Analog Microelectronics AME1084DCDT-3, AME1084DCDT, AME1084DCCS, AME1084DCBT, AME1084CCDT-3 Datasheet

Analog Microelectronics, Inc.

AME1084

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n General Description

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The AME1084 is a 5A low-dropout positive voltage regu­lator. It is available in fixed and adjustable output volt­age versions. Overcurrent and thermal protection are
integrated onto the chip. Output current will limit as it
reaches the pre-set current or temperature limit. At full
rated output current the dropout voltage is 1.4V (max.).
AME1084 series regulators provide excellent regulation
over line, load and temperature variations.

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n Applications

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ll

l High Efficiency Linear Regulators

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l Post Regulators for Switching Supplies

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l 5V to 3.3V Voltage Converter

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l Battery Charger

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5A Low Dropout

Positive Voltage Regulator

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n Key Features

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l Low dropout voltage

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l Adjustable or 3.3V fixed voltage

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l Line regulation typically 0.015%

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l Load regulation typically 0.05%

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l Adjust pin (ADJ) current less than 90µA

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l Overcurrent protection

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l Thermal protection

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l Available in TO-220, TO-263, TO-252

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…

1.4V at 5A

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n Functional Block Diagram

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Current
Limiting

Amplifier

Thermal

Protection

Error
Amp.

Bandgap

Reference

Figure 1

Input

Output

ADJ/GND

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n Typical Application

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4.75V to 5.25V

10

V

IN

µ

F Tan

AME1084

GND

Figure 2

V

OUT

10

µ

F Tan

Load

1

Analog Microelectronics, Inc.

AME1084

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n Pin Configuration

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AME1084

ADJ/GND

TO-220 Front View

V

OUT

5A Low Dropout

Positive Voltage Regulator

AME 1084

1

ADJ/GND

V

IN

V

To-252 Front View

2

OUT

3

V

IN

AME 1084

1

ADJ/GND

TO-263-2 Front View

V

2

OUT

3

V

IN

AME 1084

1

ADJ/GND

TO-263-3 Front View

V

2

OUT

3

V

IN

2

Analog Microelectronics, Inc.

AME1084

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n Ordering Information

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Part Numbe r Markin g Outp ut Vo lta g e Packa g e

AM E 1084

AM E 1084A CB T

AME1084BCBT

AM E1084CCBT

AM E1084DCBT

AM E1084ACDT-3

AM E1084BCDT-3

AM E 1084CCDT-3

AM E 1084DCDT-3

AM E 1084A CDT

AM E1084BCDT

AM E 1084CCDT

AM E 1084DCDT

AM E 1084A CCS

AM E1084BCCS

AM E 1084CCCS

AM E 1084DCCS

ACBT

yyww

AM E 1084

BCB T

yyww

AM E 1084

CCBT

yyww

AM E 1084

DCBT

yyww

AM E 1084

ACDT-3

yyww

AM E 1084

BCDT-3

yyww

AM E 1084

CCDT-3

yyww

AM E 1084

DCDT-3

yyww

AM E 1084

ACDT

yyww

AM E 1084

BCDT

yyww

AM E 1084

CCDT

yyww

AM E 1084

DCDT

yyww

AM E 1084

ACCS

yyww

AM E 1084

BCCS

yyww

AM E 1084

CCCS

yyww

AM E 1084

DCCS

yyww

5A Low Dropout

Positive Voltage Regulator

ADJ TO-220

1.5 TO-220

2.5 TO-220

3.3 TO-220

ADJ TO-263-3

1.5 TO-263-3

2.5 TO-263-3

3.3 TO-263-3

ADJ TO-263-2

1.5 TO-263-2

2.5 TO-263-2

3.3 TO-263-2

ADJ TO-252

1.5 TO-252

2.5 TO-252

3.3 TO-252

3

Analog Microelectronics, Inc.

