Search Results for 38999
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2-Bay MT38999 with MT Ferrules to Examax Connector
Ethernet copper to fiber/ fiber to copper converter. Converts eight channels of 1G/10G/25GBASE-SR to 1G/10G/25GBASE-KR or two channels of 40G/100GBASE-SR4 to 40G/100GBASE-KR4
38999 Bulkhead Feedthroughs
Double-ended receptacles with feedthrough contacts that mate to standard Mil-Spec D38999 plugs.
38999 Connector Savers
Protect connectors subjected to repeated mating cycles and prevent costly repairs associated with the replacement of connectors and cables.
38999 Connectors with Power Contacts
Amphenol has increased its power options for D38999, and a contact system for every application. Featuring Temper-Grip, RADSOK®, HCP and Standard Power contacts.
38999 Integral Accessories
Includes features that eliminate the need for additional accessories.
38999 Plus
Amphenol Aerospace is the industry leader in the design and development of D38999 Series III
connectors. While the qualified Mil-Spec versions offer plenty of features, the customization and
design options outside of the Mil-Spec are virtually endless.
38999 Ram-Lock
The Ram-Lock is a 38999 Push-Pull Quick Disconnect with positive lock and is perfect for applications where accidental un-mating is a concern.
Centaur High Bandwidth 38999 Connectors
Combines our extensive legacy of Mil-Spec connectors with the latest in high-speed technology, providing both a durable and high-bandwidth system that supports data rates up to 56 Gbps in a lightweight, aluminum MIL-DTL-38999 shell.
Centaur High Bandwidth 38999 PCB Connectors
Our Centaur interconnect product is now available in a compliant eye press fit tail option. Supporting data rates up to 10 Gbps with options of 32 to 40 differential pairs – this configuration can now connect straight to your board for a rugged 38999 integrated system.
CF38999 Multi-Channel Fiber Optic Connector
The industry standard for Fiber Optics which meets or exceeds MIL-DTL-38999 Series III requirements.
D38999 Connectors with Coaxial, Concentric Twinax, and Triax Contacts
Amphenol D38999 Series III Connectors are ideally suited for the incorporation of shielded contacts for high-performance, high-speed interconnection applications.
D38999 Connectors with Quadrax, Differential Twinax Contacts
Amphenol D38999 Series III Connectors are ideally suited for the incorporation of shielded contacts for high-performance, high-speed interconnection applications.
D38999 PCB Hermetics
D38999 Series III hermetic connectors with PC tails for Printed Circuit Board assemblies in severe environment applications needing EMI Shielding
D38999 Series I Filter Connectors
The filtered LJT Series offers all the design features of Series II plus a 100% “scoop-proof” contact protection design.
D38999 Series I Hermetic
MIL-DTL-38999 Series I connectors with fast, 1/3 turn bayonet coupling, scoop proof design to protect the contacts, and a glass to metal seal achieving mil-spec sealing requirements.
D38999 Series I LJT Breakaway
Provide unequaled performance in environments requiring instant disengagement.
D38999 Series I PCB
MIL-DTL-38999 Series I-type connectors with PC tail contacts
D38999 Series II Filter Connectors
Subminiature, environmental-class connectors used where a quick disconnect coupling system is required for blind mating.
D38999 Series II Hermetic
MIL-DTL-38999 Series II connectors with fast, 1/3 turn bayonet coupling and a glass to metal seal achieving mil-spec sealing requirements.
D38999 Series II PCB
38999 Series II type connectors with PC Tail contacts.
D38999 Series III Breakaway Fail-Safe
D38999/29, /30, /31 and MIL-STD-1760 Type II-qualified breakaway connectors for weapons-release applications.
D38999 Series III Filter Connectors
High-performance general duty D38999 Series III threaded Filter Connector designed to withstand severe environment applications.
D38999 Series III Hermetic
MIL-DTL-38999 Series III connectors with tri-start coupling and a glass to metal seal achieving mil-spec hermetic sealing requirements.
D38999 Series III PCB
MIL-DTL-38999 Series III-type connectors with PC tail contacts
Deep Space 38999
Designed for the frigid temperatures of space and other extreme cold-weather environments, Amphenol Aerospace’s new Deep Space 38999 series is perfectly suited for below-zero applications.
ETV38999
ETV38999 is a high-performance circular connector product range developed for next-generation Aeromotive applications where performance must be met with affordability.
HD38999 High Density
Features 30% more contact density than standard MIL-DTL-38999 inserts while utilizing the same connector dimensions and shell sizes.
High Power 38999
MIL-DTL-38999 Series III connector with RADSOK®, Temper-Grip, or standard high power contacts to accommodate requirements for 500+ amps.
High Voltage 38999
An expansion of the MIL-DTL-38999 series to provide solutions for next-generation power requirements.
Matrix 38999
A hybrid of the High Power Matrix 5015 series and D38999 military connector, Amphenol's High Power Matrix 38999 connector uses mil-spec qualified inserts from the Matrix 5015 and combines them with the mechanical interface of the D38999 to bring you the best of both worlds.
MIL-DTL-38999 Connectors
Amphenol Aerospace is the D38999 connector industry leader and has the broadest, most expansive D38999 connector portfolio in the world.
MIL-DTL-38999 Series I - LJT
Bayonet coupling, scoop-proof design qualified to MIL-DTL-38999 and MIL-DTL-27599 Series I
MIL-DTL-38999 Series II - JT
Originally developed for the aerospace industry during the development of MIL-C-38999. The lightweight, space-saving design also qualified to MIL-DTL-27599
MIL-DTL-38999 Series III - TV
Amphenol Tri-Start MIL-DTL-38999 Series III Connectors offer the highest performance capabilities for both general duty and severe environment applications.
MT38999 Multi-Channel Connectors with MT Ferrules
Amphenol offers a multi-channel circular connector with high density MT fiber optics. This connector uses MT ferrules.
PowerSafe 38999
The PowerSafe MIL-DTL-38999 Series III style connector uses first mate/last break and last mate/first break technology and is designed for power applications up to 500V, all while keeping user safety in mind.
2M Hermetic
The small and lightweight 2M Hermetic connector provides an exceptional airtight seal without sacrificing ruggedness and meets or exceeds most MIL-DTL-38999 environmental and performance requirements.
2M805 Tri-Start Threaded Coupling
Tri-Start threaded, ruggedized miniature connectors that meet D38999 requirements at half the size and weight.
38-Ninety
The Lowest Profile Option for D38999 Connectors and Beyond. Use a proven and simple solution with no die-cast and no welded joints
Agnostic Embedded Rugged Media Converters
Converters that output to a MIL-DTL-38999 connector embedded with high performance Amphenol contacts and can be configured with any plating, shell rotation, HQDP ribbon length, and HQDP connector type.
