product change notification · product group: opto modules & visibles 22-jul-2014 / pcn...

Product Change NotificationProduct Group: Opto Modules & Visibles 22-JUL-2014 / PCN OMV-767-2014 Rev. 0

TITLE: Change of Production Location for 3mm and TELUX

Devices The 3mm and TELUX device production is moving out of the current production in NIDEC-Copal to a subcontractor in Bangkok, who has well

established production lines for 3mm and TELUX package for many years. The lines are certified according ISO9001, TS16949 and ISO14001.The devices are using Subcon’s package and are qualified on Subcon side according to Vishay’s high quality standards.Using Subcon’s package, there will be changes in material and dimensions- Epoxy will change and will be halogen free- Lead frame will remain in material, but slightly change in dimensions as described in the attachments. (Dimensional Changes) The currently used chips inside the affected devices do not change except AlInGaP for visible is standardized to 8mil chip size, down from 9mil. Affected device types are TLHA4*, TLHE4*, TLHF4*, TLHK4*Accordingly, there will be no change in data sheet limits with regards to optical and electrical characteristics.TSAL4400, and sub-type TSAL4403 will undergo a chip replacement: The currently used 940nm T260V chip will be replaced by the 940nm TB9411VA chip. While the new chip will provide ~25% higher radiant intensity and faster switching times, the datasheet limits for radiant intensity of the sub-type TSAL4403 will be adjusted accordingly. The limits of basic type TSAL4400 will be maintained and will have no changes. Affected customers for these devices will receive a separate detailed presentation. (TSAL4400_TSAL4403_T260V to TB9411VA_140717.pdf).

DESCRIPTION OF CHANGE:

Assembly SiteCLASSIFICATION OF CHANGE:

Contract with Nidec-Copal is expired and not renewedChip replacement for TSAL4400 and sub-type TSAL4403

AlInGaP chips for LED are standardized to 8 mill chip size

REASON FOR CHANGE:

No influence on qualityNo Influence on reliability and performance

EXPECTED INFLUENCE ON QUALITY RELIABILITY / PERFORMANCE:

LEDsPRODUCT CATEGORY:

PART NUMBERS / SERIES / FAMILIES AFFECTED:

Please refer to the attached detailed part number list

VISHAY SEMICONDUCTORS VISHAY BRAND(s):

TIME SCHEDULE: Annotations about time schedule:

Start Shipment Date: 17-SEP-2014

Last Time Buy Date:

Last Time Shipment Date:

SAMPLES AVAILABLE BEGINNING: 23-JUL-2014

We need samples for evaluation: �Yes �No

If Yes return this form to contact information below.

Label/country code PRODUCT IDENTIFICATION:

available upon requestQUALIFICATION DATA:

This PCN is considered approved, without further notification, unless we receive specific customer concerns before: 02-SEP-2014 or as specified by contract.

ISSUED BY:

PM: Franz Rettenmeier, Product Marketing Visibles

Phone: (+49) 7131 67-2276

Email: [email protected]

For further Information, please contact your regional Vishay office.

Seite 1 von 4WEB PCN - PCN FORM

23.07.2014http://intra-hn.eu.vishayint.com/_att/pcn/018/018194/pcn_docs/48477_pcn_omv_767...

CONTACT INFORMATION:

VISHAY Intertechnology Asia Pte. Ltd.Regional Marketing Asia/Japan25 Tampines Street 92Keppel Building # 02-00Singapore 528877

Phone: +65-6788-6668Fax: +65-6788-3383

VISHAY Intertechnologies, Inc.Regional Marketing The Americas - Opto2201 Laurelwood RoadM/S 55Santa Clara, CA 95014USA Phone: +1-408-567-8317Fax: +1-408-567-8371

VISHAY Semiconductor GmbHRegional Marketing Europe OptoTheresienstr. 2

D-74025 HeilbronnGermany Phone: +49-7131-672976Fax: +49-7131-673144



Attached Part Number List:

Product Change NotificationProduct Group: Opto Modules & Visibles 22-JUL-2014 / PCN OMV-767-2014 Rev. 0