AME1084

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n Absolute Maximum Ratings

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Param eter

Inpu t V o l tag e

TO-220 3

Thermal Resistance (Junction to Case)

Thermal Res i s tance (Junct i on t o A m bi ent )

Operating Junc t i on Temperature Range T
St orage Temperature Range T
Lead Temperature (10 sec) T

TO-252 5
TO-263 3
TO-220 50
TO-252 90
TO-263 50

Positive Voltage Regulator

Symbol Maximum Unit

V

IN

θ

JC

θ

JA

J

STG

LEAD

7V

o

C/W

0 to 125

-65 to 150
260

o

C

5A Low Dropout

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Analog Microelectronics, Inc.

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0

AME1084

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n Electrical Characteristics

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1. 1084AXXX

Parameter Symbol Min. Typ. Max. Units

Reference voltage V
(adjustable volt age) I

Line regulat ion

Load regulation
Dropout volt age V

∆V

OUT

, ∆V

= 1% IO = 10m A - 5A Over temp. - 1.3 -

REF

Current limit I
Temperat ure Coefficient T

Adjust pi n c urrent

Adjust pi n c urrent c hange 0.2 5­ Temperat ure s tability T

Mini m um l oad c urrent I
RMS out put noi se V
Ripple rejection ratio

V

Reg

Reg

∆

V

I

ADJ

R

REF

LIN E

LOAD

D

S

C

I

ADJ

S

O

N
A

= 5V TJ =25OC 1.238 1.262

IN

= 10mA Over temp. 1.225 1.275

O

= 2. 75 - 7V TJ =25OC-0.0150.2

V

IN

= 10mA Over temp. - 0.035 0.2

I

O

= 5V TJ =25OC - 0.05 0.3

V

IN

= 10mA - 5A Over temp. - 0.2 0.4

I

O

= 2. 75 - 7V TJ =25OC-1.21.4

IN

VIN = 2.75 - 7V, Over temp. 5.0 - - A
VIN = 2. 75 - 7V, IO = 10 m A - 5A - 0. 00 5 -

= 2. 75 - 7V TJ = 25OC- 55 -

V

IN

= 10m A - 5A Over temp. - - 90

I

O

V

= 2. 75 - 7V, IO = 10 m A - 5A

IN

Over temp.
V

= 5V, IO = 500m A , Over temp. 0.5 0.5 - %

IN

VIN = 5V - 5 10 mA
TJ = 25OC-0.003-%V
VIN = 5V, IO = 5A, Over temp.

Test Conditions

5A Low Dropout

Positive Voltage Regulator

1.250

60 72 - dB

%/

V

%

%

V

C

A

µ

O

2. 1084DXXX

Pa rameter Symbol Min. Typ. Max. Units

Output volt age V

Vo 3.300

(fixed voltage) I
Line regulati on Reg

Load regulation Reg

Dropout voltage V
∆V

OUT

, ∆V

= 1% IO = 0A - 5A Over temp. - 1.3 -

REF

Current limit I
Quiescent current

(fixed model)
Temperature Coefficient T

Temperature st abilit y T
RMS output noise V
Ripple rejection ratio

LOAD

V

S

I

Q

R

LIN E

D

C
S

N
A

Test Conditions

= 5V TJ =25OC 3.267 3.333

IN

= 0A Over temp. 3.234 3.366

O

= 4. 5 - 7V TJ =25OC-0.0150.2

V

IN

I

= 0A Over temp. - 0.035 0.2

O

= 5V TJ =25OC - 0.05 0.3

V

IN

= 0A - 5A Over temp. - 0.2 0.4

I

O

= 4. 5 - 7V TJ =25OC-1.21.4

IN

VIN = 4. 5 - 7V, Over t emp. 5. 0 - - A
VIN=5V, Io=0-5A, Over temp. - 13 mA12

VIN = 4. 5 - 7V, IO = 0A - 5A - 0. 005 ­ V

= 5V , IO = 500m A , Over tem p. 0.5 0.5 - %

IN

T

= 25OC

J

VIN = 5V, IO = 5A, Over temp.

- 0.003 - %V

60 72 - dB

%/

V

%

%

V

C

O

5

Analog Microelectronics, Inc.