AmpheSEAL High Pressure
38999 High Pressure Solution
Centaur Sagittarius
Centaur Sagittarius is a ruggedized D38999 connector and high-speed cable package coupled with an integrated ExaMAX high-bandwidth backplane system optimized for ultra high-speed applications in the punishing environments of space.
Corrosion Ingress Seal
Protection against salt spray and corrosion for D38999
Dualok High-Vibration
An enhanced anti-decoupling mechanism designed to perform under severe vibration environments – far exceeding the performance of MIL-DTL-38999 Series III plugs.
High Frequency Coaxial Contacts
DC to 40 GHz high frequency size 8, 12 and 16 coaxial contacts for the D38999 Series III housing and standard inserts.
High Power
Amphenol Aerospace has multiple connector options within D38999 and 5015 designs to accommodate power requirements up to 1000 amps.
High Power Connectors
The High Power 38999 and High Power 5015 Series use Temper Grip and RADSOK contacts to give users up to 1000 amps current carrying capacity.
High Vibration 2M805
2M805 high vibration connectors are the next evolution of Amphenol’s expanding microminiature collection. Optimized to perform under high vibration conditions and meet the same harsh environmental requirements of D38999
High Voltage Connectors
The High Voltage 38999 Series was developed as a solution for all-electric power requirements on commercial aircraft and urban air mobility vehicles, or eVTOLs.
JSFC15/JSFC16 Connectors
Approved for use in JSF/F35 applications. Based on Amphenol Composite Tri-Start, Qualified to MIL-DTL-38999.
Lanyard Release / Quick Disconnect Connectors
D38999, M83723, and M5015 connectors with quick disconnect, lanyard release designs for multiple applications
Micro-Miniature
Amphenol Aerospace's Miniature and Micro-Miniature Connectors include our complete 2M Micro 38999 product line, the Bantam Micro-Bayonet series, the Multi-Media Ruggedized (MRC) connectors, and our new Warrior Grip Series which is designed for the US Army’s Nett Warrior system.
Mil-Spec Derivatives
MIL-SPEC Derivatives are built on the foundation of MIL-DTL-38999 and address specialized harsh-environment application requirements.
Mil-Spec Type Circulars
Amphenol designs and manufactures a complete range of Mil-Spec connectors including MIL-DTL-38999, 26482, 5015, and 83723. Also offering custom micro-miniature, filter, hermetically sealed, and custom prototype connectors.
Octonet Contact with Embedded 1G/10G Base-T Transformers
Integrates IEEE 802.3an/af/at/bt compliant transformers directly into the contact, enabling seamless compatibility with size 8 Quadrax-keyed MIL-DTL-38999 cavities.
Octonet Contacts
Size 8 Octonet Contacts for MIL-DTL-38999 Series III connectors.
Power Products
High Power 38999, High Voltage 38999, HVDC, and custom busbars to meet the latest power needs for electric and hybrid-electric military vehicles, and all-electric urban air mobility and commercial aircraft.
Quad Channel Bi-Directional Fiber to Copper Media Converter
Amphenol’s Quad Channel Bi-directional Fiber Optic Media Converter has four transmit and four receive channels to convert copper to fiber and fiber to copper utilizing Amphenol’s long-time trusted MIL-DTL-38999 connectors.
Reduced Flange Jam Nut Receptacles
The MIL-DTL-38999 Series III style connector features a reduced flange
design that saves space, weight, and reduces your footprint when used in
PCB applications.
Rugged Junction Boxes
Ethernet junction boxes for rugged military and other harsh environment applications, featuring a wide range of Amphenol D38999 connectors.
Series Five Connectors
Amphenol’s new Series Five connector is the next evolutionary step in combining all of the capabilities of the traditional 38999 style connector in a lighter, smaller, and more compact package.
Single-Channel 1000Base-T to SGMII Ethernet Converter
Amphenol's 1000BASE-T to SGMII Ethernet Converter uses SerDes technology and protocol conversion with a new level of ruggedization. Utilizing Amphenol’s 38999 connectors with a quadraxial cable, It has one port of Gigabit Ethernet and is compliant with IEEE 802.3ab Ethernet Standards and Specifications.
Single Channel Optoelectronic Transceivers
A transceiver that utilizes our long trusted MIL-DTL 38999 connectors along with a Samtec ribbon to convert 1GBase-SX or equivalent & 1GBase-FX creating a perfect fit for any application
12-Channel 10G Copper Rugged Ethernet Switch
Amphenol’s Rugged 12-Channel Ethernet Switch Box is conduction cooled and configurable for system connectivity, speeds, port types, and interoperation with various high-speed media converters and connectors for system interfacing.
17 Channel Rugged Ethernet Switch
Amphenol’s 17-channel Rugged Ethernet Switchbox is a standalone ethernet switch and
configurable for system connectivity, various speeds, port types, as well as interoperation with
several high-speed media converters and cable assemblies for system interfacing
1G Rugged Ethernet Switches – Base-T and Fiber
Rugged Ethernet switches that can run up to 1G on fiber or copper (Base-T). A small form factor, rugged, and versatile. These products are perfect for a wide variety of harsh environment applications including shipboard, aerospace, ground-based, or industrial systems that need copper and fiber channels.
2M804 Push-Pull Quick-Disconnect
Ruggedized, push-pull miniature connectors with multiple options for soldier-worn applications.
432-Channel Mega Rugged Ethernet Switch
Amphenol’s Rugged 432 Channel, 25G/100G Fiber Optic Ethernet Switch Box is liquid cooled and configurable for system connectivity, speeds, port types, and interoperation with various high-speed media converters and connectors for system interfacing.
Alternate to Cadmium Platings
RoHS compliant, hexavalent chromium-free, alternate-to-cadmium plating options for Mil-Spec type connectors
AP-93 Plating
REACH/RoHS compliant alternative to Cadmium plating.
ARINC 801 Fiber Optic Connectors
Amphenol offers a multi-channel circular connector that complies with the ARINC specification. This connector, available in straight plug and wall mount receptacle, uses the ARINC 801 ceramic termini.
Backshells, Strain Reliefs, Caps, Dummy Receptacles
Complete line of accessories for all Mil-Spec connectors
Coaxial Contacts
Reliable interconnection and continued performance in size 8, 12, & 16 crimp termination style.
Concentric Twinax Contacts
The size 8, 10, and 12 concentric Twinax contacts were developed for applications that require high performance interconnect characteristics in multi-pin connectors.
