옵틱 클라우드의 Detector -  Si photodiode 제품들 입니다.


Si APD Receiver with Amplifier, 0.8mm, 50MHz, TO-8

bce48000a29d9.pngThe PL-400-SIA-AR0800-TO8-TIA  is a Silicon Avalanche Photodiode (Si APD) Amplifier Module with 50 MHz bandwidth and includes our C30817 silicon avalanche photodiode (APD). With a useful diameter of 0.8 mm, the C30950EH provides good response between 400 and 1100 nm and is supplied in a modified 12-lead TO-8 package.



Product model


φ3mm 50MHz Si APD Photodiodes


PL-400-SIA-AR3000-TO8-TIA-50
Response Spectrum 400~1100nm, TO8 Package, 50MHz, with preamplifier module, Temperature sensor

Response wavelength: 400-1100nm  

Material: Si  

Active area: 3mm  

Package: TO-8

φ0.8mm 130MHz Si APD Photodiodes


PL-400-SIA-AR0800-TO8-TIA-130
Response Spectrum 400~1100nm, TO8 Package, 130MHz, with preamplifier module, Temperature sensor

Response wavelength: 400-1100nm  

Material: Si  

Active area: 0.8mm  

Package: TO-8

φ0.8mm 50MHz Si APD Photodiodes


PL-400-SIA-AR0800-TO8-TIA-50
Response Spectrum 400~1100nm, TO8 Package, 50MHz, with preamplifier module, Temperature sensor

Response wavelength: 400-1100nm  

Material: Si  

Active area: 0.8mm  

Package: TO-8



Parameter



Features

● Si APD receiver module with 50 MHz bandwidth

● Spectral response: 400 to 1100 nm

● Hermetally-sealed TO-8 package

● High reliability

● Fast overload recovery

● Light entry angle 130°

● Pin compatible with the Excelitas C30659 Series



E/O Characteristics

The Opto-electronic Characteristics(Tc=22± 3℃,VCC/VEE=±5V,AC Rl=50Ω)

Parameters

Sym.

Test   conditions

Min

Typ

Max

Unit

Response   Spectrum

λ

400~1100

nm

Active Diameter

D

0.8

mm

Reverse breakdown voltage

VBR

dark current ID=10μA,Optical output power φe=0

200


450

V

Operating voltage

VR

0.90×VBR

320

V

Responsivity

RV

M=100,λ=1.06μm,pulse   width TW=100ns


150


kV/W

Dynamic range

DY

M=100,λ=1.06μm

25



dB

-3dB bandwidth

BW

M=100,λ=1.06μm, pulse width TW=100ns


35


MHz

Rise/Fall time

Tr

M=100,λ=1.06μm, pulse width TW=100ns


10


ns

Noise Equivalent Power

NEP

M=100,f=100kHz,△f=1.0Hz



0.20

pW/   √Hz

Output impedance

RO



33


Ω

Output Voltage Swing

VO

-


0.7


V

Offset Voltage

Voffset

-


-0.7


V

Positive Supply Current

ICC




10

mA

Negative Supply Current

IEE



10

mA

Temperature coefficient

σ

-45℃~+70℃


2.4


V/℃

Concentricity

△D

-



50

μm


Typical Performance Curves(Tc=23±2℃,VCC/VEE=±5V,AC Rl=50Ω)


P2.png

Figure1 Responsivity vs. Wavelength


P3.png

Figure2 Photo Current vs. Reverse Voltage(λ=1.06μm)


P4.png

Figure3 Noise Equivalent Power vs. Bandwidth




Package Size

unit:mm

P5.png

The package

Dimension symbols

ΦD1

ΦD2

H

Φe

ΦD3

L

e1

e2

d1

d2

H1)

Max

13.94

11.10

5.65

0.55

15.50

15

10.20

2.60

0.85

1.05

-

Typ.

-

-

-

-

-

-

-

-

-

-

1.45

Min

13.90

10.90

5.25

0.45

15.20

10

10.00

2.40

0.75

0.95

-

Note: 1) Optical distance between light sensitive surface and light window surface.



Pin definition

65a90d4bce948.png

Outlet arrangement 


PIN#

Function

Symbol

1

Output

VOUT

6/7/10

Ground

GND

2/5/7/11

Suspend or ground

N.C or GND

3

Negative power supply

VEE

4

APD bias working voltage

VR

8

Suspend or ground

N.C or GND

9

Suspend or ground

N.C or GND

12

Positive power supply

VCC


Maximum Ratings

Parameter

Symbol

Rating

Unit

APD voltage supply

VR

VBR

V

Operating temperature

TC

-45~+85

Storage temperature

TSTG

-55~+100

Maximum optical input power

Pin

10

mW

Module mains voltage

Vcc/VEE

±9

V

Power dissipation

Pw

100

mW

Soldering temperature(time)

-

300(10s)

The cautions

Pins are connected strictly according to pins illuminating,Load need large than 10kΩ when coupling output DC. 

It should be kept in storage at an environment that has -55~+100℃ and less than 80% relative humidity,dryness,airiness,no causticness gas.

The suitable ESD protecting mersures are recommend in storage,transporting and using

It's high voltage device,so we need proper design and measure to escape cause damage to human body when using and operating.



Application

● Range Finding

● Confocal Microscope

● LiDAR

● Laser designation

● Scanning laser ophthalmoscope




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