The following information has been gathered and assembled from industry sources and qualified by our Product Marketing Specialists. The information is intended for educational and best practice purposes.
Resion offers world-class supply chain programs to mitigate market supply and demand volatility. Contact a Relationship Manager for more information on Resion’s suite of inventory and long term supply solutions.
Analog
Technology
Manufacturer
Current Lead-Times
Lead-Times Trend
Comments
ams
12-38
Instability
Varies by product: Instability lead-time on: CMOSIS image sensors: 22-38 wks (CMVxxx); Position, Temperature: 30+ wks; Smart Lighting (AS72xx) 20+ wks, TAOS products (TSL, TMD, TCS) 20+ wks and Cambridge CMOS (CCS801, CCS811) 16+ wks
Infineon
16-26
Instability
*Leadtimes anticipated to increase by an average of 2-4 wks: Current, Position, Speed: 16-26 wks / 24gHz Radar: 26 wks / Pressure (DPSxxx): 14 wks
Sensors
Melexis
16-30
Instability
Varies by product: Optical sensors: 18 wks / Current and Position: 30 wks Latch & Switch: 24 wks / Pressure Sensors: 28 wks Speed & Temperature (FIR): 20 wks / Hardware& Tools: 4-6 wks
NXP (Freescale)
8-16
Instability
Instability lead-time on accelerometers to 18+ weeks. Pressure / TPMS at approximately 16+ weeks. Balance of sensors stable at 8-10 wks
TE Sensors
8-20
Instability
**Instability lead-time on certain pressure sensors** 6-8 wks on certain temp / pressure, vibration sensors / 8-10 wks on certain force, humidity, pressure, temp sensors / 10-12 wks on certain temp, position, pressure sensors / 12-14 wks on certain pressure and temp sensors.
Mixed Signal Amplifiers and Comparators
ON Semiconductor
12-24+
Instability
Some families 30+ weeks
STMicroelectronics
24+
Instability
Most families 30+ weeks
STMicroelectronics
30+
Instability
Standard Analog
Diodes Inc
14-16
Instability
ON Semiconductor
30+
Instability
Interface
FDTI
20
Instability
FTDI has improved on lead time and delivery, but certain parts are still pushed out.
Alternating Current/ Direct Currect & Direct Current / Direct Current Converters
STMicroelectronics
25+
Instability
Most families are seeing extended lead times
Connectivity Solutions
Technology
Manufacturer
Current Lead-Times
Lead-Times Trend
Comments
802.15.4/zig bee modules
California Eastern Labs
14-16
Instability
Cellular modules
Gemalto
10-12
Instability
Cat 1 modules lead-times are stretching 15-17 weeks
Transceivers/Receivers
Microchip
14-16
Instability
RFID
Austria Microsystem
28-30
Instability
AMS Transcivers are stretching to 28-30 wks
Discretes
Technology
Manufacturer
Current Lead-Times
Lead-Times Trend
Comments
Infineon
26-38
Instability
Good offering in midrange voltages (40-200V) with IR acquisition however, Pricing has been Instability and leadtimes also stetching. SOT-23 leadtimes 30 weeks + Automotive deliveries are 28 weeks +
Diodes Inc.