AME1084

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n Application Description

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1. Output voltage adjustment

Like most regulators, the AME1084 regulates
the output by comparing the output voltage to
an internally generated reference voltage. On
the adjustable version, the VREF is available ex­ternally as 1.25V between V
voltage ratio formed by R1 and R2 should be
set to conduct 10mA (minimum output load).
The output voltage is given by the following
equation:

V

= V

OUT

REF

R2

( 1 + ) + I

R1

On fixed versions of AME1084, the voltage di­vider is provided internally.

V

IN

IN

ADJ

C

1

I

ADJ

50µA

R2

V

OUT

= V

REF

(1+

) + I

R1

and ADJ. The

OUT

ADJ

OUT

x R2

ADJ

x R2

V

REF

R1

R2

Positive Voltage Regulator

3. Current limit protection

AME1084 is protected against overload conditions.
Current protection is triggered at typical 7.5A.

4. Stability and load regulation

AME1084 requires a capacitor from VOUT to GND t o
provide compensation feedback to the internal gain
stage. This is to ensure stability at the output termi­nal. Typically, a 10µF tantalum or 5 0 µF aluminum
electrolytic is sufficient.

Note: It is important that the ESR for this capacitor
does not exceed 0.5Ω.

The output capacitor dose not have a theoretical
upper limit and increasing its value will increase
stability . COUT = 100µF or more is typical for high cur­rent regulator design.

For the adjustable version, the best load regulation is

V

OUT

accomplished when the top of theresistor divider
(R1) is connected directly to theoutput pin of the
AME1084. When so connected, RP is not multiplied
by the divider ratio.

For fixed output versions, the top of R1 is internally
connected to the output. The ground pin can be con­nected to low side of the load to eliminate ground loop
errors.

5A Low Dropout

2. Thermal protection

AME1084 has thermal protection which limits
junction temperature to 150OC. However, de­vice functionality is only guaranteed to a maxi­mum junction temperature of +125OC.

The power dissipation and junction tempera­ture for AME1084 in TO-220 package are given
by

PD = (VIN - V
T

Note: T

6

JUNCTION

JUNCTION

= T

Figure 3

) x I

OUT

OUT

+ ( PD x θJA)

AMBIENT

must not exceed 125OC

R

P

Parasitic

Line Resistance

V

IN

IN

OUT

ADJ

R1

(Connect R1 to case)

R

L

R2

Connect

R2 to load

Figure 4

Analog Microelectronics, Inc.

AME1084

5. Thermal consideration

The AME1084 series contain thermal limiting
circuitry designed to protect itself for over­temperature conditions. Even for normal load
conditions, maximum junction temperature
ratings must not be exceed. As mention in
thermal protection section, we need to con­sider all sources of thermal resistance be­tween junction and ambient. It includes junc­tion-to-case, case-to-heat-sink interface and
heat sink thermal resistance itself.

Junction-to-case thermal resistance is speci­fied from the IC junction to the bottom of the
case directly below the die. Proper mounting
is required to ensure the best possible ther­mal flow from this area of the package to the
heat sink. The case of all devices in this se­ries is electrically connected to the output.
Therefore, if the case of the device must be
electrically isolated, a thermally conductive
spacer is recommended.

5A Low Dropout

Positive Voltage Regulator

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Analog Microelectronics, Inc.

AME1084

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n Advanced Applications

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V

= 5V

IN

10µF

µ

10

* VO = V
** Optional for improved ripple rejection

5A Low Dropout

Positive Voltage Regulator

AME1084

V

IN

V

OUT

* VO = 1.5 - 3.45V

ADJ

R1

2K

R2
R1

1K

ADJ

x R2

F

**

REF

R2

(1 + ) + I

10µF

Figure 5 Adjustable Output V oltage

V

IN

10µF

* 20mW is ballast resistance
The inter - connection of #18 wire could act as ballast resistance

AME1084

V

IN

GND

AME1084

V

IN

GND

V

V

OUT

OUT

R1

* 20m

R2

* 20m

Ω

Ω

V

O

= 0 to 10A

I

O

10µF

Figure 6 Paralleling Regulators

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Analog Microelectronics, Inc.

AME1084

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n Advanced Applications (Cont.)