Cryo-Seal Hermetic Connector Series
The Cryo-Seal Hermetic connector series is designed for extreme low-temperature environments. They are built to retain contact-to-contact sealing in temperatures as low as -319 °F (-195° C).
Differential Twinax Contacts
Used to facilitate the launching of controlled impedance signals to printed circuit boards.
Dual Channel 10G BASE-T to 10G BASE-KR Converter
Amphenol’s 10G BASE-T to 10G BASE-KR converter couples SerDes technology and transformer coupling, which allows for protocol conversion with a new level of ruggedization.
Dual Channel Ethernet Fiber Optic Media Converter
This Dual Channel Media Converter can convert a single channel of 1GBASE-T to 1GBase-EX and a single channel of 16Base-T to 100Base-FX (EX, SX, LX also supported)
Epoxy Sealed Connectors
Epoxy Sealed Hermetic Connectors are a lightweight alternative to glass sealed hermetic connectors and are available in custom configurations, including board mounting stand-offs and thru-bulkhead designs.
Ethernet Fiber to Copper Switches and Media Converters
Amphenol Military High Speed is expanding their offering of Ethernet fiber to copper media converters and standalone switches. These products are perfect for a wide variety of harsh environment applications including shipboard, aerospace, ground-based, or industrial systems that need copper and fiber channels.
Fiber Optic Bulkhead Feed -Through
Fiber Optic Feed-Through is designed to perform in demanding environments where a high degree of environmental sealing is required between bulkheads.
Fiber to Antenna (FTTA) Interconnect Solutions
FTTA interconnect solution combines standard fiber optic LC components and copper contacts in a rugged, affordable package.
FiberQuad Evaluation Kit
Evaluation and test kit for 4.25Gbps, 10.3125Gbps, and 28.05Gbps FiberQuad
FiberQuad Ruggedized Quadrax Contacts
FiberQuad embeds a fiber optic transmitter or receiver within a Quadrax contact along with the support electronics to provide a plug-and-play solution.
Filter Adapters
Present an effective and economical method of introducing EMI/EMP protection to an installed system.
High Density 50G/400G PAM-4 Capable Rugged Ethernet Switch
Amphenol’s Rugged 256 Channel Ethernet Switch Box is liquid cooled and configurable for system connectivity, speeds, port types, and inter-operation with various high-speed media converters and connectors for system interfacing.
Lightning Protection Products
Amphenol offers superior transient protection from numerous threats, including direct or indirect lightning strikes.
Matched Impedance Coaxial Contacts
The matched impedance coax contact is available in size 12 for use in 90-degree angle or bent cable applications.
Mil-Spec Contacts
A complete line of AS39029 contacts for all major Mil-Spec circular connectors.
MTC-HD – High Density MT Ferrules with 6 Insert Arrangements
Next-generation fiber optic circular connector with high-density MT ferrules.
OCS - Oval Contact System Connectors
High-speed data transmission up to 10 Gbps per pair.
Optoelectronic Nano-D Media Converter
The following product is an integrated hybrid connector and media converter that couples SerDes technology and transformer coupling, which allows for protocol conversion with a new level of ruggedization.
Quadrax Contacts
Four strategically spaced inner contacts form two 100 or 150 Ohm matched impedance differential pairs.
Rugged 5G 24 Channel GbE Converter
This converter couples fiber optics and copper conversion with a new level of ruggedization.
SJT Connectors
Combine unique design features of the scoop-proof LJT series within standard mounting dimensions of JT types.
SJT Hermetic Connectors
Amphenol SJT connectors combine the unique design features of the scoop-proof LJT series within the standard mounting dimensions of JT types.
Space Blind Mate Connector
Designed specifically for large panels where extra float is required in all axes, or for any application requiring a floating interface
Split-Pair Quadrax Contacts
Overall higher bandwidth than standard CAT5E quadrax - Supports up to 6.5 Gbps per pair. For CAT6A type cable.
T-Line Push-Pull Connectors
A push-pull mating connector that incorporates a retention spring in the receptacle and a full-mating indicator band on the plug.
Tracer - Rapid Prototyping
Fully functional, fully customizable prototypes - fast
Triax Contacts
SIze 8, 10, and 12 high-speed Triax Contacts
Two-Channel Fiber to Copper Media Converter Unit
Two-Channel Fiber to Copper Media Converter unit is able to transfer and convert data at rates up to 4.25Gbps
Vacuum-Ready Media Converter
This media converter provides the perfect solution for the use inside of a vacuum environment. Featuring four channels of copper transmit and receive along with four channels of duplex fiber with low outgassing requirements and vacuum tested parts.
AV87 - VITA 87
Amphenol Fiber Systems International (AFSI) AV87 high density circular MT Connector product line offers a higher density MT ferrule-based fiber optic interconnect in the proven and ubiquitous MIL-DTL-38999 Series III form factor.
Rhino Series
Combines the benefits of field-proven MIL-DTL-38999 Series III circular connectors with low resistance hyperbolic RADSOK® power contacts.
