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联系人:

E-mali:le

市奥伟斯科技

NEWPRODUCT

SPDI752-01

PINPhotoDiode

TheSPDI752-01isahigh-output,high-speedsiliconPINphotodiodemountedinaside-lookingpackage.

Dimensions

(Unit:mm)

Notes:

1.GENERALTOLERANCE:±0.2

2.PINCONFIGURATION

① ②

Anode Cathode

4.95 2

4.95 2

2-0.5 0.5

(2.54)

Notes:

1.GENERALTOLERANCE:±0.2

2.PINCONFIGURATION

① ②

Anode Cathode

4.95 2

2-0.5 0.5

(2.54)

Notes:

1.GENERALTOLERANCE:±0.2

2.PINCONFIGURATION

① ②

Anode Cathode

4.95 2

2-0.5 0.5

(2.54)

Notes:

1.GENERALTOLERANCE:±0.2

2.PINCONFIGURATION

① ②

Anode Cathode

4.95 2

2-0.5 0.5

(2.54)

Notes:

1.GENERALTOLERANCE:±0.2

2.PINCONFIGURATION

① ②

Anode Cathode

4.95 2

2-0.5 0.5

(2.54)

Notes:

1.GENERALTOLERANCE:±0.2

2.PINCONFIGURATION

① ②

Anode Cathode

Features

2.0

2.0

2.0

2.0

2.0

2.0

·High-OutputPower

14.8 7.1

14.8 7.1

14.8 7.1

14.8 7.1

14.8 7.1

7.1

·High-SpeedResponse

·ClearsticPackage

·WideAngularResponse

·RoHSCompliance

14.8

Application

·SmokeSensor

·OpticalSwitches

① ②

① ②

① ②

① ②

① ②

·OpticalDetectors

Notes:

GENERALTOLERANCE:±0.2

PINCONFIGURATION

① ②

Anode Cathode

4.95 2

2-0.5

0.5

(2.54)

UMRATINGS (Ta=25℃)

Item

Symbol

Rating

Unit

ReverseVoltage

VR

20

V

PowerDissipation

PD

100

mW

OperatingTemperature

Topr.

-25~+85

StorageTemperature

Tstg.

-40~+100

Solderingtemperature*1

Tsol.

260

Note:*1.ForMAX.5secondsatthepositionof2mmfromthepackage

ELECTRO-OPTICALCHARACTERISTICS (Ta=25℃)

Items

Symbol

Condition

Min.

Typ.

Max.

Unit

Opencircuitvoltage

VOC

EV=1000Lux*2

0.4

V

Shortcircuitcurrent

ISC

85

μA

Darkcurrent

Id

VR=10V

20

nA

Capacitance

Ct

V=0V,f=1MHz

70

pF

Spectralsensitivity

λ

400~1100

nm

Peakwavelength

λp

940

nm

Halfangle

Δθ

±70

deg.

Note:*2.IrradiancebyCIEstandardlightsourceA(2856Ktungstenlamp)

Thecontentsofthisdatasheetaresubjecttochangewithoutadvancenoticeforthepurposeofimprovement.Whenusingthisproduct,wouldyoupleaserefertothelatestspecifications. Nov,2013

PINPhotodiode

SPDI752-01

Thecontentsofthisdatasheetaresubjecttochangewithoutadvancenoticeforthepurposeofimprovement.Whenusingthisproduct,

wouldyoupleaserefertothelatestspecifications.

市奥伟斯科技

Nov,2013

联系人:

E-mali:le

(μA)0

LightCurrentIL

LightCurrentIL

LightCurrentIL

LightCurrentIL

LightCurrentIL

LightCurrentIL

LightCurrentIL

20

40

60

80

100lx200lx300lx400lx500lx

1000lx

LightCurrentVs.ForwardVoltage

LightCrrentVs. ShortcircuitCurrentVs. DarkCurrentVs

(μA) ForwardVoltage Illuminance Ambienttemperature

0 (μA) (nA)

(μA) ForwardVoltage

0

100lx

200lx Ta=25℃

20300lx

400lx

40500lx

60

801000lx

100

0 0.1 0.2 0.3 0.40.5(V)

ForwardVoltageVF

Ta=25℃

LightCurrentVs.