26-40
Instability
Leadtimes increasing due to fall out from competitors delivery issues and recent capacity constraints in FE Fab. Deliveries on devices from HH grace Fab have increased to 40 weeks. Diodes offering low – mid voltage offering competes with approx 65% of industry runners
Fairchild (ON Semiconductor)
24-42
Instability
Leadtimes increasing on small packages (sot-223 and smaller), dual, coplementary and co-pack devices are the hardest hit. Pbo shipdates are subject to change. **note posted leadtimes are for MOQ and not volume. Please confirm leadtimes for volume opportunites
Low Voltage Mosfets
ON Semiconductor
30-42
Instability
Leadtime issues on automotive devices , QFN 5×6. sot-23, sot-223. Constant decommits on PBO, shipments are subject to change. Get longterm visibility from customers through
Nexperia
24-30
Instability
Automotive is on capacity constraint. Large demand in micro leadless packages due to tablet market , Get longterm visibility from customers
STMicroelectronics
38-42
Instability
Q1 and Q2 2018 allocation already booked on all packages. Q3 and Q4 allocation in process. Both Backend and front end capacity is completely booked. Please secure visibility from customers through the end of 2018 preferably through Q1 2019
Vishay
26-44
Instability
Vishay expanding low and midrange portfolio. New revs are competitively priced. Large offering in P-channel. Capacity full for Q1 and Q2 2018 , Please secure visibility from customers through the end of 2018
Infineon
22-26
Instability
Focus on P7, C7, CFD. Infineon de-focus on legacy devices (C3, C6, P6 series) where we expect to see increases/ less cost concessions. Leadtimes on legacy devices has also increased to 24-28 weeks. Lead with P7 product for price/performance and better deliveries
Fairchild (ON Semiconductor)
16-26
Instability
Wide offering of HV fets for mass market. Deliveries are spotty however seem to be better than their competitors. **note posted leadtimes are for MOQ and not volume. Please confirm leadtimes for volume opportunites
Ixys
20-26
Instability
***Note, Ixys in process of being acquired by Littelfuse***Niche, very high voltage, high current devices. Devices are built to order therefore LT needs to be adhered to.Capacity is filling therefore orders placed within leadtime will be difficult to improve. Good play for anything above 1000V
High Voltage Mosfets
STMicroelectronics
38-42
Instability
Q1 and Q2 2018 allocation already booked on all packages. Q3 and Q4 allocation in process. Both Backend and front end capacity is completely booked. Please secure visibility from customers through the end of 2018 preferably through Q1 2019. Push M2, M5 and K5 series as they are best specs and most aggressively priced. Only Supplier with Silicon Carbide Fet rated at 200 degrees Celcius. SiC. Launched 650V SiC to offer against high performing IGBT’san alternative to Superjunction. Overall demand is still very stong and ST is at capacity
Rohm Semiconductor
36-40
Instability
Good range of SiC offering to compete with Cree (Wolfspeed), overall leadtimes have increased due to demand. Entire SiC FET porfolio being stocked to support new designs. SIC leadtimes 30 weeks +
Microsemi
24-28
Instability
***Note in process of being aquired by Microchip***Newly developed SiC technology. Offering also available in modules. MS also has the ability to customize packaging where warranted.
Vishay
26-44
Instability
Continuous development of HV portfolio. Superjunction 650V fets comparable to Infineon and ST. Superjunction leadtimes are over 30 weeks, legacy devices (IR…) still running under 20 weeks
Fairchild
20-24 & 52 weeks
Instability
Good offering in Field Stop IGBT’s, legacy IGBT deliveries are increasing however die bank available on certain series. IPM modules now on official Allocation due to backend capacity constraints caused by high demand on technology. ***note posted leadtimes are for MOQ and not volume. Please confirm leadtimes for volume opportunites
Infineon
26-39
Instability
WW leader in IGBT offering and with the merger of IR, have the widest range of high and low power IGBT’s. CO-Pack offering (rectifier combo) out to 30 weeks + and increasing
IGBTs
Microsemi
20-26
Instability
offering available in high power modules as a counter to Infineon, Semikrom, Mitsubishi
Ixys
20-26
Instability
***Note, Ixys in process of being acquired by Littelfuse***Product is Niche and is built to order. Get longterm visibility as improving deliveries on pbo inside of leadtime will not be possible
STMicroelectronics
50
Instability
Investing R&D in this product area , offering available in high power modules as a counter to Infineon, Semikrom, Mitsubishi. ST is completely booked for the next 12 months. Get longterm visibility from customers through the end of 2018 preferably Q1 2019
Littelfuse
12-16
Instability
ON Semiconductor
14-16
Instability
SOT-223 package 20+ weeks
ESD
Cooper Bussmann
20-24
Instability
Nexperia
12-26
Instability
SOT23SD/DD from 8 to 13 weeks – SOD523 from 8 to 16 weeks – SOT323SD/DD from 6 to 8 weeks SOT363 from 8 to 13 weeks DHVQFN14/16/20/24 from 8 to 16 weeks – DFN PACKAGES 20 weeks – SOD 323 26 weeks – SOT 223 20 weeks – DSN PACKAFES 20 weeks – SOT66X 20 weeks- SOT457 13 weeks
Fuses
Cooper Bussmann
10-14
Instability
Thyristors/triacs
STMicroelectronics
25+
Instability
Competitive pricing, strong print position; *** Packages affected… – ASD Triac… DPAK/IPAK; TO220/TO220FP; SOT223; TO92… – Thyristor & Triac… D-Pak/IPAK; D2PAK/I2Pak; TO220FP; SOT223. Delivery dates are reflecting the extended 20+ week lead times.