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V

IN

10µF

µ

F

10

* VO = V
** Optional for improved ripple rejection

+ VZ (VZ: breakdown voltage of Zener diode)

REF

AME1084

V

IN

**

GND

V

OUT

1K

Zener diode or
voltage reference

5A Low Dropout

Positive Voltage Regulator

*

V

O

10µF

Figure 7 Regulator with Reference

*

AME1084

V

IN

V

OUT

GND

10µF

Figure 8 Regulator with Reverse Diode Protection

100

V

O

µ

F

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Analog Microelectronics, Inc.

AME1084

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n Performance Characteristics

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Drop-out Voltage vs. Load Current

1.30

1.25

1.20

1.15

1.10

1.05

1.00

Drop-out Volatge (V)

0.95

0.90
012345

5A Low Dropout

Positive Voltage Regulator

Minimum Operation Current vs

Input/Output Differential V oltage

7
6
5
4

3
2
1

0

Minimum Operation Current (mA)

0123456789

Load Current (A)

9
8
7
6
5
4
3
2
1

Output Short Circuit Current (A)

0

Input/Output Differential Voltage(V)

Output Short circuit Current vs

Input/Output Differential V oltage

123456789

Input/Ou tput Differen tial Voltage(V)

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Analog Microelectronics, Inc.

AME1084

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n External Resistor Divider Table for Customized Voltage

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R1(ohm) 100 102 105 107 110 113 115 118 121 124

