1DDD355BB-B02 - DUREL Corporation

1

D355B

General Description:General Description:

General Description:

The Durel® D355B Lamp Driver is part of a family of switch-

mode IC drivers intended to reduce EL system cost, improve

performance and to simplify the design, specification, and

manufacture of EL backlighting systems. This driver is intended

to provide adequate power for most watches, data banks and

cellular phone backlighting applications.

F F

Featureatur

eatureatur

eatureses

eses

es A A

A A

Applicationspplications

pplicationspplications

pplications

•High Efficiency •Watches

•Small Package Size •Cellular / PHS Phones

•Low Voltage Operation •Pagers

•Adjustable Output Frequency •Data Banks

•High AC Voltage Output •LCD Backlighting

•Drives up to 20in2 EL Lamps

Data SheetData Sheet

Data Sheet

D355BD355B

D355B

ElectroluminescentElectroluminescent

Electroluminescent

Lamp Driver ICLamp Driver IC

Lamp Driver IC

MSOP-8MSOP-8

MSOP-8

TT

Typical ypical

ypical ypical

ypical WW

WW

Wavav

avav

aveforefor

eforefor

eformm

mm

m

* Load B

(V+=3.0V, CLF=5.0nF, L=1.8mH/3Ω, E′=GND, Load B*, Ta=25°C, unless otherwise specified)

Supply Current I 23 30

Standby Current 10 1000

Enable Current -10 -35

Enable Voltage

On Threshold (V+) - 0.9 (V+) - 0.8 (V+)-0.6

Off Threshold (V+) - 0.7 (V+) - 0.6 (V+)-0.4

Lamp Frequency LF 230 310 390

Output Voltage VOUT 110 135

mA

nA E′ = 3.0V

µA E′ = GND

V

Hz

Vpp

ParameterParameter

Parameter SymbolSymbol

SymbolSymbol

Symbol Minimum Minimum

Minimum Minimum

Minimum TypicalTypical

TypicalTypical

Typical MaximumMaximum

MaximumMaximum

Maximum UnitUnit

UnitUnit

Unit ConditionsConditions

ConditionsConditions

Conditions

Lamp DLamp D

Lamp Drr

rr

riviv

iviv

iver Ser S

er Ser S

er Specifications:pecifications:

pecifications:pecifications:

pecifications:

100Ω22 nF

10kΩ

47 nF

2

High

Frequency

Oscillator

Low

Frequency

Oscillator

EL Lamp

CLF1

CLF2

E' V+

L+

L-

GNDVOUT

F1.0

µ

Notes:Notes:

Notes:

1. Dimensions are in microns, unless otherwise noted.

2. Bond pads are typically 100 x 100.

3. Die thickness is 660 +/- 30 (26 +/- 1 mil).

4. Pad center coordinates are relative to origin on corner of die.

5. Die size is 1475 x 1085.

6. Base of die should be grounded.

BB

Block Dlock D

lock Dlock D

lock Diagram of the Iiagram of the I

iagram of the Iiagram of the I

iagram of the Invnv

nvnv

nverer

erer

erter Cter C

ter Cter C

ter Cirir

irir

ircuitrcuitr

cuitrcuitr

cuitry:y:

y:y:

y:

PP

Pad Cad C

ad Cad C

ad Center Locationsenter Locations

enter Locationsenter Locations

enter Locations MSOP MSOP

MSOP MSOP

MSOP

Function Function

Function

N N

Name Xµm ame Xµm

ame Xµm ame Xµm

ame Xµm YµmYµm

YµmYµm

Yµm

Pin-outs Pin-outs

Pin-outs

PP

Physical Dhysical D

hysical Dhysical D

hysical Data:ata:

ata:ata:

ata:

GND 262.5 65.5 1

L- 1286 65.5 2

VOUT 1286 335.5 3

L+ 1286 588 4

V+ 1286 730 5

CLF1 1286 881.5 6

CLF2 1099 881.5 7

E´ 63.5 891 8

Power Ground

Negative power connection to inductor

Output voltage to EL lamp

Positive power connection to inductor

System power input

Capacitor input to low frequency oscillator

System enable (Power Down Control)

Note: The absolute maximum ratings are stress ratings only. Functional operation of the device at these ratings or any other conditions above those

indicated in the specifications is not implied. Exposure to absolute maximum rating conditions for extended periods of time may affect life of lamp or driver.

Absolute Maximum Ratings:Absolute Maximum Ratings:

Absolute Maximum Ratings:

PP

Parameterarameter

arameterarameter

arameter SymbolSymbol

SymbolSymbol

Symbol MinimumMinimum

MinimumMinimum

Minimum MaximumMaximum

MaximumMaximum

Maximum UnitUnit

UnitUnit

Unit CommentsComments

CommentsComments

Comments

Supply voltage V

Operating range V+ 1.0 7.0

Withstand range -0.5 10.0

Output Voltage Vout 220 Vpp Peak to peak voltage

Enable voltage E′-0.5 (V+) + 0.5 V

Operating temperature Ta-40 85 °C

Storage temperature Ts-65 150 °C

Solder Temperature 245 300 °C 5 second soak

E'

GND L-

VOUT

L+

V+

CLF1CLF2

00X

Y

3

Typical D355B EL Driver Configuration:Typical D355B EL Driver Configuration:

