note2)

Min Typ Max Unit

B-Rank (5%)

5.70

6.30

8.5V≦V_IN≦20V, I_O=40mA, T_J=25℃

175

125

ΔVO (Line Regulation)

9V≦V_IN≦20V, I_O=40mA, T_J=25℃

V_IN=12V, 1mA≦I_O≦100mA, T_J=25℃

V_IN=12V, 1mA≦I_O≦70mA, T_J=25℃

V_IN=12V, I_O=0mA,T_J=25℃

12.8 80

ΔVO (Load Regulation)

5.8

3.9

6.0

0.1

1.5

V_IN=12V, 1mA≦I_O≦40mA

ΔIQ

9V≦V_IN≦20V, I_O=40mA

10Hz≦f≦100KHz

μV

10V≦V_IN≦20V, I_O=40mA, f=120Hz,T_J=25℃ 40

I_O=100mA, T_J=25℃

1.7

0.75

ΔV_O/ΔT_J

I_O=5mA, 0℃≦T_J≦125℃

mV/℃

ACE78L08G (Refer to the test circuits, T_J=0~125℃, I_O=40mA, V_IN=14V, C_in=0.33μF, Co=0.1μF unless otherwise

specified) (Note1)

Symbol

Test Condition

Min Typ Max Unit

V_IN=14V, I_O=40mA, T_J=25℃

10.5V≦V_IN≦23V, 1mA≦I_O≦40mA

10.5V≦V_IN≦Vmax, 1mA≦I_O≦70mA

(Note2)

B-Rank (5%)

7.60

8.40

10.5V≦V_IN≦23V, I_O=40mA, T_J=25℃

175

125

ΔVO (Line Regulation)

11V≦V_IN≦23V, I_O=40mA, T_J=25℃

V_IN=14V, 1mA≦I_O≦100mA, T_J=25℃

V_IN=14V, 1mA≦I_O≦70mA, T_J=25℃

V_IN=14V, I_O=0mA,T_J=25℃

ΔVO (Load Regulation)

2.0

5.5

0.1

1.5

V_IN=14V, 1mA≦I_O≦40mA

ΔIQ

11V≦V_IN≦23V, I_O=40mA

10Hz≦f≦100KHz

μV

11V≦V_IN≦21V, I_O=40mA, f=120Hz,T_J=25℃ 39

I_O=100mA, T_J=25℃

1.7

0.75

ΔV_O/ΔT_J

I_O=5mA, 0℃≦T_J≦125℃

mV/℃

VER 1.5

ACE78LXXG

100mA Positive Voltage Regulator

ACE78L09G (Refer to the test circuits, T_J=0~125℃, I_O=40mA, V_IN=15V, C_in=0.33μF, Co=0.1μF unless otherwise

specified) (Note1)

Symbol

Test Condition

V_IN=15V, I_O=40mA, T_J=25℃

11.5V≦V_IN≦24V, 1mA≦I_O≦40mA

11.5V≦V_IN≦Vmax, 1mA≦I_O≦70mA

(Note2)

Min Typ Max Unit

B-Rank (5%)

8.55

9.45

200

11.5V≦V_IN≦24V, I_O=40mA, T_J=25℃

ΔVO (Line Regulation)

13V≦V_IN≦24V, I_O=40mA, T_J=25℃

V_IN=15V, 1mA≦I_O≦100mA, T_J=25℃

V_IN=15V, 1mA≦I_O≦40mA, T_J=25℃

V_IN=15V, I_O=0mA,T_J=25℃

100 150

ΔVO (Load Regulation)

2.0

6.0

0.1

1.5

V_IN=15V, 1mA≦I_O≦40mA

ΔIQ

13V≦V_IN≦24V, I_O=40mA

10Hz≦f≦100KHz

μV

12V≦V_IN≦23V, I_O=40mA, f=120Hz,T_J=25℃ 38

I_O=100mA, T_J=25℃

1.7

0.75

ΔV_O/ΔT_J

I_O=5mA, 0℃≦T_J≦125℃

mV/℃

ACE78L10G (Refer to the test circuits, T_J=0~125℃, I_O=40mA, V_IN=17V, C_in=0.33μF, Co=0.1μF unless otherwise

specified) (Note1)