Littelfuse
8-10 / 17-30
Stable / Instability
On August 25, 2016, Littelfuse announced it entered into agreements with ON Semiconductor to acquire three (3) product lines: TVS Diodes, Switching Thyristors, and IGBT’s for ignition applications, including relevant intellectual property.*** LFO product (formaly ON Semi product) experiencing extended lead times, anywhere from 17 to 30 weeks. **********Littelfuse Completes Acquisition of IXYS Corporation.
Diodes Inc
12-16
Instability
TVS Diodes
Littelfuse
16
Instability
Purchased ON Semi TVS business Lead times 24 weeks
Vishay
25-40
Instability
SMC at 25 weeks SMA and SMB at 40
Diodes Inc
16-30
Instability
DFxx series 25-30 weeks, KBPxx series 21-25 weeks.
Bridge Rectifiers
Fairchild
12-42
Instability
Vishay
19-45
Instability
Diodes Inc
12-22
Instability
Schottky Diodes
Nexperia
20-40
Instability
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
Instability
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
Instability
Rectifiers
Diodes Inc
12-24
Instability
Schottky rectifiers SOT23 and SOD323 20- 24 weeks, PDI123 21 weeks, SBR TO220AB 12-20 weeks, SMA 16-18 weeks.
Vishay
16-52
Instability
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
Instability
SOD123 flat lead, SOT23 copper and SMA Flat lead 36-42 weeks lead time. Automotive parts 26-32 weeks
STMicroelectronics
20-33
Instability
TURBO 2 Ultrafast High Voltage Rectifiers running about 20 weeks. Everything else is 25-33 weeks.
Switching Diodes
Diodes Inc
12-22
Instability
Fairchild
16-45
Instability
ON Semiconductor
16-40
Instability
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
Instability
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
Small Signal Mosfets
Diodes Inc
40-42
Instability
2N7002 – BSS123-BSS138-BSS84 – 40 weeks
Fairchild
20-50
Instability
BSS84 — BSS123 — BSS138 — FDV01N-FDV303N
Nexperia
20-40
Instability
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
18-40
Instability
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
Diodes Inc
12-22
Instability
Fairchild
10-30
Instability
Zener Diodes
Nexperia
6-40
Instability
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
Instability
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
Instability
SMA SMB – 28-44 WEEKS
Diodes Inc
12-22
Instability
Bipolar Transistors
Fairchild
12-40
Instability
ON Semiconductor
12-40
Instability
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 18-22 weeks
STMicroelectronics
20-24
Instability
Diodes Inc
12-22
Instability
Digital Transistors
ON Semiconductor
14-40
Instability
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
13-40
Instability
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
Rohm Semiconductor
10-60
Instability
CPT – TSMT356 – TSMT36M – TSMT8 – TSMT8M – SOP8 – UMD2M – USM – EMD2M – EMD2 – TUSH/TUMD2S – PMDU – PMDUM – PSM – PMDS – SSOP5 – SSOP6
Diodes Inc
12-22
Instability
Fairchild
10-40
Instability
General Purpose Transistors
Nexperia
13-40
Instability
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
Instability
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
Instability
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
CEL
16
Instability
Internal cost increases by parent company (Renesas)
Optocoupler Components
Fairchild / ON Semiconductor
12-18
Instability
8-pin white package lead times at 32 weeks
Socle (formerly Sharp)
18
Instability
New management. Costs increasing.
Vishay
8-12
Instability
4-pin,6-pin,minflat & half-pitch miniflat longer lead-times – +30 weeks.
Nexperia
16-28
Instability
SOT353, SOT753 and DQFN packages (Picogates) at 16-28 weeks
Logic
ON Semiconductor
8-12; 22-26
Instability
Legacy “wide body logic” lead times are extending. US8 pkg up to 26 weeks. MiniGates are in good shape for SC-88, SOT9 and uDFN.
Fairchild
8-12
Instability
Fairchild acquired by ON Semi. Specific legacy-FCS logic (primarily AC/ACT and LCX families) are extending to 48 weeks but there are ON equivalents available.