Visibles Visibles Visibles Visibles Sensors

TLDR4400 TLHK4600 TLHY44K1L2 TLWR7600AL TSAL4400-AS12

TLDR4900 TLHK46Q1R2 TLHY4600 TLWR7900 TSAL4400-ASZ

TLDR4901 TLHO4200 TLHY4601 TLWR8600 TSAL4400-CS12

TLHA4401R1S2 TLHO4201 TLHY4605 TLWR8600AL TSAL4400-MS12

TLHA44R1S2 TLHO42M1N2 TLHY4605-MS12Z TLWR8601 TSAL4400-MSZ

TLHA44R1S2-ASZ TLHO4400 TLHY4900 TLWR8900 TSAL4403

TLHB4200 TLHO4400-AS12Z TLLE4401 TLWR8901 TSAL4404

TLHB4201 TLHP4200 TLLE4607 TLWR8902 TSHA4400

TLHB4400 TLHP4201 TLLG4400 TLWR8902-60 TSHA4401

TLHB44K2M1 TLHP4201-AS12Z TLLG4400-AS12 TLWR8902AL TSHA4401-AS12Z

TLHE4200 TLHP42J2L1 TLLG4401 TLWR8903 TSUS4300

TLHE42T2V1 TLHP42K1L1 TLLG4401-AS12 TLWR9600 TSUS4400

TLHE4400 TLHR4200 TLLG4401-AS12Z TLWR9900 TSUS4402

TLHE44R1S2-26 TLHR4201 TLLG4401-MS12 TLWY7600 V298P

TLHE4600 TLHR4201-AS12Z TLLG4401-MS21 TLWY7900 V298PA

TLHF42U1V2-35 TLHR4205 TLLK4401 TLWY8600 V298PB

TLHF4400 TLHR4205-AS12Z TLLR4400 TLWY8900 V4404P

TLHF4401 TLHR4400 TLLR4400-AS12Z TLWY8900C VSLB3940

TLHF4600 TLHR4400-AS12 TLLR4401 TLWY8902 VSLB3940-MSZ

TLHF4601 TLHR4400-AS12Z TLLR4401-AS12 TLWY8905-60 VSLB3942

TLHF4900 TLHR4400-AS21 TLLR4401-AS12Z VLWB9600 VSLB3948

TLHF4901 TLHR4400-AS21Z TLLY4400 VLWB9900 VSLY3850

TLHG4200 TLHR4400-MS12 TLLY4400-MS12 VLWR9630 VSLB9530S

TLHG4200-AS12Z TLHR4400-MS12Z TLLY4401 VLWR9930 BPW85

TLHG4201 TLHR4401 TLLY4401-AS12 VLWR9931 BPW85A

TLHG4205 TLHR4401-AS12Z TLLY4401-AS12Z VLWR9932 BPW85B

TLHG4400 TLHR4405 TLLY4401-MS12 VLWR9933 BPW85B-MS12Z

TLHG4400-AS12 TLHR4405-AS21 TLUR4400 VLWTG9600 BPW85C

TLHG4400-AS12Z TLHR4407 TLUR4400-AS12 VLWTG9900 TEFD4300

TLHG4400-AS21 TLHR4407-MS12Z TLUR4401 VLWY9630 TEFD4300F

TLHG4400-AS21Z TLHR4600 TLUR4401-AS12Z VLWY9630T TEFT4300

TLHG4400-MS12 TLHR4605 TLUR44K1L2 VLWY9631-2-Z4 TEFT4300-CS12Z

TLHG4401 TLHR4605-MS12Z TLVB4200 VLWY9930 TEFT4300OS

TLHG4401-AS12Z TLHR4900 TLVD4200 VLWY9932 TEFT4303

TLHG4405 TLHY4200 TLVD42Q1S2 VLWY9933-12 TEFT4303-CSZ

TLHG4405-AS12 TLHY4200-AS12Z TLVD42R1S2 TEFT4304

TLHG4405-AS12Z TLHY4201 TLVD4900 TEPT4400



TLHG4405-MS12 TLHY4205 TLVG4200 TEPT4400-MS12

TLHG44K1L2 TLHY4205-MS12 TLVG4900 TEPT4400-MSZ

TLHG4600 TLHY4400 TLVH4200

TLHG4605 TLHY4400-AS12Z TLVH4201

TLHG4605-AS12Z TLHY4400-MS12 TLVH42N2Q2

TLHG4605-MS21Z TLHY4401 TLVP4200

TLHG4900 TLHY4401-AS12Z TLVP4201

TLHK4200 TLHY4405 TLVS4200

TLHK4200-AS12Z TLHY4405-AS12 TLVY4200

TLHK42S1T2 TLHY4405-MS12 TLVY42N1P2-34

TLHK42T1U2 TLHY4405R-BSZ TLWO7901C

TLHK44R1S2 TLHY4438 TLWR7600



PCN-OMV-767-2014

PCN-OMV765 / 767 2014 Rev 0

PCN-OMV-767-2014 Rev. 0

PCN-OMV-767

Telux 3 mm

SubconBangkok

Different production

line

Current production at Nidec Copal

New production

PCN-OMV765 / 767 2014 Rev 0

Who is who

Sample Enquiries :

• Claudia Böttcher

• [email protected]

Projekt Leader

• Dr. Franz Rettenmeier

• [email protected]

mailto:[email protected]

mailto:[email protected]