Vout

1.25 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000

1.30 3.984 4.063 4.182 4.262 4.381 4.500 4.579 4.698 4.817 4.936

1.35 7.968 8.127 8.365 8.524 8.761 8.999 9.158 9.396 9.633 9.871

1.40 11.95 12.19 12.55 12.79 13.14 13.50 13.74 14.09 14.45 14.81

1.45 15.94 16.25 16.73 17.05 17.52 18.00 18.32 18.79 19.27 19.74

1.50 19.92 20.32 20.91 21.31 21.90 22.50 22.89 23.49 24.08 24.68

1.55 23.90 24.38 25.09 25.57 26.28 27.00 27.47 28.19 28.90 29.61

1.60 27.89 28.44 29.28 29.83 30.67 31.50 32.05 32.88 33.72 34.55

1.65 31.87 32.51 33.46 34.09 35.05 36.00 36.63 37.58 38.53 39.48

1.70 35.86 36.57 37.64 38.36 39.43 40.50 41.21 42.28 43.35 44.42

1.75 39.84 40.63 41.82 42.62 43.81 45.00 45.79 46.98 48.17 49.36

1.80 43.82 44.70 46.01 46.88 48.19 49.50 50.37 51.68 52.98 54.29

1.85 47.81 48.76 50.19 51.14 52.57 54.00 54.95 56.37 57.80 59.23

1.90 51.79 52.82 54.37 55.40 56.95 58.50 59.53 61.07 62.62 64.16

1.95 55.78 56.89 58.55 59.66 61.33 63.00 64.11 65.77 67.43 69.10

2.00 59.76 60.95 62.74 63.93 65.71 67.49 68.68 70.47 72.25 74.03

2.05 63.75 65.01 66.92 68.19 70.09 71.99 73.26 75.17 77.07 78.97

2.10 67.73 69.08 71.10 72.45 74.47 76.49 77.84 79.86 81.88 83.90

2.15 71.71 73.14 75.28 76.71 78.85 80.99 82.42 84.56 86.70 88.84

2.20 75.70 77.21 79.47 80.97 83.23 85.49 87.00 89.26 91.52 93.77

2.25 79.68 81.27 83.65 85.24 87.61 89.99 91.58 93.96 96.33 98.71

2.30 83.67 85.33 87.83 89.50 92.00 94.49 96.16 98.65 101.2 103.6

2.35 87.65 89.40 92.01 93.76 96.38 98.99 100 .7 103.4 106 .0 108.6

2.40 91.63 93.46 96.20 98.02 100.8 103.5 105 .3 108.1 110.8 113.5

2.45 95.62 97.52 100.4 102.3 105.1 108.0 109 .9 112.7 115.6 118.5

2.50 99.60 101.6 104.6 106.5 109.5 112.5 114 .5 117.4 120.4 123.4

2.55 103.6 105.6 108.7 110.8 113.9 117.0 119 .1 122 .1 125.2 128.3

2.60 107.6 109.7 112.9 115.1 118.3 121.5 123 .6 126 .8 130.1 133.3

2.65 111.6 113.8 117.1 119.3 122.7 126.0 128 .2 131 .5 134.9 138.2

2.70 115.5 117.8 121.3 123.6 127.0 130.5 132 .8 136 .2 139.7 143.1

2.75 119.5 121.9 125.5 127.9 131.4 135.0 137 .4 140 .9 144.5 148.1

2.80 123.5 126.0 129.7 132.1 135.8 139.5 141 .9 145 .6 149.3 153.0

2.85 127.5 130.0 133.8 136.4 140.2 144.0 146 .5 150 .3 154.1 157.9

2.90 131.5 134.1 138.0 140.6 144.6 148.5 151 .1 155 .0 159.0 162.9

2.95 135.5 138.2 142.2 144.9 148.9 153.0 155 .7 159 .7 163.8 167.8

3.00 139.4 142.2 146.4 149.2 153.3 157.5 160 .3 164 .4 168.6 172.7

3.05 143.4 146.3 150.6 153.4 157.7 162.0 164 .8 169 .1 173.4 177.7

3.10 147.4 150.3 154.8 157.7 162.1 166.5 169 .4 173 .8 178.2 182.6

R2(ohm)=(Vou t-1.25)*R1/(1.25+50u*R1)

Positive Voltage Regulator

5A Low Dropout

11

Analog Microelectronics, Inc.

AME1084

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n External Resistor Divider Table for Customized Voltage

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R1(ohm) 100 102 105 107 110 113 115 118 121 124