Dualok: Vibration Testing vs. Standard D38999
2:14
Deep Space 38999 Thermal Cycling
1:08
Matrix 38999 High Power Connectors
1:40
Amphenol 38999 Series III Connectors: The Gold Standard
1:36
| View/Download | Document | Category | Date | Description |
|---|---|---|---|---|
| D38999/27YB35PN | RoHS | September 2015 | ||
| D38999/26ZH55SN | RoHS | September 2018 | ||
| D38999/26MA98SD | RoHS | September 2016 | ||
| D38999/26MA98SN | RoHS | May 2016 | ||
| D38999/26MB2SN | RoHS | November 2018 | ||
| D38999/26MB35PN | RoHS | March 2018 | ||
| D38999/26MB35SN | RoHS | November 2018 | ||
| D38999/26MB98SN | RoHS | November 2018 | ||
| D38999/26MC4SN | RoHS | October 2018 | ||
| D38999/26MA35SB | RoHS | November 2018 | ||
| D38999/26MC4SN(LC) | RoHS | April 2018 | ||
| D38999/26MD18PA | RoHS | December 2016 | ||
| D38999/26MD19PA | RoHS | July 2014 | ||
| D38999/26MD19PN | RoHS | July 2014 | ||
| D38999/26MD35HN | RoHS | September 2019 | ||
| D38999/26MD35SA | RoHS | November 2018 | ||
| D38999/26MD35SN | RoHS | March 2017 | ||
| D38999/26MD5SN | RoHS | November 2018 | ||
| D38999/26MC98PN | RoHS | August 2017 | ||
| D38999/26ME35PA | RoHS | November 2018 | ||
| D38999/26MA35SA | RoHS | November 2018 | ||
| D38999/26KJ29SN | RoHS | April 2018 | ||
| D38999/26KB98SN | RoHS | July 2018 | ||
| D38999/26KC35PN | RoHS | September 2019 | ||
| D38999/26KC8SA | RoHS | July 2018 | ||
| D38999/26KC8SN | RoHS | July 2018 | ||
| D38999/26KD15SN | RoHS | March 2018 | ||
| D38999/26KD18SN | RoHS | April 2019 | ||
| D38999/26KD35SN | RoHS | July 2018 | ||
| D38999/26KJ35PN | RoHS | November 2015 | ||
| D38999/26KD5PN | RoHS | April 2018 | ||
| D38999/26KF11PA | RoHS | April 2018 | ||
| D38999/26KF11PN | RoHS | April 2018 | ||
| D38999/26KG16SN | RoHS | April 2018 | ||
| D38999/26KH21PN | RoHS | April 2018 | ||
| D38999/26KH53PN | RoHS | December 2019 | ||
| D38999/26KH53SN | RoHS | October 2017 | ||
| D38999/26KJ29PN | RoHS | April 2018 | ||
| D38999/26KE26SN | RoHS | May 2016 | ||
| D38999/26ME35PN | RoHS | November 2018 | ||
| D38999/26MF18SA | RoHS | November 2018 | ||
| D38999/26ZB98SN | RoHS | November 2018 | ||
| D38999/26ZC4PN | RoHS | May 2019 | ||
| D38999/26ZC4SN | RoHS | May 2019 | ||
| D38999/26ZD19PN | RoHS | February 2019 | ||
| D38999/26ZD35PN | RoHS | August 2019 | ||
| D38999/26ZD35SN | RoHS | September 2018 | ||
| D38999/26ZE35PA | RoHS | November 2018 | ||
| D38999/26ZB35SN | RoHS | July 2018 | ||
| D38999/26ZE35SN | RoHS | May 2015 | ||
| D38999/26ZF11SN | RoHS | May 2019 | ||
| D38999/26ZF32SN | RoHS | February 2019 | ||
| D38999/26ZG75PN | RoHS | May 2019 | ||
| D38999/26ZG75SN | RoHS | May 2019 | ||
| D38999/26ZH21PN | RoHS | May 2019 | ||
| D38999/26ZH21SN | RoHS | May 2019 | ||
| D38999/26ZH55PN | RoHS | September 2018 | ||
| D38999/26ZE6PN | RoHS | July 2015 | ||
| D38999/26ME35SN | RoHS | November 2018 | ||
| D38999/26ZB35PN | RoHS | November 2019 | ||
| D38999/26ZA35SN | RoHS | April 2018 | ||
| D38999/26MF18SN | RoHS | November 2018 | ||
| D38999/26MG35PA | RoHS | November 2018 | ||
| D38999/26MG35PB | RoHS | November 2018 | ||
| D38999/26MG35PN | RoHS | November 2018 | ||
| D38999/26MG35SC | RoHS | April 2018 | ||
| D38999/26MG35SN | RoHS | November 2018 | ||
| D38999/26MH35HN | RoHS | June 2017 | ||
| D38999/26ZB2PN | RoHS | May 2019 | ||
| D38999/26MH35PA | RoHS | August 2019 | ||
| D38999/26MH35PN | RoHS | October 2018 | ||
| D38999/26SA35SA | RoHS | May 2019 | ||
| D38999/26SA98SN | RoHS | September 2018 | ||
| D38999/26SH55SN | RoHS | August 2017 | ||
| D38999/26SJ20PN(LC) | RoHS | July 2017 | ||
| D38999/26SJ20SN(LC) | RoHS | July 2017 | ||
| D38999/26TD5SN | RoHS | January 2014 | ||
| D38999/26MH35PB | RoHS | October 2018 | ||
| D38999/26KB98PN | RoHS | January 2020 | ||
| D38999/26KB35SN | RoHS | January 2017 | ||
| D38999/26KA98SN | RoHS | March 2018 | ||
| D38999/26GC35PN | RoHS | February 2017 | ||
| D38999/21NF35PN | RoHS | April 2014 | ||
| D38999/21YA35PA | RoHS | January 2017 | ||
| D38999/21YC98PN | RoHS | April 2017 | ||
| D38999/21YG41PN | RoHS | October 2017 | ||
| D38999/23NC35PN | RoHS | December 2018 | ||
| D38999/23YA35PN | RoHS | January 2017 | ||
| D38999/23YB35PN | RoHS | September 2016 | ||
| D38999/23YB5PN | RoHS | July 2018 | ||
| D38999/23YB98PN | RoHS | July 2018 | ||
| D38999/23YC98PN | RoHS | July 2018 | ||
| D38999/23YD19PN | RoHS | January 2017 | ||
| D38999/23YD35PN | RoHS | July 2018 | ||
| D38999/23YE26PN | RoHS | February 2014 | ||
| D38999/23YE35PN | RoHS | February 2017 | ||
| D38999/23YE8PN | RoHS | February 2017 | ||
| D38999/20ZH55SN | RoHS | September 2018 | ||
| D38999/20ZH21BN | RoHS | May 2019 | ||
| D38999/20ZH21AN | RoHS | May 2018 | ||
