ACTIVES

 

Technology

Manufacturer

Current Lead-Times

Lead-Times Trend

Comments

 
 

Rectifiers

Diodes Inc

12-24

Increasing

Schottky rectifiers SOT23 and SOD323 20- 24 weeks, PDI123 21 weeks, SBR TO220AB 12-20 weeks, SMA 16-18 weeks.

 

Vishay

16-52

Increasing

There are increased lead times in SMA, SMB, SMC, TO-220, TO-263 and DPAK. Schottkys are most affected with 40-52 weeks lead time.

 

ON Semiconductor

18-42

Increasing

SOD123 flat lead, SOT23 copper and SMA Flat lead 36-42 weeks lead time. Automotive parts 26-32 weeks

 

STMicroelectronics

20-33

Increasing

TURBO 2 Ultrafast High Voltage Rectifiers running about 20 weeks. Everything else is 25-33 weeks.

 

Fairchild

12-14

Stable

 

 

TVS Diodes

Diodes Inc

12-16

Increasing

 

 

Littelfuse

16

Increasing

Purchased ON Semi TVS business Lead times 24 weeks

 

Vishay

25-40

Increasing

SMC at 25 weeks SMA and SMB at 40

 

STMicroelectronics

8

Stable

 

 

Schottky Diodes

Diodes Inc

12-22

Increasing

 

 

Nexperia

20-40

Increasing

SOT23SD/DD from 20 to 45 weeks - SOD523 from 40 weeks - - SOT 89 40 WEEKS - SOT323SD/DD from 40 weeks SOT363 from 30 to 40 weeks SOT353P 20-40 WEEKS SOD123F 30 WEEKS DHVQFN14/16/20/24 from 12 to 24 weeks – DFN PACKAGES 20 weeks – SOD 323 26 WEEKS – SOT 223 40 WEEKS – DSN PACKAFES 20 WEEKS

 

ON Semiconductor

20-40

Increasing

SMA 23-40 WEEKS – SMB 23-40 WEEKS – SMC 28-33 WEEKS – SOT 23 COPPER 20-45 WEEKS – SOT 89 16-30 WEEKS – SOT223 40 WEEKS – TO220 16-22 WEEKS – SOD 923 18-22 WEEKS – SOIC-8-14-16 20-30 WEEKS – SOD123 COPPER 20-30 WEEKS – SOD 323 DPAK 20-30 WEEKS – DFN PACK 20-52 WEEKS – SC 70 18-30 WEEKS

 

Fairchild

16-45

Increasing

 

 

Switching Diodes

Diodes Inc

12-22

Increasing

 

 

Fairchild

16-45

Increasing

 

 

ON Semiconductor

16-40

Increasing

SMA 23-40 WEEKS – SMB 23-40 WEEKS – SMC 28-33 WEEKS – SOT 23 COPPER 20-45 WEEKS – SOT 89 16-30 WEEKS – SOT223 40 WEEKS – TO220 16-22 WEEKS – SOD 923 18-22 WEEKS – SOIC-8-14-16 20-30 WEEKS – SOD123 COPPER 20-30 WEEKS – SOD 323 DPAK 20-30 WEEKS – DFN PACK 20-52 WEEKS – SC 70 18-30 WEEKS

 

Nexperia

20-40

Increasing

SOT23SD/DD from 20 to 45 weeks - SOD523 from 40 weeks - - SOT 89 40 WEEKS - SOT323SD/DD from 40 weeks SOT363 from 30 to 40 weeks SOT353P 20-40 WEEKS SOD123F 30 WEEKS DHVQFN14/16/20/24 from 12 to 24 weeks – DFN PACKAGES 20 weeks – SOD 323 26 WEEKS – SOT 223 40 WEEKS – DSN PACKAFES 20 WEEKS

 

Zener Diodes

Diodes Inc

12-22

Increasing

 

 

Fairchild

10-30

Increasing

 

 

Nexperia

6-40

Increasing

SOT23SD/DD from 20 to 45 weeks - SOD523 from 40 weeks - - SOT 89 40 WEEKS - SOT323SD/DD from 40 weeks SOT363 from 30 to 40 weeks SOT353P 20-40 WEEKS SOD123F 30 WEEKS DHVQFN14/16/20/24 from 12 to 24 weeks – DFN PACKAGES 20 weeks – SOD 323 26 WEEKS – SOT 223 40 WEEKS – DSN PACKAFES 20 WEEKS

 

ON Semiconductor

12-40

Increasing

SMA 23-40 WEEKS – SMB 23-40 WEEKS – SMC 28-33 WEEKS – SOT 23 COPPER 20-45 WEEKS – SOT 89 16-30 WEEKS – SOT223 40 WEEKS – TO220 16-22 WEEKS – SOD 923 18-22 WEEKS – SOIC-8-14-16 20-30 WEEKS – SOD123 COPPER 20-30 WEEKS – SOD 323 DPAK 20-30 WEEKS – DFN PACK 20-52 WEEKS – SC 70 18-30 WEEKS

 

Vishay

12-44

Increasing

SMA SMB - 28-44 WEEKS

 

Bridge Rectifiers

Diodes Inc

16-30

Increasing

DFxx series 25-30 weeks, KBPxx series 21-25 weeks.