100

101 102 103 104(lx)

IlluminanceEV

(μA) ForwardVoltage

0

100lx

200lx Ta=25℃

20300lx

400lx

40500lx

60

801000lx

100

0 0.1 0.2 0.3 0.40.5(V)

ForwardVoltageVF

Ta=25℃

LightCurrentVs.

100

101 102 103 104(lx)

IlluminanceEV

(μA) ForwardVoltage

0

100lx

200lx Ta=25℃

20300lx

400lx

40500lx

60

801000lx

100

0 0.1 0.2 0.3 0.40.5(V)

ForwardVoltageVF

Ta=25℃

LightCurrentVs.

100

101 102 103 104(lx)

IlluminanceEV

(μA) ForwardVoltage

0

100lx

200lx Ta=25℃

20300lx

400lx

40500lx

60

801000lx

100

0 0.1 0.2 0.3 0.40.5(V)

ForwardVoltageVF

Ta=25℃

LightCurrentVs.

100

101 102 103 104(lx)

IlluminanceEV

(μA) ForwardVoltage

0

100lx

200lx Ta=25℃

20300lx

400lx

40500lx

60

801000lx

100

0 0.1 0.2 0.3 0.40.5(V)

ForwardVoltageVF

Ta=25℃

LightCurrentVs.

100

101 102 103 104(lx)

IlluminanceEV

(μA) ForwardVoltage

0

100lx

200lx Ta=25℃

20300lx

400lx

40500lx

60

801000lx

100

0 0.1 0.2 0.3 0.40.5(V)

ForwardVoltageVF

Ta=25℃

LightCurrentVs.

100

101 102 103 104(lx)

IlluminanceEV

Ta=25℃

(μA)103

ShortcircuitCurrentIsc

ShortcircuitCurrentIsc

ShortcircuitCurrentIsc

ShortcircuitCurrentIsc

ShortcircuitCurrentIsc

ShortcircuitCurrentIsc

ShortcircuitCurrentIsc

102

101

ShortcircuitCurrentVs.

ShortcircuitCurrentVs.

Illuminance

(μA)

Ta=25℃

103

102

101

ShortcircuitCurrentVs.

Illuminance

(μA)

Ta=25℃

103

102

101

ShortcircuitCurrentVs.

Illuminance

(μA)

Ta=25℃

103

102

101

ShortcircuitCurrentVs.

Illuminance

(μA)

Ta=25℃

103

102

101

ShortcircuitCurrentVs.

Illuminance

(μA)

Ta=25℃

103

102

101

ShortcircuitCurrentVs.

Illuminance

(μA)

Ta=25℃

103

102

101

Illuminance

Ta=25℃

(nA)

101

DarkCurrentId

DarkCurrentId

DarkCurrentId

DarkCurrentId

DarkCurrentId

DarkCurrentId

DarkCurrentId

100

10-1

DarkCurrentVs.Ambienttemperature

(nA)

VR=5V

10

10-2

-200

Ambienttemperature(Ta)

DarkCurrentVs.

ReverseVoltage

(nA)

Ta=25℃

100

10-1

10-2

10-3

0 5 10 15(V)

ReverseVoltageVR

DarkCurrentVs.Ambienttemperature

101

0

10-1

20 40 6080100(℃)

10 20 30

ReverseVoltageVR

(nA)

VR=5V

10

10-2

-200

Ambienttemperature(Ta)

DarkCurrentVs.

ReverseVoltage

(nA)

Ta=25℃

100

10-1

10-2

10-3

0 5 10 15(V)

ReverseVoltageVR

DarkCurrentVs.Ambienttemperature

101

0

10-1

20 40 6080100(℃)

10 20 30

ReverseVoltageVR

(nA)

VR=5V

10

10-2

-200

Ambienttemperature(Ta)

DarkCurrentVs.

ReverseVoltage

(nA)

Ta=25℃

100

10-1

10-2

10-3

0 5 10 15(V)

ReverseVoltageVR

DarkCurrentVs.Ambienttemperature

101

0

10-1

20 40 6080100(℃)

10 20 30

ReverseVoltageVR

(nA)

VR=5V

10

10-2

-200

Ambienttemperature(Ta)

DarkCurrentVs.