| D38999/20ZG75SN | RoHS | May 2019 | ||
| D38999/20MG41PN | RoHS | October 2017 | ||
| D38999/20MH35SA | RoHS | December 2018 | ||
| D38999/20MH35SN | RoHS | December 2018 | ||
| D38999/20MJ29SB | RoHS | December 2017 | ||
| D38999/20MJ8BN | RoHS | June 2015 | ||
| D38999/20SD35AN | RoHS | October 2017 | ||
| D38999/20TA35PB | RoHS | April 2018 | ||
| D38999/23YF11PN | RoHS | February 2014 | ||
| D38999/20TG11BN | RoHS | November 2014 | ||
| D38999/20ZB2BN | RoHS | May 2019 | ||
| D38999/20ZC4AN | RoHS | May 2019 | ||
| D38999/20ZC4BN | RoHS | May 2018 | ||
| D38999/20ZC4SN(LC) | RoHS | June 2017 | ||
| D38999/20ZD35SN | RoHS | April 2018 | ||
| D38999/20ZD5PN | RoHS | October 2014 | ||
| D38999/20ZG35PN | RoHS | April 2018 | ||
| D38999/20TJ19BC | RoHS | November 2014 | ||
| D38999/23YH55PN | RoHS | February 2014 | ||
| D38999/24FA35AA | RoHS | March 2014 | ||
| D38999/24FA35SA | RoHS | January 2016 | ||
| D38999/24FB98PN | RoHS | February 2015 | ||
| D38999/24FB98SN | RoHS | February 2015 | ||
| D38999/24FC35AC | RoHS | August 2017 | ||
| D38999/24FC35AN | RoHS | August 2017 | ||
| D38999/24FC35PA | RoHS | November 2016 | ||
| D38999/24FC35PB | RoHS | November 2016 | ||
| D38999/24FC35PN | RoHS | November 2016 | ||
| D38999/24FB5SD | RoHS | June 2017 | ||
| D38999/24FC35SA | RoHS | February 2016 | ||
| D38999/24FC35SC | RoHS | February 2016 | ||
| D38999/24FC35SD | RoHS | February 2016 | ||
| D38999/24FC35SN | RoHS | January 2016 | ||
| D38999/24FC4AA | RoHS | March 2018 | ||
| D38999/24FC4PA | RoHS | January 2016 | ||
| D38999/24FC8PN | RoHS | February 2015 | ||
| D38999/24FC8SN | RoHS | February 2015 | ||
| D38999/24FC35SB | RoHS | February 2016 | ||
| D38999/20MG11PA | RoHS | October 2017 | ||
| D38999/24FB5SC | RoHS | June 2017 | ||
| D38999/24FB5SA | RoHS | June 2017 | ||
| D38999/24FA35SB | RoHS | January 2016 | ||
| D38999/24FA35SC | RoHS | January 2016 | ||
| D38999/24FA35SD | RoHS | January 2016 | ||
| D38999/24FA35SE | RoHS | January 2016 | ||
| D38999/24FA35SN | RoHS | February 2016 | ||
| D38999/24FA98PN | RoHS | June 2017 | ||
| D38999/24FA98SB | RoHS | February 2016 | ||
| D38999/24FB5SB | RoHS | June 2017 | ||
| D38999/24FA98SN | RoHS | January 2016 | ||
| D38999/24FB35PB | RoHS | November 2016 | ||
| D38999/24FB35PD | RoHS | November 2016 | ||
| D38999/24FB35PN | RoHS | November 2016 | ||
| D38999/24FB35SA | RoHS | January 2016 | ||
| D38999/24FB35SN | RoHS | January 2016 | ||
| D38999/24FB5PB | RoHS | June 2017 | ||
| D38999/24FB5PN | RoHS | November 2016 | ||
| D38999/24FB35PA | RoHS | November 2016 | ||
| D38999/20ME35SN | RoHS | July 2019 | ||
| D38999/20ME35AN | RoHS | October 2017 | ||
| D38999/20ME35AA | RoHS | October 2017 | ||
| D38999/20FE8PN | RoHS | February 2016 | ||
| D38999/20FE99PN | RoHS | October 2017 | ||
| D38999/20FF11PN | RoHS | February 2016 | ||
| D38999/20FF32SN | RoHS | February 2016 | ||
| D38999/20FG35PN | RoHS | August 2015 | ||
| D38999/20FG39JN | RoHS | August 2017 | ||
| D38999/20FG41SA | RoHS | October 2017 | ||
| D38999/20FE6PN | RoHS | February 2016 | ||
| D38999/20FG75AN | RoHS | February 2017 | ||
| D38999/20FH35BB | RoHS | September 2016 | ||
| D38999/20FJ19PA | RoHS | September 2018 | ||
| D38999/20FJ19PN | RoHS | September 2018 | ||
| D38999/20FJ19SB | RoHS | September 2018 | ||
| D38999/20FJ19SC | RoHS | September 2018 | ||
| D38999/20FJ35PA | RoHS | October 2017 | ||
| D38999/20FJ35PN | RoHS | February 2018 | ||
| D38999/20FG75BN | RoHS | February 2017 | ||
| D38999/20FJ35SN | RoHS | February 2018 | ||
| D38999/20FE35SN | RoHS | February 2016 | ||
| D38999/20FE35PN(LC) | RoHS | July 2018 | ||
| D38999/20FD18PN | RoHS | November 2018 | ||
| D38999/20FD18SN | RoHS | October 2017 | ||
| D38999/20FD19JA | RoHS | June 2017 | ||
| D38999/20FD19JN | RoHS | June 2017 | ||
| D38999/20FD19PN | RoHS | August 2015 | ||
| D38999/20FD19SN | RoHS | February 2016 | ||
| D38999/20FD35AN | RoHS | October 2017 | ||
| D38999/20FE35SA | RoHS | February 2016 | ||
| D38999/20FD35PC | RoHS | February 2014 | ||
| D38999/20FD35SA | RoHS | February 2016 | ||
| D38999/20FD35SN | RoHS | July 2017 | ||
| D38999/20FD5PN | RoHS | February 2016 | ||
| D38999/20FD5SN | RoHS | August 2016 | ||
| D38999/20FE26PN | RoHS | August 2015 | ||
| D38999/20FE26SN | RoHS | August 2016 | ||
| D38999/20FE35PA(LC) | RoHS | July 2018 | ||
| D38999/20FD35PN | RoHS | February 2016 | ||
| D38999/24FC98PN | RoHS | January 2015 | ||
| D38999/20FJ4SN | RoHS | March 2016 | ||
| D38999/20KD15PN | RoHS | March 2016 | ||
| D38999/20MB35SN | RoHS | June 2018 | ||
| D38999/20MB98PN | RoHS | August 2017 | ||
| D38999/20MB99PA | RoHS | August 2017 | ||
| D38999/20MB99PN | RoHS | August 2017 | ||
