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SIPF150Mod e l

Lum inance Va r iance

I t e m C o n d it io n A p p lie d Vo lt a g e O u t p u t C u r r e n t

Lum inance @Max. Btw n. p in 5 & p in 6 0.0 Vdc 6.0 m A

Lum inance @Min. Btw n. p in 5 & p in 6 4.5 Vdc 2.5 m A

2.7

MIN.

(2)

2CD.3

7

5

+ 0.10.05

0.051 0.15

1 0.05

0.7+ 0.1

0.05

INPUT

22.7

0.3

(11.5

)

1PIN

+1.0(14.0) 67.50.3 (15.0)

2 3.52 7.5

1PIN

(1.2)

OUTPUT

7.3MAX

1.0

TYP

(4.0

)

(4.0

)

(8.

2) 1

4.7

0.3

96.50.5

No component and no patternon both sides

Lot Symbol

0

Cop yright 1999 Taiyo Yuden (USA), Inc. Sp ec ificat ions sub jec t t o c hang e w itho ut no tice.

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San Marcos, CA 9206 9

(760) 471-40 01 / Fax: (760) 471-4 021

(8 0 0 ) 4 9 3 - 6 8 3 5

www.xentek.com sales@xentek.com

8/13/2019 Invertor SIPF150

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SIPF150Mod e l

Tec h No tes

C o n n e c t io n D ia g ra m

INVERTER

1

2

3

V(in)

V(in)

GND

5

4

3

2

CFL Low

NC

NC

NC

1CFL High

4

5

6

GND

On/Off

Bright

CN1Molex 52207-0517

CN2J ST SM02(8.0)B-BHS-1

SW

DC4.57.0V

DC04.5V

CCFT

SIPF-150

O ut p ut C ur r e nt O p t im iza t io n M e th o d

M aximum output current can be adjusted by applying bias

voltage between brightness control pins as shown below.

BrightnessControl DC Bias

(04.5 Vdc) 3

Gnd

2 V(in)

1 V(in)

4 Gnd

5

On/Off

6 Br ig ht ne ss

D C B ia s O u t p u t

Vo lt a g e C u r r e n t

L u m in a n c e M a x . 0 Vdc 6.0 mA

L u m in a n c e M i n . 4.5 Vdc 2.5 mA

The on/off control is achieved by using the on/off pin on the input

side of SIPF150. T he circuit for the remote on/off circuitry

consists of an active low TT L switch. When the circuit is open,

the IC Vcc is cut off. When the circuit is closed, IC Vcc is activated.

A mechanical switch or a TTL/C M O S gate needs to be placed

between the remote on/off pin and ground creating a condition

where the circuit is closed to activate the inverter. Either one of

the following will be required for the inverter to operate:

O ne recommended use of logic switch for remote on/off is

shown in the diagram below. Electrical specification for on/off

terminal is Low 0 to 0.4V, -0.4 mA or higher when switch is

closed.

O n/ O f f C o nt r o l

V(in)

On/Off Pin

To IC Vcc

0V Inverter Off

5V Inverter On

V(in)

On/Off Pin

To IC Vcc

SW (External)

1. T ie on/off pin to ground.

2. Add mechanical switch between on/off pin and ground, close switch.

3. Add T TL /C M O S switch between on/off and ground. Circuit must be closed for

unit to operate (as shown above right).