• Reflective UV Sensor
  • Reflective UV Sensor
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Reflective UV Sensor

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  • Price

    Price on request   ≥1piece

  • Model Number

    GUVF-P12MD

  • Data Sheet

  • Package

    Original packaging

  • Specs

    GUVF-P12MD

  • Quantity

    - +

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Product Description

GUVF-P12MD Reflective UV Sensor Features
Light Emission Wavelength - 365nm
Emitting part- Visible range absorbing filter 
Receiving part - UV absorbing filter
Responsing to fluorescence ink

GUVF-P12MD Reflective UV Sensor Applications
Money detecting

Counterfeits bill detecting


GUVF-P12MD Reflective UV Sensor Outline Diagrams



1. GUVF-P12MD Reflective UV Sensor Emitting Part

Absolute Maximum Ratings

Parameter
 Symbol
 Min.
 Max.
 Unit
 Remark
Forward Current
 IF
25 mA
Pulse Forward Current
 IFP
80 mA
Allowed Reverse Voltage
 IR
85 mA
Power Dissipation
 PD
100 mW
Operation Temperature
 Topr
 -30
 85 ℃
Storage Temperature
 Tstg
 -40
 100 ℃
Soldering Temperature *
 Tsol
330 ℃
 within 2 sec.
* For Max.2 seconds at the position of 3㎜ from the package.
* At PWB Flow Soldering unsupported.

Characteristics (at 25℃)

Parameter
 Symbol
 Min.
 Typ.
 Max.
 Unit
 Test Conditions
Forward Voltage
 VF
 - (3.4)
 4.0 V IF =10[mA]
Peak Wavelength **
 λP
 360
 365 370 nm IF =10[mA]
** Peak Wavelength Measurement allowance is ±3㎚


2. GUVF-P12MD Reflective UV Sensor Receiving Part

Absolute Maximum Ratings

Parameter
 Symbol
 Min.
 Max.
 Unit
 Remark
Reverse Voltage
 IR
30 V
Operation Temperature 
 Topr
 -25 90 ℃
Storage Temperature 
 Tstg
 -30 100 ℃
Soldering Temperature *
 Tsol
330 ℃
 within 2 sec.
* For Max. 2 seconds at the position of 3㎜ from the package.
* At PWB Flow Soldering unsupported.


Characteristics (at 25℃)

Parameter
 Symbol
 Min.
 Typ.
 Max.
 Unit
 Test Conditions
Short circuit current **
 Isc
 40 160 180 nA
 IF =10mA
Current leak current ***
 ILEAK

20 nA
 IF =10mA
Dark current
 Id

10.0 nA VR =10V
Capacitance
 Ct
50
pF VR =0V, f=1MHz
Temperature coefficient of VOC
 αt
-2.2
mV/℃
Temperature coefficient of ISC
 βt
0.18
%/℃
Spectral sensitivity
 λ
 450
1050 nm
Peak wavelength
 λP
880
nm
Half angle 
 Δθ
±60
deg.
**   d=2.0mm, 90% Reflective paper
*** ILEAK  @ No object, in dark
※ Anode is connected to case