| D38999/20MC35AA | RoHS | October 2017 | ||
| D38999/20MC35AN | RoHS | October 2017 | ||
| D38999/20MC4PN | RoHS | December 2018 | ||
| D38999/20MB35PC | RoHS | August 2017 | ||
| D38999/20MC4SA | RoHS | December 2017 | ||
| D38999/20MC8AC | RoHS | October 2017 | ||
| D38999/20MC98PN | RoHS | August 2017 | ||
| D38999/20MD19AN | RoHS | August 2017 | ||
| D38999/20MD19BN | RoHS | June 2019 | ||
| D38999/20MD19PN | RoHS | January 2018 | ||
| D38999/20MD19SN | RoHS | January 2018 | ||
| D38999/20MD35SN | RoHS | May 2019 | ||
| D38999/20MC8AB | RoHS | October 2017 | ||
| D38999/20KB98PN | RoHS | October 2017 | ||
| D38999/20MB35PB | RoHS | August 2017 | ||
| D38999/20MA98PN | RoHS | October 2016 | ||
| D38999/20KD18PA | RoHS | April 2019 | ||
| D38999/20KD18PN | RoHS | April 2019 | ||
| D38999/20KD18SN | RoHS | July 2019 | ||
| D38999/20KD19AA | RoHS | October 2017 | ||
| D38999/20KD19AC | RoHS | October 2017 | ||
| D38999/20KD19AN | RoHS | October 2017 | ||
| D38999/20KD19PC | RoHS | October 2017 | ||
| D38999/20MA98SN | RoHS | June 2018 | ||
| D38999/20KD35PA | RoHS | March 2018 | ||
| D38999/20KD35SN | RoHS | March 2019 | ||
| D38999/20KD97AB | RoHS | October 2017 | ||
| D38999/20KE26PN | RoHS | March 2017 | ||
| D38999/20KF32AN | RoHS | October 2017 | ||
| D38999/20KJ35PN | RoHS | April 2018 | ||
| D38999/20MA35SA | RoHS | December 2017 | ||
| D38999/20MA98PA | RoHS | August 2017 | ||
| D38999/20KD35PN | RoHS | March 2019 | ||
| D38999/24FC98SA | RoHS | February 2016 | ||
| D38999/24FC98SB | RoHS | February 2016 | ||
| D38999/24FC98SC | RoHS | February 2016 | ||
| D38999/26FC98SN | RoHS | February 2015 | ||
| D38999/26FD15PN | RoHS | July 2017 | ||
| D38999/26FD18SN | RoHS | February 2016 | ||
| D38999/26FD19PN | RoHS | September 2018 | ||
| D38999/26FD19SN | RoHS | February 2016 | ||
| D38999/26FD35PA | RoHS | February 2016 | ||
| D38999/26FD35PN | RoHS | September 2016 | ||
| D38999/26FC98PN | RoHS | January 2019 | ||
| D38999/26FD35SA | RoHS | November 2016 | ||
| D38999/26FD35SC | RoHS | August 2017 | ||
| D38999/26FD35SN | RoHS | August 2015 | ||
| D38999/26FD5SN | RoHS | February 2016 | ||
| D38999/26FD97SN | RoHS | October 2017 | ||
| D38999/26FE26PN | RoHS | September 2016 | ||
| D38999/26FE26SN | RoHS | January 2018 | ||
| D38999/26FE35PA | RoHS | February 2016 | ||
| D38999/26FD35SB | RoHS | August 2017 | ||
| D38999/26FE35PN | RoHS | September 2016 | ||
| D38999/26FC8SN | RoHS | January 2015 | ||
| D38999/26FC8SA | RoHS | August 2016 | ||
| D38999/26FB35PA | RoHS | August 2016 | ||
| D38999/26FB35PN | RoHS | September 2016 | ||
| D38999/26FB35SA | RoHS | August 2017 | ||
| D38999/26FB35SN | RoHS | October 2017 | ||
| D38999/26FB5PN | RoHS | November 2019 | ||
| D38999/26FB98PN | RoHS | August 2017 | ||
| D38999/26FB98PN(LC) | RoHS | January 2015 | ||
| D38999/26FC8SC | RoHS | August 2016 | ||
| D38999/26FB98SN | RoHS | July 2018 | ||
| D38999/26FC35PN | RoHS | November 2016 | ||
| D38999/26FC35SN | RoHS | February 2016 | ||
| D38999/26FC4BN | RoHS | February 2017 | ||
| D38999/26FC4PN | RoHS | March 2016 | ||
| D38999/26FC4SA | RoHS | January 2016 | ||
| D38999/26FC4SN | RoHS | December 2014 | ||
| D38999/26FC8PN | RoHS | January 2015 | ||
| D38999/26FC35PA | RoHS | February 2016 | ||
| D38999/26FB2PN | RoHS | September 2018 | ||
| D38999/26FE35PN(LC) | RoHS | July 2014 | ||
| D38999/26FE6PN | RoHS | February 2016 | ||
| D38999/26FJ19PC | RoHS | September 2018 | ||
| D38999/26FJ19SA | RoHS | September 2018 | ||
| D38999/26FJ19SN | RoHS | September 2018 | ||
| D38999/26FJ24PN | RoHS | April 2014 | ||
| D38999/26FJ35PA | RoHS | January 2016 | ||
| D38999/26FJ35PB | RoHS | December 2018 | ||
| D38999/26FJ35PC | RoHS | December 2018 | ||
| D38999/26FJ19PB | RoHS | September 2018 | ||
| D38999/26FJ35PN | RoHS | January 2016 | ||
| D38999/26FJ35SN | RoHS | October 2017 | ||
| D38999/26FJ43PN | RoHS | January 2016 | ||
| D38999/26FJ43SN | RoHS | January 2016 | ||
| D38999/26FJ4PA | RoHS | November 2014 | ||
| D38999/26FJ4PN | RoHS | March 2016 | ||
| D38999/26FJ61SN | RoHS | July 2018 | ||
| D38999/26FJ7PN | RoHS | March 2014 | ||
| D38999/26FJ35SA | RoHS | October 2017 | ||
| D38999/26FE35SN | RoHS | May 2017 | ||
| D38999/26FH55PN | RoHS | March 2017 | ||
| D38999/26FH35PN | RoHS | September 2015 | ||
| D38999/26FE6SN | RoHS | February 2015 | ||
| D38999/26FE8PN | RoHS | July 2018 | ||
| D38999/26FE8SA | RoHS | February 2017 | ||
| D38999/26FE8SN | RoHS | February 2017 | ||
| D38999/26FF11SA | RoHS | August 2017 | ||
| D38999/26FF11SN | RoHS | February 2016 | ||
| D38999/26FF32PN | RoHS | February 2015 | ||
| D38999/26FH35SN | RoHS | August 2017 | ||