Vout

3.15 151.4 154.4 158.9 161.9 166.5 171.0 174 .0 178 .5 183.0 187.5

3.20 155.4 158.5 163.1 166.2 170.8 175.5 178 .6 183 .2 187.9 192.5

3.25 159.4 162.5 167.3 170.5 175.2 180.0 183 .2 187 .9 192.7 197.4

3.30 163.3 166.6 171.5 174.7 179.6 184.5 187 .7 192 .6 197.5 202.4

3.35 167.3 170.7 175.7 179.0 184.0 189.0 192 .3 197 .3 202.3 207.3

3.40 171.3 174.7 179.8 183.3 188.4 193.5 196 .9 202 .0 207.1 212.2

3.45 175.3 178.8 184.0 187.5 192.8 198.0 201 .5 206 .7 211.9 217.2

3.50 179.3 182.9 188.2 191.8 197.1 202.5 206 .1 211 .4 216.8 222.1

3.55 183.3 186.9 192.4 196.0 201.5 207.0 210 .6 216 .1 221.6 227.0

3.60 187.3 191.0 196.6 200.3 205.9 211.5 215 .2 220 .8 226.4 232.0

3.65 191.2 195.0 200.8 204.6 210.3 216.0 219 .8 225 .5 231.2 236.9

3.70 195.2 199.1 204.9 208.8 214.7 220.5 224 .4 230 .2 236.0 241.8

3.75 199.2 203.2 209.1 213.1 219.0 225.0 228 .9 234 .9 240.8 246.8

3.80 203.2 207.2 213.3 217.3 223.4 229.5 233 .5 239 .6 245.7 251.7

3.85 207.2 211.3 217.5 221.6 227.8 234.0 238 .1 244 .3 250.5 256.6

3.90 211.2 215.4 221.7 225.9 232.2 238.5 242 .7 249 .0 255.3 261.6

3.95 215.1 219.4 225.9 230.1 236.6 243.0 247 .3 253 .7 260.1 266.5

4.00 219.1 223.5 230.0 234.4 240.9 247.5 251 .8 258 .4 264.9 271.5

4.05 223.1 227.6 234.2 238.7 245.3 252.0 256 .4 263 .1 269.7 276.4

4.10 227.1 231.6 238.4 242.9 249.7 256.5 261 .0 267 .8 274.6 281.3

4.15 231.1 235.7 242.6 247.2 254.1 261.0 265 .6 272 .5 279.4 286.3

4.20 235.1 239.7 246.8 251.4 258.5 265.5 270 .2 277 .2 284.2 291.2

4.25 239.0 243.8 250.9 255.7 262.8 270.0 274 .7 281 .9 289.0 296.1

4.30 243.0 247.9 255.1 260.0 267.2 274.5 279 .3 286 .6 293.8 301.1

4.35 247.0 251.9 259.3 264.2 271.6 279.0 283 .9 291 .3 298.6 306.0

4.40 251.0 256.0 263.5 268.5 276.0 283.5 288 .5 296 .0 303.5 310.9

4.45 255.0 260.1 267.7 272.8 280.4 288.0 293 .1 300 .7 308.3 315.9

4.50 259.0 264.1 271.9 277.0 284.7 292.5 297 .6 305 .4 313.1 320.8

4.55 262.9 268.2 276.0 281.3 289.1 297.0 302 .2 310 .1 317.9 325.7

4.60 266.9 272.2 280.2 285.5 293.5 301.5 306 .8 314 .8 322.7 330.7

4.65 270.9 276.3 284.4 289.8 297.9 306.0 311 .4 319 .5 327.5 335.6

4.70 274.9 280.4 288.6 294.1 302.3 310.5 315 .9 324 .2 332.4 340.6

4.75 278.9 284.4 292.8 298.3 306.7 315.0 320 .5 328 .8 337.2 345.5

4.80 282.9 288.5 297.0 302.6 311.0 319.5 325 .1 333 .5 342.0 350.4

4.85 286.9 292.6 301.1 306.8 315.4 324.0 329 .7 338 .2 346.8 355.4

4.90 290.8 296.6 305.3 311.1 319.8 328.5 334 .3 342 .9 351.6 360.3

4.95 294.8 300.7 309.5 315.4 324.2 333.0 338 .8 347 .6 356.4 365.2

5.00 298.8 304.8 313.7 319.6 328.6 337.5 343 .4 352 .3 361.3 370.2

R2(ohm)=(Vou t-1.25)*R1/(1.25+50u*R1)

Positive Voltage Regulator

5A Low Dropout

12

Analog Microelectronics, Inc.

*

AME1084

nn

n Package Dimension

nn

TO-220

5A Low Dropout

Positive Voltage Regulator

SYMBOLS

A 4.06 4.83 0.160 0.190
b 0.63 1.02 0.025 0.040

C1 0.35 0.60 0.0138 0.0236

D 14.22 14.99 0.056 0.590
E 9.66 10.54 0.385 0.415

e - 2.79 - 0.110
e1 4.83 5.33 0.190 0.210
e3 1.14 1.40 0.045 0.055

f 1.14 1.40 0.045 0.055

H1 5.94 6.55 0.234 0.258

K 2.29 2.92 0.090 0.115
CP 3.71 3.96 0.146 0.156

Q 2.62 2.87 0.103 0.113

L 12.70 14.27 0.500 0.5618

a 3D7D3D7D
b1 1.14 1.52 0.0449 0.06

R

Notes :

1. Dim ension C1 apply for tin plate finish.

2. For solder dip lead finish dim ension C1 should be

0.015"-0.027" (0.38-0.69)

MILLIMETERS INCHES

MIN MAX MIN MA X

6.17 REF. 0.243 REF.

TO-263-3

SYM B OLS

A 9.65 10.41 0.380 0.410

B 8.28 9.65 0.326 0.380

C 4.06 4.83 0.160 0.190

D 0.51 1.02 0.020 0.040

E 1.14 1.40 0.045 0.055

G

H 14.61 15.88 0.575 0.625

K 1.02 1.68 0.040 0.066

L 0.00 0.97 0.000 0.038
M 2.49 2.74 0.098 0.108

N 0.43 0.58 0.017 0.023

P 2.29 2.79 0.090 0.110

R

S 2.41 2.67 0.095 0.105

W 0.254 0.508 0.010 0.020

: Ty pic al value

NO TES :

1. CONTRO LLING D IM ENSION : M ILLIMETER S .
2MAXIMUM LEAD TH IC K NESS INCLUDES LEAD FINISH
THICKNESS
MINIMUM LEAD THICKNESS IS THE MINIMUM
THICKNESS OF BASE MATER IA.