Electromechanical
Technology
Manufacturer
Current Lead-Times
Lead-Times Trend
Comments
Cosel
12-20
Instability
TUNS series stretching
Power Supplies (AC/DC)
Recom Power
12-18
Instability
Component shortages
Murata Power
12-14
Instability
MVAC series stretching to 20 weeks
Vicor Corporation
14
Instability
Component shortages
Cosel
12-16
Instability
Power Supplies (DC/DC)
Recom Power
12-18
Instability
Component shortages
Vicor Corporation
14
Instability
Component shortages
American Zettler
12-24
Instability
Increasing includes CNY
Relays
Hongfa Relays
12-42
Instability
HF32F and HF33F series to 35-42 weeks; HF152F 45 weeks
Panasonic
14-22
Instability
Some series stretching to 26 weeks. Photomos also increasing
Fans
Delta Products
20-22
Instability
Epson
10-12
Instability
FA128 & FA 20 24 weeks. MC-146 series increasing to 20 weeks
Timing
Abracon
12-24
Instability
ABS07-ABS10-ABS25 increasing to 24 weeks. ABMM Series increasing to 20 weeks. ABM3 series at 20 weeks
Raltron
14-20
Instability
Citizen
14-24
Instability
CM315D series increasing to 24 weeks
High-End
Technology
Manufacturer
Current Lead-Times
Lead-Times Trend
Comments
8 Bit MCU
STMicroelectronics
30
Instability
Allocation in Asia, very long lead-time in NA.
Cypress
22-24
Instability
32 Bit MCU
NXP
40
Instability
Kinetis leadtime is increased at 40 weeks while legacy NXP LPC is stable at 20 weeks.
Renesas
24-26
Instability
Average lead time is 26 weeks but Synergy is stable at 16 weeks.
STMicroelectronics
30 weeks
Instability
Overall 30 weeks except the below family.
NLT
20-30
Instability
NLT Product out of Japan has long lead-times.
LCD’s
Sharp
20-24
Instability
Tianma
20-24
Instability
SoC
Lattice
8-10
Instability
Stretching LT only on ICE family
Microsemi
18-20
Instability
PHY
Microsemi
10-16
Instability
Interconnect
Technology
Manufacturer
Current Lead-Times
Lead-Times Trend
Comments
Plastic Multipole Connectors
Harting
12-20
Instability
Increases due to raw material suppliers extending their delivery dates
JST
17-52
Instability
Due to raw material shortages and capacity issues. Some parts on allocation.
PCB Connectors
Harting
12-20
Instability
Increases due to raw material suppliers extending their delivery dates
JST
17-52
Instability
Due to raw material shortages and capacity issues. Some parts on allocation.
Memory
Technology
Manufacturer
Current Lead-Times
Lead-Times Trend
Comments
Memory Modules
ADATA
6-8
Instability
Kingston
4-8
Instability
DDR4 modules are on allocation; pricing continues to increase on a weekly basis. DDR3 modules are also difficult to get and the costs have increased approximately 80% throughout 2017. DDR2 modules – these are flat in both price and lead time. Lead times are 2-3 weeks and the costs have been the same for over a year, however many densities and configurations are being discontinued (it’s considered legacy technology) We have a new supplier of Memory Modules – ADATA
Cypress
Allocation
Instability
Cypress NOR is on severe allocation. Macronix’s lead time are at 18-22 weeks. Pricing for Q2 has gone up, compared to Q1. Cypress is working on bringing extra capacity on-line. They expect to see the benefit of this action in Q3.
GigaDevice
6-12
Instability
Macronix
18-22
Instability
SLC NAND FLASH
Cypress
Allocation
Instability
Macronix
18-26
Instability
SLC NAND from Cypress is on severe allocation. Macronix NAND is not on official allocation, but the lead times are long: up to 26 weeks. Costs for SLC NAND Flash devices have gone up 150%+ throughout 2017 and they’ve gone up again for Q2.
Centon
8-12
Instability
Memory Cards
Panasonic
8-14
Instability
Unigen
10-12
Instability
Microchip
8-14
Instability
EEPROM
STMicroelectronics
6-26
Instability
ST’s lead times for I2C EEPROMs in 8-pin SOIC and TSOP packages have increased from 4-8 weeks to 12-26 weeks
ON Semiconductor
12-20
Instability
FRAM & NVSRAM
Cypress
14-30
Instability
Certain Cypress NVSRAMs are now at 26-30 weeks lead time.
