REV. A

ADP3610

–3–

PIN CONFIGURATION

TOP VIEW

(Not to Scale)

16

15

14

13

12

11

10

9

1

2

3

4

5

6

7

8

SD

CM1

GND

GND

GND

CM2

CP1

GND

CP2

ADP3610

Table I. Other Members of ADP36xx Family

1

Output

Package

Model

Current

Options

2

Comments

ADP3603

50 mA

SO-8

Nom –3 V

± 3% Inverter

ADP3604

120 mA

SO-8

Nom –3 V

± 3% Inverter

ADP3605-3

120 mA

SO-8,

Nom –3 V

± 5% Inverter

TSSOP-14

ADP3607-5

50 mA

SO-8

Nom 5 V

± 5% Boost

ADP3607

50 mA

SO-8

Adjustable

± 5% Boost

NOTES

Table II. Alternative Capacitor Technologies

Type

Life

High Freq

Temp

Size

Cost

Aluminum

Electrolytic

Capacitor

Fair

Fair

Fair

Small

Low

Multilayer

Ceramic

Capacitor

Long

Good

Poor*

Fair

High

Solid

Tantalum

Above

Capacitor

Avg

Avg

Avg

Avg

Avg

OS-CON

Above

Capacitor

Avg

Good

Good

Good

Avg

*Refer to capacitor manufacturer’s data sheet for operation below 0

°C.

Table III. Recommended Capacitor Manufacturers

Manufacturer

Capacitor

Capacitor Type

Sprague

672D, 673D,

Aluminum Electrolytic

674D, 678D

Sprague

675D, 173D,

Tantalum

199D

Nichicon

PF and PL

Aluminum Electrolytic

Mallory

TDC and TDL

Tantalum

TOKIN

MLCC

Multilayer Ceramic

MuRata

GRM

Multilayer Ceramic

PIN FUNCTION DESCRIPTIONS

Pin

Name Function

1, 8, 9,

Input Voltage. Pins 1, 8, 9, 15 and 16

15, 16

must be connected together for proper

operation.

2

SD

Shutdown. A logic low input allows normal

operation. A logic high input shuts the device

off.

3

CM1

Pump Capacitor C1 Negative Input

4, 5, 6,

GND

Ground. Pins 4, 5, 6, and 13 must be

13

connected together for proper operation.

7

CM2

Pump Capacitor C2 Negative Input

10

CP2

Pump Capacitor C2 Positive Input

11, 12

Output Voltage. Pins 11 and 12 must be

connected together for proper operation

.

14

CP1

Pump Capacitor C1 Positive Input