Kt 3MM Ceramic Trimmer Capacitors

Espero que você tenha ótimos feriados de Ano Novo Chinês e volte para você. Você está preocupado com a série Murata TZV2 será descontinuado? Nós somos fabricante de Capacitor de Trimmer em Cerâmica de montagem em superfície de 3mm em HK e queremos lidar com pessoas que precisam de Capacitores Trimmer.

As séries KKT da Kingtronics possuem códigos de cores que permitem fácil identificação, tamanho pequeno com dimensão externa de 3,2 (L) x 4,5 (L) x 1,5 (T) mm. se você for um usuário antigo da série TZV2, apenas altere o tamanho do padrão de PCB para ajustar-se à série Kingtronics KKT 3MM

Agora, por favor, verifique os seguintes itens que servem para o seu produto, espero que seja útil para você. Nós também podemos fornecer qualidade superior com preço atraente. Bem-vindo encontrar mais detalhes no link:
http://kingtronics.com/Ceramic-Trimmer-Capacitors/KKT-SMD-3mm-Ceramic-Trimmer-Capacitor.html

Capacitance                  (pF MAX) Murata Kingtronics
Part Number L x W (size) Part Number L x W (size)
20pF TZV2R200A110B00 2.3(W)x3.2(L)x1.45max.(H)mm KKT-320TR (Pink) 3.2(W) x 4.5(L) x 1.5(T)mm
20pF TZV2R200A110R00 2.3(W)x3.2(L)x1.45max.(H)mm KKT-320TR (Pink) 3.2(W) x 4.5(L) x 1.5(T)mm
3pF TZV2Z030A110B00 2.3(W)x3.2(L)x1.45max.(H)mm KKT-303TR (Black) 3.2(W) x 4.5(L) x 1.5(T)mm
3pF TZV2Z030A110R00 2.3(W)x3.2(L)x1.45max.(H)mm KKT-303TR (Black) 3.2(W) x 4.5(L) x 1.5(T)mm
6pF TZV2Z060A110B00 2.3(W)x3.2(L)x1.45max.(H)mm KKT-306TR (Blue) 3.2(W) x 4.5(L) x 1.5(T)mm
6pF TZV2Z060A110R00 2.3(W)x3.2(L)x1.45max.(H)mm KKT-306TR (Blue) 3.2(W) x 4.5(L) x 1.5(T)mm
10pF TZV2Z100A110B00 2.3(W)x3.2(L)x1.45max.(H)mm KKT-310TR (Ivory) 3.2(W) x 4.5(L) x 1.5(T)mm
10pF TZV2Z100A110R00 2.3(W)x3.2(L)x1.45max.(H)mm KKT-310TR (Ivory) 3.2(W) x 4.5(L) x 1.5(T)mm
2.5pF TZV2Z2R5A110B00 2.3(W)x3.2(L)x1.45max.(H)mm KKT-303TR (Black) 3.2(W) x 4.5(L) x 1.5(T)mm
2.5pF TZV2Z2R5A110R00 2.3(W)x3.2(L)x1.45max.(H)mm KKT-303TR (Black) 3.2(W) x 4.5(L) x 1.5(T)mm
Note:The product information in this catalog is for reference only,Please contact our sales before ordering: info@kingtronics.com

Kt Kingtronics File Global Lead Time Information in Electronics Industry

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

 

 

 

Kingtronics SMD Trimming Potentiometer

A primavera está chegando, é uma estação próspera, deseja tudo igual que cada um dos negócios de clientes valorizados. 

Kingtronics tem boas notícias para lançar Potentiómetro de corte SMD montado em superfície para nossos clientes ultramarinos. --- RKT-3313 e RKT-3224

Por favor, verifique abaixo a folha de dados do produto e as especificações, sinceramente ansioso pelo seu inquérito.

RKT-3313 Potenciômetro de acabamento SMD montado em superfície de 3mm
. Multi-loop / Glass Glaze / Seal
. Potenciômetro de corte montado na superfície
. Quadrado de 3mm
. Ajuste superior

RKT-3224 Potenciômetro de acabamento SMD montado em superfície 4 mm
. Multi-loop / Glass Glaze / Seal
. Potenciômetro de corte montado na superfície
. Quadrado de 4 mm
. Ajuste superior

Kt Kingtronics Ceramic Trimmer Capacitors

У нас есть запас ниже KKT Surface Mount 3mm Ceramic Trimmer Capacitors, если вы заинтересованы, пожалуйста, свяжитесь с нами.

KKT-306TR 30 000 шт.
KKT-310TR 50 000 шт.
KKT-320TR 40 000 шт.

Также доступны SMD 3mm Chip Ceramic Trimmer Конденсатор KKT в другом значении.

KKT-303TR 1.5pF - 3pF Черный
KKT-306TR 2.0pF - 6pF Синий
KKT-310TR 3.0pF - 10pF Ivory
KKT-320TR 5.5pF - 20pF Розовый
KKT-330TR 8.0pF - 30pF Зеленый

http://www.kingtronics.com/pdf/KKT-SMD-3mm-Ceramic-Trimmer-Capacitor.pdf

Kt Ceramic Trimmer Capacitor Soldering

Aqui, gostaríamos de compartilhar a guia de solda de condensador de condensador de cerâmica 3mm Surface Mount. Consulte o perfil de solda recomendado conforme abaixo.
Se as condições de soldagem não forem adequadas, o condensador de corte pode se desviar da característica de desempenho especificada.

Use a quantidade adequada de solda. A quantidade de solda é crítica.
Quantidades insuficientes de solda podem resultar em insuficiência de solda na PCB.
Quantidades excessivas de solda podem causar a ponte entre os terminais ou a falha de contato devido à invasão do fluxo na parte móvel e na área de contato.
Não use soldagem por fluxo (soldagem de imersão)
Não utilize adesivos inadequados, como cola e cola instantânea. Pode penetrar no condensador de compensador.
http://www.kingtronics.com/Ceramic-Trimmer-Capacitors/KKT-SMD-3mm-Ceramic-Trimmer-Capacitor.html

Kt Kingtronics Tantalum Capacitors

(1) Рекомендуется, что конденсаторы должны использоваться при напряжении меньше 
номинального напряжения.
Рекомендуется также, чтобы правильно украсить напряжение для повышения 
эксплуатационной надежности.

(2) Клиенты в установке продукта, чтобы избежать возникновения отдельных продуктов 
локально более температурных условиях (≥260 ℃), и, чтобы избежать прямого контакта с 
высокой температурой тела паяльной пасты тантала конденсатора.


(3) В приложениях низких импеданс цепи, таких как цепей питания, интенсивность отказов 
может увеличиться из-за броска тока.

Кроме того, если короткое происходит внутри конденсатора, сжигание которых могла бы 
возникнуть.

Поэтому, рекомендуется достаточное снижение номинальных напряжения. Использование 
напряжение должно быть в пределах 30% -50% от номинального напряжения, тем самым 
повышая надежность схемы, чтобы избежать негативных последствий пускового тока.


Для получения дополнительной информации, пожалуйста, проверьте продукции:

http://www.kingtronics.com/mlcc-capacitors/chip-tantalum-capacitors.html

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