PCN-OMV765 / 767 2014 Rev 0

PCN-OMV-767-2014 Rev. 0

PCN-OMV765 / 767 2014 Rev 0

ISO 9001 2008

ISOTS16949: 2009

ISO 14001 2004

PCN-OMV-767-2014 Rev. 0

• Moving to a Sub-Con in Thailand ( Bangkok)

• Subcon location in Bangkok with more than 20 years experience in

leaded LED and Display packaging

• Using Subcon package for Vishay products

• No major change in optical and electrical parameters

• Changes in package dimensions and tolerances on next page

Telux 3 mm

SubconBangkok

PCN-OMV765 / 767 2014 Rev 0

PCN-OMV-767-2014 Rev. 0 : 3mm

PCN-OMV765 / 767 2014 Rev 0

PCN-OMV-767-2014 Rev. 0 : Telux

PCN-OMV765 / 767 2014 Rev 0

PCN-OMV-767-2014 Rev. 0

Timing :

PCN WW 30 2014

PCN acceptance latest WW 37 2014

Start shipment out of new locations WW 38 2014

Sample on request leadtime 3 weeks

TSAL4400 / TSAL4403 die change

PCN-OMV-767-2014 Rev. 0

PCN-OMV765 / 767 2014 Rev 0

TSAL4400 - Chip Exchange

BACKGROUND

• RAW MATERIAL OF CURRENTLY USED 940NM IR-EMITTER CHIP T260V HAS

BEEN DISCONTINUED

ALTERNATIVE

• VISHAY HAS AN ALTERNATIVE IN-HOUSE (HN-FAB) 940NM EMITTER CHIP

AVAILABLE TB9411VA

CHIP COMPARISON

• TB9411VA HAS FASTER SWITCHING TIMES (15ns VS 800ns)

• TB9411VA HAS HIGHER OPTICAL POWER BY AROUND 30%

• OTHER PARAMETERS ARE VERY COMPARABLE

NEW CHIP REFERENCE

• TB94XXVA TECHNOLOGY IS QUALIFIED IN DIFFERENT DEVICES (VSLB3940,

VSMB1940X01, VSMB2000X01, VSMB3940X01, TCUT1350X01)

• VOLUME PRODUCTION OF THIS TECHNOLOGY SINCE 2009 – (200M PCS)

PCN-OMV765 / 767 2014 Rev 0


QUALIFICATION STATUS (3 LOTS FOR EACH TEST)

• Electrical Life – EL: 1000h POSITIVE √

• HUMIDITY WITH TEMPERATURE AND BIAS – H3TRB: 1000h POSITIVE √

• TEMPERATURE CYCLE – TC (-40 TO +110°C): 300x POSITIVE √

• RESITANCE TO SOLDER HEAT – RSH: POSITIVE √

TIME LINE:

• ACCORDING PCN-OMV-767-2014

• IN PARALLEL WITH MANUFACTURING LOCATION CHANGE

• START SHIPMENT DATE: 17.09.2014

GENERAL

• QUALPACK AVAILABLE UPON REQUEST

PCN-OMV765 / 767 2014 Rev 0

12

CHIP COMPARISON - STRUCTURE

• T260V

• TB9411VA


PCN-OMV765 / 767 2014 Rev 0


TSAL4400 DEVICE PERFORMANCE

• FOLLOWING CHANGES WILL BE IN THE DATASHEET

• JUNCTION CAPACITANCE:

• TYPICAL FROM 25pF TO 60pF

• INTENSITY: (NO CHANGE ON THE LIMITS!)

• @100mA TYP: FROM 30 TO 36

• @1A: TYP: FROM 240 TO 290

• RISE TIME / FALL TIME:

• TYP. FROM 800ns TO 15ns

13

PCN-OMV765 / 767 2014 Rev 0


TSAL4403 DEVICE PERFORMANCE

• FOLLOWING CHANGES WILL BE IN THE DATASHEET

• JUNCTION CAPACITANCE:

• TYPICAL FROM 25pF TO 60pF

• INTENSITY:

• @100mA MIN:FROM 18 TO 23

• @100mA MAX: FROM 36 TO 46

• @1A: MIN: FROM 150 TO 190

• RISE TIME / FALL TIME:

• TYP. FROM 800ns TO 15ns14

Thanks for your attention

Optoelectronic products

Vishay OPTO Electronics

Attachment to PCN-OMV-767-2014: “Change of production location for 3mm LEDs, IREDs and TELUX”

Illustration of Dimensional Changes for TELUX devices

PMV – 16.07.2014 page 1 (3)

Dimensional Changes for drawing 6.544-5321.01-4 and 6.544-5392.01-4:

Identification

Letter Description

Changes (all dimensions in mm) From To

a Total height 7.8 ±0.3 7.75 ±0.3 b Standoff to epoxy case height 4.8 ±0.3 4.65 ±0.3 c Epoxy case height 2.85 ±0.3 2.65 ±0.3 d Lens height 1.2 ±0.1 1.35 ±0.1 e Lead width 0.75 - 0.1

+0.2 0.76 ±0.1 Device Series Affected:

LEDs TLWR790. TLWR890. VLWB990. VLWR993. TLWY790. TLWY890. VLWTG990. VLWY993. TLWO790. TLWR990.