Typical D355B EL Driver Configuration:

1.5 1.5

1.5 V AV A

V AV A

V Analog nalog

nalog nalog

nalog WW

WW

Watchatch

atchatch

atch

TT

Typical Oypical O

ypical Oypical O

ypical Outpututput

utpututput

utput

Brightness = 2.6 fL (8.9 Cd/m2)

Lamp Frequency = 220 Hz

Supply Current = 11mA

Vpp = 160

Load = 1in2 Durel 3 Blue-green EL

5.0 5.0

5.0 V PDAV PDA

V PDAV PDA

V PDA

TT

Typical Oypical O

ypical Oypical O

ypical Outpututput

utpututput

utput

Brightness = 6.1fL (20.8 Cd/m2)

Lamp Frequency = 360 Hz

Supply Current = 18mA

Vpp = 190

Load = 4in2 Durel 3 Blue-green EL

A 100Ω resistor in series with the

lamp may be necessary to reduce

electrical noise.

3.0 3.0

3.0 V CV C

V CV C

V Cellular Lellular L

ellular Lellular L

ellular LCD/Digital CD/Digital

CD/Digital CD/Digital

CD/Digital WW

WW

Watchatch

atchatch

atch

TT

Typical Oypical O

ypical Oypical O

ypical Outpututput

utpututput

utput

Brightness = 7.5 fL (25.6 Cd/m2)

Lamp Frequency = 475 Hz

Supply Current = 13mA

Vpp = 200

Load = 1in2 Durel 3 Blue-green EL

A voltage greater than 0.8 at E will

enable the circuit.

A voltage less than 0.3 will disable

the circuit.

1

2

3

4

8

7

6

5

GND

L-

VOUT

L+

E'

CLF2

CLF1

V+

1 in

2

EL Lamp F1.0µ

2.2 mH

Sumida

CLS62-222KC

1.5 V

6.8 nF

D355

1

2

3

4

8

7

6

5

GND

L-

VOUT

L+

E'

CLF2

CLF1

V+

1 in

2

EL Lamp

F1.0µ

4.7 mH

Coilcraft

DT1608C-475

3.0 V

3.3 nF

D355

1MΩ

E

V+

1

2

3

4

8

7

6

5

GND

L-

VOUT

L+

E'

CLF2

CLF1

V+

4 in

2

EL Lamp F1.0µ

5.0 mH

Hitachi Metals

MD735L502A

5.0 V

4.7 nF

D355

100Ω

4

MSOPs are marked with direct logo part number (355B) and

wafer lot number. Marking orientation is bottom closest to pin

1 side.

MSOPs in Tubes: 1DDD355BB-M01MSOPs in Tubes: 1DDD355BB-M01

MSOPs in Tubes: 1DDD355BB-M01 MSOPs in Tape & Reel: 1DDD355BB-M02MSOPs in Tape & Reel: 1DDD355BB-M02

MSOPs in Tape & Reel: 1DDD355BB-M02MSOPs in Tape & Reel: 1DDD355BB-M02

MSOPs in Tape & Reel: 1DDD355BB-M02

Tape Orientation

Tube-length = 320 mm (12.6 in). 100 units per

tube.

Embossed tape on 360 mm diameter reel per EIA-481-2.

2500 units per reel. Quantity marked on reel label.

1650µm

(0.065”)

Die in Trays: 1DDD355BB-B02Die in Trays: 1DDD355BB-B02

Die in Trays: 1DDD355BB-B02

!!

!Die tray size: 2 inch square

!!

!Total number of pockets: 100

!!

!Pocket depth: 610µm (0.024”)

OO

Orr

rr

rderder

derder

dering Iing I

ing Iing I

ing Infornfor

nfornfor

nformation:mation:

mation:mation:

mation:

D1

b

eA1

A

Pitch

E1 E

Pin 1

The D355B inverter is available as bare die in probed wafer form or in die trays, and in a standard MSOP-8 plastic

package per tube or per tape and reel. A Durel D355B Designer’s Kit is available for evaluating and identifying the

optimum component values for your application.

A 0.94 0.037 1.02 0.040 1.09 0.043

A1 0.05 0.002 0.10 0.004 0.15 0.006

b 0.20 0.008 0.33 0.013 0.46 0.018

D1 2.84 0.112 3.00 0.118 3.15 0.124

e 0.43 0.017 0.65 0.026 0.83 0.033

E 4.70 0.185 4.90 0.193 5.11 0.201

E1 2.84 0.112 3.00 0.118 3.25 0.128

Description mm. in. mm. in. mm. in.

MSOP-8 MSOP-8

MSOP-8

Min. Typical Max.

DUREL Corporation

2225 W. Chandler Blvd.

Chandler, AZ 85224-6155

Tel: (480) 917-6000

FAX: (480) 917-6049

Website: http://www.durel.com

The DUREL name and logo are registered trademarks of DUREL CORPORATION.

The D355B inverter is covered by US patent #5,313,141. Corresponding foreign patents are issued and pending.

This information is not intended to and does not create any warranties, express or implied, including any warranty of merchantability or fitness

for a particular purpose. The relative merits of materials for a specific application should be determined by your evaluation.

ISO 9001 Certified