| D38999/26FF32SA | RoHS | July 2018 | ||
| D38999/26FF35PN | RoHS | July 2015 | ||
| D38999/26FG35SN | RoHS | June 2018 | ||
| D38999/26FG39SN | RoHS | November 2016 | ||
| D38999/26FG41PN | RoHS | August 2017 | ||
| D38999/26FG75BN | RoHS | February 2017 | ||
| D38999/26FH21PA | RoHS | December 2019 | ||
| D38999/26FH35PA | RoHS | November 2018 | ||
| D38999/26FF32SN | RoHS | February 2015 | ||
| D38999/26FA98SN | RoHS | September 2018 | ||
| D38999/26FA35SN | RoHS | September 2015 | ||
| D38999/24FG41AA | RoHS | August 2017 | ||
| D38999/24FG41AN | RoHS | August 2017 | ||
| D38999/24FG41PN | RoHS | July 2017 | ||
| D38999/24FH55AN | RoHS | August 2017 | ||
| D38999/24FJ24PN | RoHS | August 2017 | ||
| D38999/24FJ24SN | RoHS | August 2017 | ||
| D38999/24FJ29PN | RoHS | April 2018 | ||
| D38999/24FG35PN | RoHS | November 2016 | ||
| D38999/24KA98PA | RoHS | January 2017 | ||
| D38999/24KB2SN | RoHS | January 2017 | ||
| D38999/24KB98SN | RoHS | July 2018 | ||
| D38999/24KC35SN | RoHS | January 2019 | ||
| D38999/24KC8PA | RoHS | July 2018 | ||
| D38999/24KC8PN | RoHS | July 2018 | ||
| D38999/24KE26SA | RoHS | April 2018 | ||
| D38999/24KH21SN | RoHS | April 2018 | ||
| D38999/24KA98SN | RoHS | July 2018 | ||
| D38999/24KJ61SN | RoHS | July 2018 | ||
| D38999/24FG11AN | RoHS | August 2017 | ||
| D38999/24FF32AN | RoHS | August 2017 | ||
| D38999/24FC98SN | RoHS | October 2018 | ||
| D38999/24FD18PN | RoHS | February 2016 | ||
| D38999/24FD19AN | RoHS | August 2017 | ||
| D38999/24FD35AB | RoHS | August 2015 | ||
| D38999/24FD35SA | RoHS | August 2017 | ||
| D38999/24FD35SD | RoHS | February 2016 | ||
| D38999/24FD35SN | RoHS | September 2016 | ||
| D38999/24FF32SN | RoHS | February 2015 | ||
| D38999/24FD97PN | RoHS | August 2017 | ||
| D38999/24FE26SN(LC) | RoHS | April 2014 | ||
| D38999/24FE35AB | RoHS | August 2015 | ||
| D38999/24FE35AN | RoHS | August 2015 | ||
| D38999/24FE35PN | RoHS | June 2015 | ||
| D38999/24FE35SN | RoHS | June 2019 | ||
| D38999/24FE8SN | RoHS | July 2018 | ||
| D38999/24FF32AA | RoHS | August 2017 | ||
| D38999/24FE26SN | RoHS | October 2018 | ||
| D38999/26FA98PN | RoHS | August 2017 | ||
| D38999/24MA35PC | RoHS | February 2016 | ||
| D38999/24MB35PN | RoHS | August 2017 | ||
| D38999/24ZE26SA | RoHS | December 2015 | ||
| D38999/24ZE26SD | RoHS | August 2019 | ||
| D38999/24ZE6PN | RoHS | November 2019 | ||
| D38999/24ZF11AN | RoHS | May 2018 | ||
| D38999/24ZF32PN | RoHS | February 2019 | ||
| D38999/24ZF32SA | RoHS | August 2019 | ||
| D38999/24ZF32SN | RoHS | February 2019 | ||
| D38999/24ZD35PN | RoHS | July 2018 | ||
| D38999/24ZG41SN | RoHS | December 2015 | ||
| D38999/24ZH55PB | RoHS | December 2015 | ||
| D38999/24ZH55PN | RoHS | September 2018 | ||
| D38999/24ZJ37SA(LC) | RoHS | October 2019 | ||
| D38999/25NE26PN | RoHS | November 2019 | ||
| D38999/25YA35PN | RoHS | January 2018 | ||
| D38999/26FA35PA | RoHS | June 2019 | ||
| D38999/26FA35PN | RoHS | November 2015 | ||
| D38999/24ZH21AN | RoHS | May 2018 | ||
| D38999/24MB35AN | RoHS | March 2016 | ||
| D38999/24ZD19SN | RoHS | August 2019 | ||
| D38999/24ZC8PN | RoHS | August 2019 | ||
| D38999/24MB35SN | RoHS | March 2018 | ||
| D38999/24MC35AN | RoHS | February 2016 | ||
| D38999/24MC35SN | RoHS | October 2017 | ||
| D38999/24MC4PN | RoHS | January 2019 | ||
| D38999/24ME8SN | RoHS | August 2019 | ||
| D38999/24ME99SN | RoHS | June 2018 | ||
| D38999/24MH55SN | RoHS | October 2017 | ||
| D38999/24ZD19PN | RoHS | August 2019 | ||
| D38999/24MJ20PN | RoHS | October 2017 | ||
| D38999/24TB35SA | RoHS | September 2019 | ||
| D38999/24ZA35PA | RoHS | July 2016 | ||
| D38999/24ZA35SN | RoHS | July 2019 | ||
| D38999/24ZB35PN | RoHS | September 2018 | ||
| D38999/24ZB35SN | RoHS | February 2019 | ||
| D38999/24ZC35SA | RoHS | July 2019 | ||
| D38999/24ZC4PN | RoHS | July 2019 | ||
| D38999/24MJ61AN | RoHS | June 2015 | ||
| D38999/20FD18PA | RoHS | October 2017 | ||
| D38999/20FD15PN | RoHS | May 2014 | ||
| D38999/20FC98PN | RoHS | December 2016 | ||
| D38999/20FC98SN | RoHS | August 2016 | ||
| D38999/20FB98PN | RoHS | July 2019 | ||
| D38999/20FC35AN | RoHS | October 2017 | ||
| D38999/20FC35PN | RoHS | August 2015 | ||
| D38999/20FC35SA | RoHS | February 2016 | ||
| D38999/20FC35SB | RoHS | January 2019 | ||
| D38999/20FC35SN | RoHS | August 2016 | ||
| D38999/20FC4AN | RoHS | February 2017 | ||
| D38999/20FB5SN | RoHS | February 2019 | ||
| D38999/20FC4BN | RoHS | February 2017 | ||
| D38999/20FC4SA | RoHS | July 2019 | ||
| D38999/20FC4SB | RoHS | July 2019 | ||
| D38999/20FC4SC | RoHS | July 2019 | ||
| D38999/20FC4SN | RoHS | August 2015 | ||
| D38999/20FC8PA | RoHS | August 2016 | ||