This drawing already shows the new dimensions!

Changed dimensions are identified by lower case

letters and described in the table below

a

bc

d

e




PMV – 16.07.2014 page 2 (3)

Dimensional Changes for drawing 6.544-5321.02-4 and 6.544-5392.02-4:

Identification

Letter Description


a Total height 7.8 ±0.3 7.75 ±0.3 b Standoff to epoxy case height 4.8 ±0.3 4.65 ±0.3 c Epoxy case height 2.85 ±0.3 2.65 ±0.3 d Lens height 1.2 ±0.1 1.36 ±0.1 e Lead width 0.75 - 0.1

+0.2 0.76 ±0.1 f Lens radius 1.35 1 & 1.22

Device Series Affected:

LEDs TLWR760. TLWR860. VLWB960. VLWR963. TLWY760. TLWY860. VLWTG960. VLWY963. TLWR960.




a

bc

d

e

f




PMV – 16.07.2014 page 3 (3)

Dimensional Changes for drawing 6.544-5395.03-4:

Identification

Letter Description


a Total height 7.8 ±0.3 7.75 ±0.3 b Standoff to epoxy case height 4.8 ±0.3 4.55 ±0.3 c Lens height 2.1 ±0.1 2.25 ±0.1 d Lead width 0.75 - 0.1

+0.2 0.76 ±0.1 e x f Lens 3.3 x 4.4 3 x 4


IRED VSLB9530S




ab

c

e

d

f



Illustration of Dimensional Changes for 3mm devices

H. Lunt / PMV – 16.07.2014 page 1 (10)


Identification Letter

Description Changes (all dimensions in mm)

From To

a Total length 30.3 ±0.5 34.4 ±0.5 b Epoxy case height 4.5 ±0.3 4.4 ±0.3 c Epoxy dome height 3.5 ±0.1 3.4 ±0.15 d Lead width 0.6 ±0.15 0.5 - 0.1

+0.2 e Lead length difference 1.5 ±0.25 1.5 ±0.5


LEDs IRED TLH.42.. TSAL4400 TLH.44.. TSHF4410 TLH.46.. VSLB3940 TLL.44.. VSLB3948 TLL.46.. TSUS44.. TLUR44..




a

b c

d e




H. Lunt / PMV – 16.07.2014 page 2 (10)




From To




LEDs IRED TLDR44.. TSHA44.. VSLY3850




a

b c

de




H. Lunt / PMV – 16.07.2014 page 3 (10)




From To




LEDs TLHF49.. TLHG49.. TLHR49.. TLHY49..




a

b c

d e




H. Lunt / PMV – 16.07.2014 page 4 (10)




From To




LEDs TLDR49..




a

b c

de




H. Lunt / PMV – 16.07.2014 page 5 (10)




From To




LEDs TLVB42.. TLVG42.. TLVH42.. TLVP42.. TLVS42.. TLVY42..




a

b

c

d

e




H. Lunt / PMV – 16.07.2014 page 6 (10)




From To

a Total length 29.1 ±0.5 33.08 ±0.5 b Epoxy rim diameter 3.3 ±0.15 3.4 ±0.15 c Epoxy dome height 2.35 ±0.1 2.4 ±0.1 d Lead width 0.6 ±0.15 0.5 - 0.1



LEDs TLVD42..




a

b

c

de




H. Lunt / PMV – 16.07.2014 page 7 (10)




From To

a Total length 30.6 ±0.5 34.7 ±0.5 b Lead width 0.6 ±0.15 0.5 - 0.1

+0.2 c Lead length difference 1.5 ±0.25 1.5 ±0.5


IRED TSUS4300




a

b c




H. Lunt / PMV – 16.07.2014 page 8 (10)




From To


+0.2 e Lead length difference 1.5 ±0.25 1.5 ±0.5 f Epoxy rim diameter 3.4 ±0.15 3.2 ±0.15 g Stand-off width 0.9 ±0.1 & 1.2 ±0.1

1.05 ±0.1 Device Series Affected:

Detectors BPW85. TEPT4400




a

b c

d e

f

g




H. Lunt / PMV – 16.07.2014 page 9 (10)




From To




Detector TEFT4300




a

b

c




H. Lunt / PMV – 16.07.2014 page 10 (10)




From To



d Distance lens vertex to shoulder 6.1 ±0.3 5.8 ±0.3


Detector TEFD4300




a

b

c

d

product change notification · product group: opto modules & visibles 22-jul-2014 / pcn...

Documents