os-pcn-2018-030-a introduction of ux:3 chips and change ......customer information package | os qm...

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OS-PCN-2018-030-A

Introduction of UX:3 Chips and Change of

Plating for TOPLED Black with InGaN

Technology

Customer Information Package

OS QM CQM ICI | 01.10.2018

Light is OSRAM

Customer Information Package | OS QM CQM ICI | ZK

OS-PCN-2018-030-A Introduction of UX:3 Chips and Change of Plating for TOPLED Black with InGaN Technology | 01.10.2018

2

OS-PCN-2018-030-A

Overview

Page

1. Reason for change 03

2. Description of change 05

3. Changes in the datasheets 07

4. Time schedule 76



3

OS-PCN-2018-030-AIntroduction of UX:3 Chips and Change of Plating for TOPLED Black with InGaN Chips

Reason for change

Improved Reliability for Signage Applications in Humid Environment

Ensurance of Long Term Availability

Brightness Improvement



4


List of affected Products

TOPLED Black

LB T64G

LB T66G

LT T64G

LT T66G

LV T64G



5


Description of change (all devices)

Current status New status

Inhouse galvanic processes Pre-plated Leadframe

MSL level 2 MSL level 4



6


Description of change (all devices)

Item Current status New status

Chip Technology ThinGaN UX:3

Chip Carrier Ge Si

Chip Height 190µm 120µm

Wafer Size 100mm 150mm

Polarity n-up p-up

Chip Drawing



7


Changes in the Datasheets (all devices)

Datasheet value Current status New status

ESD withstand voltage ESD sensitive device 2 kV

Exemplary average

lifetime for median

Brightness Group

Value given *)

*) except LV T64G

Not specified in the

Datasheet

Remark:

Due to changes in characteristics Q-codes might be replaced.



8


Changes in the Datasheets (all devices)Taping


Package Mark = Cathode Mark Package Mark = Anode Mark



9


Changes in the Datasheets (LB T64G)



10



Characteristics




11


Changes in the Datasheets (LB T64G)Brightness Groups




12


Changes in the Datasheets (LB T64G)Forward Voltage Groups


No Grouping



13


Changes in the Datasheets (LB T64G)Relative Spectral Emission – V() = Standard eye response curve

Erel = f(); TS = 25°C; IF = 20mA




14


Changes in the Datasheets (LB T64G)Radiation Characteristic

Irel = f( ); TS = 25°C




15


Changes in the Datasheets (LB T64G)Forward Current

IF = f(VF); TS = 25°C




16


Changes in the Datasheets (LB T64G)Relative Illuminance

EV / EV (20mA) = f(IF); TS = 25°C




17


Changes in the Datasheets (LB T64G)Dominant Wavelength

dom = f(IF); TS = 25°C




18


Changes in the Datasheets (LB T64G)Forward Voltage

VF = VF – VF(25°C) = f(Tj); IF = 20mA




19


Changes in the Datasheets (LB T64G)Relative Illuminance

EV / EV (25°C) = f(Tj); IF = 20mA




20



dom = dom - dom (25°C) = f(Tj); IF = 20mA




21


Changes in the Datasheets (LB T64G)Package Outline




22





23



Characteristics




24


Changes in the Datasheets (LB T66G)Brightness Groups




25


Changes in the Datasheets (LB T66G)Forward Voltage Groups


No Grouping



26


Changes in the Datasheets (LB T66G)Relative Spectral Emission – V() = Standard eye response curve

Irel = f(); TS = 25°C; IF = 20mA




27


Changes in the Datasheets (LB T66G)Radiation Characteristic

Irel = f( ); TS = 25°C




28


Changes in the Datasheets (LB T66G)Forward Current

IF = f(VF); TS = 25°C




29


Changes in the Datasheets (LB T66G)Relative Luminous Intensity

IV / IV (20mA) = f(IF); TS = 25°C




30







31


Changes in the Datasheets (LB T66G)Forward Voltage

VF = VF – VF(25°C) = f(Tj); IF = 20mA




32


Changes in the Datasheets (LB T66G)Relative Luminous Intensity

IV / IV (25°C) = f(Tj); IF = 20mA




33



dom = f(Tj); IF = 20mA


Not published



34


Changes in the Datasheets (LB T66G)Package Outline




35


Changes in the Datasheets (LT T64G)



36



Characteristics




37


Changes in the Datasheets (LT T64G)Brightness Groups



38


Changes in the Datasheets (LT T64G)Forward Voltage Groups


No Grouping



39


Changes in the Datasheets (LT T64G)Relative Spectral Emission – V() = Standard eye response curve