 

Fairchild

12-42

Increasing

 

 

Vishay

19-45

Increasing

 

 

General Purpose Transistors

Diodes Inc

12-22

Increasing

 

 

Fairchild

10-40

Increasing

 

 

Nexperia

13-40

Increasing

SOT23SD/DD from 20 to 45 weeks - SOD523 from 40 weeks - - SOT 89 40 WEEKS - SOT323SD/DD from 40 weeks SOT363 from 30 to 40 weeks SOT353P 20-40 WEEKS SOD123F 30 WEEKS DHVQFN14/16/20/24 from 12 to 24 weeks – DFN PACKAGES 20 weeks – SOD 323 26 WEEKS – SOT 223 40 WEEKS – DSN PACKAFES 20 WEEKS

 

ON Semiconductor

12-40

Increasing

SMA 23-40 WEEKS – SMB 23-40 WEEKS – SMC 28-33 WEEKS – SOT 23 COPPER 20-45 WEEKS – SOT 89 16-30 WEEKS – SOT223 40 WEEKS – TO220 16-22 WEEKS – SOD 923 18-22 WEEKS – SOIC-8-14-16 20-30 WEEKS – SOD123 COPPER 20-30 WEEKS – SOD 323 DPAK 20-30 WEEKS – DFN PACK 20-52 WEEKS – SC 70 18-30 WEEKS

 

Rohm Semiconductor

10-60

Increasing

The following packages have been extended to 40 weeks CPT - TSMT356 - TSMT36M - TSMT8 - TSMT8M - SOP8 - UMD2M - USM - EMD2M - EMD2 - TUSH/TUMD2S - PMDU - PMDUM – PSM – PMDS - SSOP5 - SSOP6

 

PASSIVES

 

Trimmers & Pots

BI Tech

8-12

Stable

 

 

Piher

10-14

Stable

 

 

Panasonic

14-16

Decreasing

Pots will be EOL by the end of 2017

 

Vishay

10-14

Stable

 

 

Electrolytic

NIC Components

18-20

Increasing

Leadtimes pushed out. Some pricing has been increased. Pushouts some cases 40 weeks

 

Nichion

18-28

Stable

SMD 10x10,8x10,6.3x7.7 Leadtimes coming down now between 18-24, Snap-in still 28-30, price increases happening

 

Surge

14-19

Increasing

Lead-times pushing out closing on 20 weeks on some products

 

Panasonic

14-18

Decreasing

Some SMD dropping from 18 to 16 weeks. Some price increases.

 

United Chemicon

16-20

Increasing

Leadtimes increasing the 18-20 weeks

 

Capacitors - Tantalum

AVX

20-28

Increasing

Long lead-times across all case sizes

 

Vishay

15-20

Increasing

Lead-times extending on small case sizes A & B

 

Leaded Capacitors - Ceramic

AVX

18-20

Stable

 

 

Murata

18-20

Stable

A lot of parts EOL'd

 

Vishay

12-16

Stable

 

 

NIC Components

14-18

Increasing

 

 

TDK

14-20

Increasing

 

 

Surface Mount General Capacitors – Ceramic

AVX

24+

Increasing

Automotive Specs Sold Out, Allocation on 44 series of parts. Controlled order entry on long list of parts

 

Murata

20-38+

Increasing

Controlled order entry on a long list of parts, mostly large case sizes. EOL notification on many parts

 

Samsung

24+

Increasing

Lead times under pressure, price increases in Q1 2018

 

TDK

24+

Increasing

On severe allocation

 

Taiyo Yuden

30+

Increasing

On severe allocation

 

NIC Components

24+

Increasing

 

 

Yageo

38+

Increasing

Price increase in Q1 2018, Controlled order entry on long list of parts

 

Walsin

40+

Increasing

 

 

Vishay

16+

Stable

 

 


Spring is coming, it is a prosperous season, wish all the same as every our valued customers business. 

Kingtronics have good news to launch Surface Mounted SMD Trimming Potentiometer to our oversea customers. --- RKT-3313 & RKT-3224

Kindly please check below product datasheet and specification, sincerely looking forward for your inquiry.