MILLIM ETERS INCHES

MIN MAX MIN MAX

*

2.54

o

0

?

8

*

0.100

o

0

8

?

13

Analog Microelectronics, Inc.

*

AME1084

nn

n Package Dimension

nn

TO-263-2

5A Low Dropout

Positive Voltage Regulator

SY MBO L S

A 9.65 10.41 0.380 0.410
B 8.28 9.65 0.326 0.380
C 4.06 4.83 0.160 0.190

D 0.51 1.02 0.020 0.040

E 1.14 1.40 0.045 0.055
G
H 14.61 15.88 0.575 0.625
K 1.02 1.68 0.040 0.066

L 0.00 0.97 0.000 0.038
M 2.49 2.74 0.098 0.108
N 0.43 0.58 0.017 0.023

P 2.29 2.79 0.090 0.110
R

S 2.41 2.67 0.095 0.105
W 0.254 0.508 0.010 0.020

: Typical value

MILLIMETERS INCHES

MIN MAX MIN MAX

*

2.54

o

0

?

8

*

0.100

o

0

?

8

NOTES :

1. CONTROLLING DIMENSION : MILLIMETERS.
2MAXIMUM LEAD THICKNESS INCLUDES LEAD FINISH
THICKNESS
MINIMUM LEA D TH ICKNES S I S THE MINIMUM
THICKNESS OF BASE MATERIA.

14

Analog Microelectronics, Inc.

AME1084

nn

n Package Dimension

nn

TO-252 (DPAK)

5A Low Dropout

Positive Voltage Regulator

SYMB OLS

A 0.45 0.58 0.0177 0.023
B 1.60 1.95 0.06 0.0768
C 0.51 - 0.02 ­D 0.45 0.60 0.0177 0.0236
E 6.40 6.80 0.252 0.2677
F 5.40 5.80 0.2126 0.2283
G 2.20 2.85 0.0866 0.1122
H - * 2.30 - * 0.0906

I - 0.90 - 0.0354
J - 0.97 - 0.038
K 5.20 5.50 0.20 0.22
L 0.89 2.03 0.035 0.08

* : Typical value

NOTES :

1. CONTROLLING DIM E NS ION : MILLIMETERS .

2. MAXIMUM LEAD THICKNESS INCLUDES LEAD FINISH THICKNESS
MINIMUM LEAD THICKNESS IS THE MINIMUM THICKNESS OF BASE
MATERIAL.

MILLIMETERS INCHES

MIN MAX MIN MAX

TO-252 (DPAK)

SYMBOLS

A 0.45 0.58 0.0177 0.023
B 1.60 1.95 0.06 0.0768
C0.51 - 0.02 ­D 0.45 0.60 0.0177 0.0236
E 6.40 6.80 0.252 0.2677
F 5.40 5.80 0.2126 0.2283
G 2.20 2.85 0.0866 0.1122
H - * 2.30 - * 0.0906

I - 0.90 - 0.0354
J - 0.97 - 0.038
K 5.20 5.50 0.20 0.22
L 0.89 2.03 0.035 0.08

* : Typical value

NOTES :

1. CONTROLLING DIMENSION : M ILLIM ETERS.

2. MAXIMUM LEAD THICKNESS INCLUDES LEAD FINISH THICKNESS
MINIMUM LEAD THICKNESS IS THE MINIMUM THICKNESS OF BASE
MATERIAL.

MILLIMETERS INCHES

MIN MAX MIN MAX

15

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Life Support Policy:

These products of Analog Microelectronics, Inc. are not authorized for use as critical components in life-

support devices or systems, without the express written approval of the president

of Analog Microelectronics, Inc.

Analog Microelectronics, Inc. reserves the right to make changes in the circuitry and specifications of its

devices and advises its customers to obtain the latest version of relevant information.

 Analog Microelectronics, Inc. , July 2001

Document: 1012-doc-B-0704

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