Erel = f(); TS = 25°C; IF = 20mA




40


Changes in the Datasheets (LT T64G)Radiation Characteristic

Irel = f( ); TS = 25°C




41


Changes in the Datasheets (LT T64G)Forward Current

IF = f(VF); TS = 25°C




42


Changes in the Datasheets (LT T64G)Relative Illuminance

EV / EV (20mA) = f(IF); TS = 25°C




43


Changes in the Datasheets (LT T64G)Dominant Wavelength





44


Changes in the Datasheets (LT T64G)Relative Forward Voltage

VF = VF – VF(25°C) = f(Tj); IF = 20mA




45


Changes in the Datasheets (LT T64G)Relative Illuminance

EV / EV (25°C) = f(Tj); IF = 20mA




46





Not published



47


Changes in the Datasheets (LT T64G)Package Outline




48





49



Characteristics




50


Changes in the Datasheets (LT T66G)Brightness Groups




51


Changes in the Datasheets (LT T66G)Forward Voltage Groups


No Grouping



52


Changes in the Datasheets (LT T66G)Relative Spectral Emission – V() = Standard eye response curve

Irel = f(); TS = 25°C; IF = 20mA




53


Changes in the Datasheets (LT T66G)Radiation Characteristic

Irel = f( ); TS = 25°C




54


Changes in the Datasheets (LT T66G)Forward Current

IF = f(VF); TS = 25°C




55


Changes in the Datasheets (LT T66G)Relative Luminous Intensity

IV / IV (20mA) = f(IF); TS = 25°C




56







57


Changes in the Datasheets (LT T66G)Forward Voltage

VF = VF – VF(25°C) = f(Tj); IF = 20mA




58


Changes in the Datasheets (LT T66G)Relative Luminous Intensity

IV / IV (25°C) = f(Tj); IF = 20mA




59





Not published



60


Changes in the Datasheets (LT T66G)Package Outline




61


Changes in the Datasheets (LV T64G)



62


Changes in the Datasheets (LV T64G)

Characteristics




63


Changes in the Datasheets (LV T64G)Brightness Groups




64


Changes in the Datasheets (LV T64G)Forward Voltage Groups




65


Changes in the Datasheets (LV T64G)Relative Spectral Emission – V() = Standard eye response curve

Erel = f(); TS = 25°C; IF = 20mA




66


Changes in the Datasheets (LV T64G)Radiation Characteristic

Irel = f( ); TS = 25°C




67


Changes in the Datasheets (LV T64G)Forward Current

IF = f(VF); TS = 25°C




68


Changes in the Datasheets (LV T64G)Relative Illuminance

EV / EV (20mA) = f(IF); TS = 25°C




69


Changes in the Datasheets (LV T64G)Dominant Wavelength



Not published



70


Changes in the Datasheets (LV T64G)Forward Voltage

VF = VF – VF(25°C) = f(Tj); IF = 20mA




71


Changes in the Datasheets (LV T64G)Relative Illuminance

EV / EV (25°C) = f(Tj); IF = 20mA




72


Changes in the Datasheets (LV T64G)Dominant Wavelength

dom = dom - dom (25°C) = f(Tj); IF = 20mA




73


Changes in the Datasheets (LV T64G)Package Outline




74


Updated Datasheet version

TOPLED Black Datasheet version

before PCN

Datasheet version

after PCN

LB T64G 2.2 1.3 *)

LB T66G 2.2 1.3 *)

LT T64G 2.1 1.2 *)

LT T66G 2.1 1.2 *)

LV T64G 1.3 1.4 *)

Note: After PCN approval and shipment of new material, the new data sheet versions will be valid.

Latest version of data sheet (related to after PCN version) is accessible on OSRAM OS homepage.

*) New Datasheet format



75


PCN Samples

TOPLED Black

LB T64G

LB T66G

LT T64G

LT T66G

LV T64G

PCN Samples available on demand



76


Time schedule for PCN material

(after implementation

of change):

Final qualification report 15.09.2018

Samples available On demand

Intended Start of delivery 01.02.2019 *)

*) or earlier if released by customer and upon

mutual agreement

Time schedule for Pre-PCN material

(prior to implementation

of change):

Last time order date (LTO) 15.03.2019 **)

**) expected approval date needs to be available

at this time. Lead time and LTO quantity shall be

mutually agreed between OSRAM OS and

customer.

Last time delivery date (LTD) 15.09.2019 ***)

***) planned last date for delivery of products of

current status

Note:

Pre-PCN material: Products of current status, means before implementation of the changes as described in the PCN.

PCN material: Products with implementation of the changes as described in the PCN.

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Thank you.

os-pcn-2018-030-a introduction of ux:3 chips and change ......customer information package | os qm...

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