ReverseVoltage

(nA)

Ta=25℃

100

10-1

10-2

10-3

0 5 10 15(V)

ReverseVoltageVR

DarkCurrentVs.Ambienttemperature

101

0

10-1

20 40 6080100(℃)

10 20 30

ReverseVoltageVR

(nA)

VR=5V

10

10-2

-200

Ambienttemperature(Ta)

DarkCurrentVs.

ReverseVoltage

(nA)

Ta=25℃

100

10-1

10-2

10-3

0 5 10 15(V)

ReverseVoltageVR

DarkCurrentVs.Ambienttemperature

101

0

10-1

20 40 6080100(℃)

10 20 30

ReverseVoltageVR

(nA)

VR=5V

10

10-2

-200

Ambienttemperature(Ta)

DarkCurrentVs.

ReverseVoltage

(nA)

Ta=25℃

100

10-1

10-2

10-3

0 5 10 15(V)

ReverseVoltageVR

DarkCurrentVs.Ambienttemperature

101

0

10-1

20 40 6080100(℃)

10 20 30

ReverseVoltageVR

VR=5V

100

0 0.1 0.2

0.3

0.40.5(V)

100

101

102

103 104(lx)

10-2

-200

20 40

6080100(℃)

ForwardVoltageVF

IlluminanceEV

Ambienttemperature(Ta)

RelativeintensityS

RelativeintensityS

RelativeintensityS

RelativeintensityS

RelativeintensityS

RelativeintensityS

RelativeintensityS

(%)100

80

60

40

20

0

RelativesensitivityVs.

CapacitancebetweenterminalsVs.

ReverseVoltage

(pF)

Ta=25℃f=1MHz

80

60

40

0

0 40 50(V)

RelativesensitivityVs.

Wavelengh

(%)

Ta=25℃

100

80

40

20

0

40050060070080090010001100(nm)

Wavelengthλ

CapacitancebetweenterminalsVs.

ReverseVoltage

(pF)

Ta=25℃f=1MHz

80

60

40

0

0 40 50(V)

RelativesensitivityVs.

Wavelengh

(%)

Ta=25℃

100

80

40

20

0

40050060070080090010001100(nm)

Wavelengthλ

CapacitancebetweenterminalsVs.

ReverseVoltage

(pF)

Ta=25℃f=1MHz

80

60

40

0

0 40 50(V)

RelativesensitivityVs.

Wavelengh

(%)

Ta=25℃

100

80

40

20

0

40050060070080090010001100(nm)

Wavelengthλ

CapacitancebetweenterminalsVs.

ReverseVoltage

(pF)

Ta=25℃f=1MHz

80

60

40

0

0 40 50(V)

RelativesensitivityVs.

Wavelengh

(%)

Ta=25℃

100

80

40

20

0

40050060070080090010001100(nm)

Wavelengthλ

CapacitancebetweenterminalsVs.

ReverseVoltage

(pF)

Ta=25℃f=1MHz

80

60

40

0

0 40 50(V)

RelativesensitivityVs.

Wavelengh

(%)

Ta=25℃

100

80

40

20

0

40050060070080090010001100(nm)

Wavelengthλ

CapacitancebetweenterminalsVs.

ReverseVoltage

(pF)

Ta=25℃f=1MHz

80

60

40

0

0 40 50(V)

RelativesensitivityVs.

Wavelengh

(%)

Ta=25℃

100

80

40

20

0

40050060070080090010001100(nm)

Wavelengthλ

Wavelengh

Ta=25℃

(nA)

DarkCurrentId

DarkCurrentId

DarkCurrentId

DarkCurrentId

DarkCurrentId

DarkCurrentId

DarkCurrentId

100

10-1

10-2

10-3

DarkCurrentVs.ReverseVoltage

CapacitancebetweenterminalsVs.

ReverseVoltage

60

20

Relativesensitivity(%)

CapacitancebetweenterminalsCt

60

20

Relativesensitivity(%)

CapacitancebetweenterminalsCt

60

20

Relativesensitivity(%)

Capacitan

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