RKT-3313 3mm Surface Mounted SMD Trimming Potentiometer
.Multi-loop/Glass glaze/Seal
.Surface Mounted Trimming Potentiometer
.3mm Square
.Top adjust

RKT-3224 4mm Surface Mounted SMD Trimming Potentiometer
.Multi-loop/Glass glaze/Seal
.Surface Mounted Trimming Potentiometer
.4mm Square
.Top adjust

SMA-J Fast Recovery Rectifier RS1A-RS1M

FEATURES:
‧ For surface mounted applications
‧ Fast switching for high efficiency
‧ Low reverse leakage
‧ Built-in strain relief,ideal for automated placement
‧ High forward surge current capability
‧ The plastic package carries Underwriters Laboratory
‧ Reverse Voltage - 50 to 1000 Volts Forward Current - 1.0 Ampere
‧ High temperature soldering guaranteed: 250 C/10 seconds at terminals
‧ Flammability Classification 94V-0
‧ P/N: RS1A, RS1B, RS1D, RS1G, RS1J, RS1K, RS1M

Kindly please check more items and datasheet from below links:

SMA-J Fast Recovery Rectifier RS1A-RS1M
SMA Fast Recovery Rectifier RS2A-RS2M
SMB Fast Recovery Rectifier RS2A-RS2M
SMB Fast Recovery Rectifier RS3A-RS3M
SMC Fast Recovery Rectifier RS3A-RS3M
SMC Fast Recovery Rectifier RS5A-RS5M

(1)It is recommended that capacitors should be used at a voltage less than the rated voltage.
It is also recommended to properly derate the voltage to improve operating reliability. 

(2)Customers in the product installation to avoid the occurrence of individual products locally over temperature conditions (260 ), and to avoid direct contact with high temperature soldering paste tantalum capacitor body.

(3) In low impedance circuit applications such as power supply circuits, the failure rate may increase due to inrush current.
Additionally, if a short occurs within the capacitor, burning may possibly occur.
Therefore, sufficient voltage derating is recommended. Use voltage should be within 30% -50% of the rated voltage, thereby improving the reliability of the circuit, in order to avoid the adverse effects of inrush current.

For more products information please check:
http://www.kingtronics.com/mlcc-capacitors/chip-tantalum-capacitors.html

Tantalum electrolytic capacitors exploit the tendency of tantalum to form a protective oxide surface layer, using tantalum powder, pressed into a pellet shape, as one "plate" of the capacitor, the oxide as the dielectric, and an electrolytic solution or conductive solid as the other "plate". Because the dielectric layer can be very thin (thinner than the similar layer in, for instance, an aluminium electrolytic capacitor), a high capacitance can be achieved in a small volume. Because of the size and weight advantages, tantalum capacitors are attractive for portable telephones, personal computers, and automotive electronics.

Kingtronics short for Kt (logo) produce tantalum capacitors since 1997, include dipped tantalum capacitors (through hole capacitors), general purpose chip tantalum capacitors (surface mount) and Low-ESR chip tantalum capacitors (surface mount).We have a full instruction about Tantalum Capacitors in our website www.kingtronics.com  each series of Tantalum Capacitors have detailed PDF and other information.

Contact us

Tel: (86) 769 8118 8110
Tel: (852) 8106 7033
Fax: (852) 8106 7099
E-mail: info@kingtronics.com
Skype: kingtronics.sales
MSN: kingtronics-sales@hotmail.com
Web: www.Kingtronics.com

About

Kingtronics International Company was established in 1995 located in Dongguan City of China to handle all sales & marketing for factories located in Chengdu, Sichuan and Zhaoqing, Guangdong, China. In 1990, we established the first factory to produce trimming potentiometer and in 1999 we built up new factory in Zhao Qing, Guangdong. Now with around 850 workers, Kingtronics produce trimming potentiometers, dipped tantalum capacitors, multilayer ceramic capacitors, and diode & bridge rectifier. We sell good quality under our brand Kingtronics, and Kt, King, Kingtronics are our three trademarks. All our products are RoHS compliant, and our bridge rectifier have UL approval. Please visit our Products page, you could please download all our PDF datasheet and find cross reference for our Trimming Potentiometer and capacitors.

Tantalum and Ceramic Capacitors Cross Reference ↓ Download
Diodes & Rectifiers List(PDF: 97KB) ↓ Download
Trimming Potentiometer Cross Reference ↓Download

Meet Kingtronics in Moscow soon
Chip EXPO 2017
Chip EXPO 2017
"Expocentre" Moscow Russia
Date: Oct 31 - Nov 2nd, 2017
Booth No.: B 20

Meet Kingtronics in Munich soon
Electronica 2018
Electronica 2018
New Munich Trade Fair Centre, Germany
Date: 13-16 November, 2018
Booth No.: To be advised

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