Multi-Layer Ceramic Capacitors
Technology
Manufacturer
Current Lead-Times
Lead-Times Trend
Comments
AVX
16-20
Instability
Automotive Specs Completely Sold Out
Murata
20-30
Instability
Controlled order entry on a long list of parts, mostly large case sizes
Samsung
12-14
Instability
Lead times under pressure, expected to increase
Surface Mount General Capacitors – Ceramic
TDK
22-24
Instability
On severe allocation
NIC Components
16-20
Instability
Yageo
14-16
Instability
Lead times under pressure, expected to increase
Walsin
8-10
Instability
Specialty Capacitors
Vishay
10-12
Instability
Optoelectronics
Technology
Manufacturer
Current Lead-Times
Lead-Times Trend
Comments
Isolation Components
Fairchild
12-14
Instability
ON Semiconductor has acquired Fairchild
LEDs
Stanley
10-12
Instability
Legacy product being discontinued in 2017 due to little or no demand, some have replacements being offered with latest technology for continued growth
Passives
Technology
Manufacturer
Current Lead-Times
Lead-Times Trend
Comments
NIC Components
18-20
Instability
Leadtimes pushed out. Some pricing has been increased. Pushouts some cases 40 weeks
Electrolytic
Surge
14-19
Instability
Lead-times pushing out closing on 20 weeks on some products
United Chemicon
16-20
Instability
Leadtimes increasing the 18-20 weeks
Capacitors – Film
EPCOS
42+
Instability
Lead-times pushed out over 50 weeks on some values.
WIMA
16-19
Instability
Lead-times stretching now closer to 19 weeks full price increase accrosss the board.
Capacitors – Tantalum
AVX
20-28
Instability
Long lead-times across all case sizes
Vishay
15-20
Instability
Lead-times extending on small case sizes A & B
Capacitors – Polymer Tantalum
AVX
14-20
Instability
Comp Kemet
Panasonic
12-16
Instability
Strong on polymer (Poscaps) tantalum – comp Kemet
Filters
EPCOS
20-30
Instability
Common Mode Chokes are at 32 + weeks
TDK
12-20
Instability
Common Mode Chokes are at 24 + weeks
Cooper Bussmann
14-16
Instability
Delevan
25
Instability
LT’s on many case sizes including 1008-S1008-1812-S1812 have increases to 25-35 weeks
Inductors
Halo Transformers
18-24
Instability
Panasonic
20+
Instability
Wurth
16-20
Instability
Wurth/Midcom Transformer Lead-times are 16-20 weeks
Vishay
52+
Instability
IHLP’s LT’s 48-65 plus weeks IHLP 1212, 1616, 2020, 3232 have increased to 52+ weeks in LT. IHLP 2525’s are now 62+ weeks as well. Larger case sizes 4040,5050 and all automotive parts ending in “A” are 48+ weeks . IHLP6767 16 weeks
IRC
20-30
Instability
Due to capacity constraints many products have extended lead times
Fixed Resistors
Samsung
20
Instability
Yageo
23
Instability
Increase in production lead time to 15 weeks. Add 6-8 weeks for transit by boat
AVX
24+
Instability
Automotive Specs Sold Out, Allocation on 44 series of parts. Controlled order entry on long list of parts
Murata
20-38+
Instability
Controlled order entry on a long list of parts, mostly large case sizes. EOL notification on many parts
Samsung
24+
Instability
Lead times under pressure, price increases in Q1 2018
Surface Mount General Capacitors – Ceramic
TDK
24+
Instability
On severe allocation
Taiyo Yuden
30+
Instability
On severe allocation
NIC Components
24+
Instability
Yageo
38+
Instability
Price increase in Q1 2018, Controlled order entry on long list of parts
Walsin
40+
Instability
Leaded Capacitors – Ceramic
NIC Components
14-18
Instability
TDK
14-20
Instability
Specialty Capacitors
Murata
16-20
Instability
Vishay
10-12
Instability
Future Lighting Solutions
Technology
Manufacturer
Current Lead-Times
Lead-Times Trend
Comments
UV LEDs
Seoul Viosys
6-8
Instability
Q2 pricing trend: stable
Standard Light Engines (Level 2 Boards)
SimpleLED (MFR: RENA)
10-12
Instability
Pricing stable, delivery unchanged, capacity good