Symbol

Test Condition

Min Typ Max Unit

V_IN=17V, I_O=40mA, T_J=25℃

13V≦V_IN≦25V, 1mA≦I_O≦40mA

13V≦V_IN≦Vmax, 1mA≦I_O≦70mA

(Note2)

B-Rank (5%)

9.50

10.5

13V≦V_IN≦25V, I_O=40mA, T_J=25℃

51 175

42 125

ΔVO (Line Regulation)

14V≦V_IN≦25V, I_O=40mA, T_J=25℃

V_IN=17V, 1mA≦I_O≦100mA, T_J=25℃

V_IN=17V, 1mA≦I_O≦40mA, T_J=25℃

V_IN=17V, I_O=0mA,T_J=25℃

ΔVO (Load Regulation)

4.2 6.0

0.1

V_IN=17V, 1mA≦I_O≦40mA

ΔIQ

14V≦V_IN≦25V, I_O=40mA

1.5

10Hz≦f≦100KHz

μV

15V≦V_IN≦25V, I_O=40mA, f=120Hz,T_J=25℃

I_O=100mA, T_J=25℃

1.7

VER 1.5

ACE78LXXG

100mA Positive Voltage Regulator

ACE78L12G (Refer to the test circuits, T_J=0~125℃, I_O=40mA, V_IN=19V, C_in=0.33μF, Co=0.1μF unless otherwise

specified) (Note1)

Symbol

Test Condition

V_IN=19V, I_O=40mA, T_J=25℃

14.5V≦V_IN≦27V, 1mA≦I_O≦40mA

14.5V≦V_IN≦Vmax, 1mA≦I_O≦70Ma

(Note2)

Min Typ Max

Unit

B-Rank (5%)

11.40

12.60

14.5V≦V_IN≦27V, I_O=40mA, T_J=25℃

2.0

300

250

150

ΔVO (Line Regulation)

16V≦V_IN≦27V, I_O=40mA, T_J=25℃

V_IN=19V, 1mA≦I_O≦100mA, T_J=25℃

V_IN=19V, 1mA≦I_O≦40mA, T_J=25℃

V_IN=19V, I_O=0mA,T_J=25℃

ΔVO (Load Regulation)

6.0

0.1

1.5

V_IN=19V, 1mA≦I_O≦40mA

ΔIQ

16V≦V_IN≦27V, I_O=40mA

10Hz≦f≦100KHz

μV

15V≦V_IN≦25V, I_O=40mA, f=120Hz,T_J=25℃

I_O=100mA, T_J=25℃

1.7

-1.0

ΔV_O/ΔT_J

I_O=5mA, 0℃≦T_J≦125℃

mV/℃

ACE78L15G (Refer to the test circuits, T_J=0~125℃, I_O=40mA, V_IN=23V, C_in=0.33μF, Co=0.1μF unless otherwise

specified) (Note1)

Symbol

Test Condition

Min Typ Max

Unit

V_IN=23V, I_O=40mA, T_J=25℃

17.5V≦V_IN≦30V, 1mA≦I_O≦40mA

17.5V≦V_IN≦Vmax, 1mA≦I_O≦70mA

(Note2)

B-Rank (5%)

14.25

15.75

17.5V≦V_IN≦30V, I_O=40mA, T_J=25℃

2.2

150

ΔVO (Line Regulation)

20V≦V_IN≦30V, I_O=40mA, T_J=25℃

V_IN=23V, 1mA≦I_O≦100mA, T_J=25℃

V_IN=23V, 1mA≦I_O≦70mA, T_J=25℃

V_IN=23V, I_O=0mA,T_J=25℃

150

6.5

0.1

1.5

ΔVO (Load

Regulation)

V_IN=23V, 1mA≦I_O≦40mA

ΔIQ

20V≦V_IN≦30V, I_O=40mA

10Hz≦f≦100KHz

18.5V≦V_IN≦28.5V, I_O=40mA, f=120Hz,T_J=25

℃

μV

I_O=100mA, T_J=25℃

1.7

ΔV_O/ΔT_J

I_O=5mA, 0℃≦T_J≦125℃

-1.3

mV/℃

VER 1.5

ACE78LXXG

100mA Positive Voltage Regulator

ACE78L18G (Refer to the test circuits, T_J=0~125℃, I_O=40mA, V_IN=27V, C_in=0.33μF, Co=0.1μF unless otherwise

specified) (Note1)

Symbol

Test Condition

V_IN=27V, I_O=40mA, T_J=25℃

21V≦V_IN≦33V, 1mA≦I_O≦40mA

21V≦V_IN≦Vmax, 1mA≦I_O≦70mA

(Note2)

Min Typ Max

Unit

B-Rank (5%)

17.10

18.9

21V≦V_IN≦33V, I_O=40mA, T_J=25℃

145 300

135 250

30 170

ΔVO (Line Regulation)

22V≦V_IN≦33V, I_O=40mA, T_J=25℃

V_IN=27V, 1mA≦I_O≦100mA, T_J=25℃

V_IN=27V, 1mA≦I_O≦40mA, T_J=25℃

V_IN=27V, I_O=0mA,T_J=25℃

ΔVO (Load Regulation)

2.0 6.0

0.1

V_IN=27V, 1mA≦I_O≦40mA

ΔIQ

21V≦V_IN≦33V, I_O=40mA

1.5

10Hz≦f≦100KHz

150

μV

23V≦V_IN≦33V, I_O=40mA, f=120Hz,T_J=25℃

I_O=100mA, T_J=25℃

1.7

ΔV_O/ΔT_J

I_O=5mA, 0℃≦T_J≦125℃

-1.8

mV/℃

ACE78L24G (Refer to the test circuits, T_J=0~125℃, I_O=40mA, V_IN=33V, C_in=0.33μF, Co=0.1μF unless otherwise

specified) (Note1)

Symbol

Test Condition

Min Typ Max

Unit

V_IN=33V, I_O=40mA, T_J=25℃

27V≦V_IN≦38V, 1mA≦I_O≦40mA

27V≦V_IN≦Vmax, 1mA≦I_O≦70mA

(Note2)

B-Rank (5%)

22.80

25.20

27V≦V_IN≦38V, I_O=40mA, T_J=25℃

160 300

150 250

ΔVO (Line Regulation)

28V≦V_IN≦38V, I_O=40mA, T_J=25℃

V_IN=33V, 1mA≦I_O≦100mA, T_J=25℃

V_IN=33V, 1mA≦I_O≦40mA, T_J=25℃

V_IN=33V, I_O=0mA,T_J=25℃

200

100

6.0

0.1

1.5

ΔVO (Load Regulation)

2.2

V_IN=33V, 1mA≦I_O≦40mA

ΔIQ

27V≦V_IN≦38V, I_O=40mA

10Hz≦f≦100KHz

200

μV

27V≦V_IN≦38V, I_O=40mA, f=120Hz,T_J=25℃

I_O=100mA, T_J=25℃

1.7

mV/

℃

ΔV_O/ΔT_J

I_O=5mA, 0℃≦T_J≦125℃

-2.0

VER 1.5

ACE78LXXG

100mA Positive Voltage Regulator

Note 1: The Maximum steady state usable output current is dependent on input voltage, heat sinking, lead length of the

package and copper of PCB. The data above represent pulse test conditions with junction temperatures specified at

the initiation of test.

Note 2: Power dissipation<0.5W.

Characteristics Curve

78L12G

78L05G

78L24G

78L12G

78L05G

VER 1.5

ACE78LXXG

100mA Positive Voltage Regulator

78L05G

78L24G

78L12G

VER 1.5

ACE78LXXG

100mA Positive Voltage Regulator

Packing Information

SOT-89-3

VER 1.5

ACE78LXXG

100mA Positive Voltage Regulator

Notes

ACE does not assume any responsibility for use as critical components in life support devices or systems

without the express written approval of the president and general counsel of ACE Electronics Co., LTD.

As sued herein:

1. Life support devices or systems are devices or systems which, (a) are intended for surgical implant

into the body, or (b) support or sustain life, and shoes failure to perform when properly used in

accordance with instructions for use provided in the labeling, can be reasonably expected to result in

a significant injury to the user.

2. A critical component is any component of a life support device or system whose failure to perform can

be reasonably expected to cause the failure of the life support device or system, or to affect its safety

or effectiveness.

ACE Technology Co., LTD.

http://www.ace-ele.com/

VER 1.5

ACE78L18VGAM+H [ACE]

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