| D38999/20FC8PN | RoHS | June 2018 | ||
| D38999/20FC8SN | RoHS | February 2016 | ||
| D38999/20FC4PN | RoHS | August 2015 | ||
| D38999/20FB35SN | RoHS | October 2017 | ||
| D38999/20FB35PB | RoHS | October 2017 | ||
| D38999 24FE35PN-LC | RoHS | July 2014 | ||
| D38999/20FB35PN | RoHS | October 2017 | ||
| D3899924ZC35PN | RoHS | December 2015 | ||
| D38999/20FA35SA | RoHS | January 2018 | ||
| D38999/20FA35SN | RoHS | February 2016 | ||
| D38999/20FA98PN | RoHS | November 2016 | ||
| D38999/20FA98SN | RoHS | August 2016 | ||
| D38999/20FB2SN | RoHS | September 2018 | ||
| D38999/20FB35AA | RoHS | October 2017 | ||
| D38999/20FB35AN | RoHS | October 2017 | ||
| D38999/20FA35PN | RoHS | December 2017 | ||
| D38999/20FA35AN | RoHS | September 2020 | ||
| D38999/20FA98AN | RoHS | April 2021 | ||
| D38999/20FB2AN | RoHS | February 2024 | ||
| D38999/20FB2PN | RoHS | May 2021 | ||
| D38999/20FB5PN | RoHS | January 2021 | ||
| D38999/20FB35SC | RoHS | September 2023 | ||
| D38999/20FB35SE | RoHS | April 2021 | ||
| D38999/20FB98PA(LC) | RoHS | February 2024 | ||
| D38999/20FB98SB | RoHS | October 2023 | ||
| D38999/20FB98SN | RoHS | October 2020 | ||
| D38999/20FC8PB | RoHS | October 2020 | ||
| D38999/20FC98SA | RoHS | December 2022 | ||
| D38999/20FD18SA | RoHS | June 2022 | ||
| D38999/20FD19PA | RoHS | December 2022 | ||
| D38999/20FD35PB | RoHS | October 2020 | ||
| D38999/20FD35SD | RoHS | April 2021 | ||
| D38999/20FD97PN | RoHS | September 2020 | ||
| D38999/20FE6SN | RoHS | June 2020 | ||
| D38999/20FE8SN | RoHS | July 2022 | ||
| D38999/20FE26PN(LC) | RoHS | January 2024 | ||
| D38999/20FE35PN | RoHS | February 2020 | ||
| D38999/20FE99SN | RoHS | June 2021 | ||
| D38999/20FF32PA | RoHS | February 2020 | ||
| D38999/20FF32PB | RoHS | February 2020 | ||
| D38999/20FF32PN | RoHS | May 2024 | ||
| D38999/20FF35PN | RoHS | August 2021 | ||
| D38999/20FF35SA | RoHS | March 2021 | ||
| D38999/20FF35SN | RoHS | April 2023 | ||
| D38999/20FG11PN | RoHS | October 2023 | ||
| D38999/20FG11SN | RoHS | April 2023 | ||
| D38999/20FG11SN(LC) | RoHS | March 2021 | ||
| D38999/20FG16PN | RoHS | October 2023 | ||
| D38999/20FG35SA | RoHS | June 2020 | ||
| D38999/20FG35SB | RoHS | July 2020 | ||
| D38999/20FG35SC | RoHS | July 2020 | ||
| D38999/20FH35SN | RoHS | June 2020 | ||
| D38999/20FH55PA | RoHS | March 2021 | ||
| D38999/20FJ19SN | RoHS | June 2020 | ||
| D38999/20FJ43PN | RoHS | May 2020 | ||
| D38999/20FJ61SA | RoHS | October 2023 | ||
| D38999/20FJ61SB | RoHS | October 2023 | ||
| D38999/20FJ61SC | RoHS | October 2023 | ||
| D38999/20FJ61SD | RoHS | October 2023 | ||
| D38999/20FJ61SE | RoHS | October 2023 | ||
| D38999/20FJ61SN | RoHS | October 2023 | ||
| D38999/20GB35PN | RoHS | March 2022 | ||
| D38999/20GB98PN | RoHS | March 2022 | ||
| D38999/20GC35PN | RoHS | May 2024 | ||
| D38999/20GD35PN | RoHS | May 2024 | ||
| D38999/20KA35SN | RoHS | July 2020 | ||
| D38999/20KB5SN | RoHS | November 2023 | ||
| D38999/20KB35PA | RoHS | December 2020 | ||
| D38999/20KB35SN | RoHS | November 2023 | ||
| D38999/20KB35SN(LC) | RoHS | March 2022 | ||
| D38999/20KC4SN | RoHS | February 2020 | ||
| D38999/20KD5PN | RoHS | September 2021 | ||
| D38999/20KD19PN | RoHS | March 2024 | ||
| D38999/20KD97SN | RoHS | January 2022 | ||
| D38999/20KD97SN(LC) | RoHS | March 2022 | ||
| D38999/20KE35SN | RoHS | July 2021 | ||
| D38999/20KG16SN | RoHS | June 2023 | ||
| D38999/20KH53PN | RoHS | May 2021 | ||
| D38999/20KH53SN | RoHS | March 2024 | ||
| D38999/20KJ61PN | RoHS | November 2023 | ||
| D38999/20KJ61SC | RoHS | March 2024 | ||
| D38999/20LA35PA | RoHS | October 2023 | ||
| D38999/20LA35PN | RoHS | October 2023 | ||
| D38999/20LC35SA | RoHS | August 2024 | ||
| D38999/20LC35SN | RoHS | August 2024 | ||
| D38999/20MB98SN | RoHS | June 2023 | ||
| D38999/20MB99SN | RoHS | November 2021 | ||
| D38999/20MC8SN | RoHS | November 2021 | ||
| D38999/20MC35PN | RoHS | September 2020 | ||
| D38999/20MD35PN | RoHS | June 2020 | ||
| D38999/20ME6PN | RoHS | October 2021 | ||
| D38999/20ME6SN | RoHS | June 2021 | ||
| D38999/20MG16PA | RoHS | November 2021 | ||
| D38999/20MG16PA(LC) | RoHS | April 2022 | ||
| D38999/20MH21SN | RoHS | November 2021 | ||
| D38999/20TB35SN | RoHS | September 2023 | ||
| D38999/20TC4SN | RoHS | November 2024 | ||
| D38999/20TC35PA | RoHS | June 2020 | ||
| D38999/20TC35PB | RoHS | June 2020 | ||
| D38999/20TC35PN | RoHS | June 2020 | ||
| D38999/20TC35SA | RoHS | June 2020 | ||
| D38999/20TC35SB | RoHS | June 2020 | ||
| D38999/20TD35BC | RoHS | May 2024 | ||
| D38999/20TD35PN | RoHS | September 2023 | ||
| D38999/20TD35SN | RoHS | November 2024 | ||
| D38999/20TD97PA | RoHS | June 2024 | ||
| D38999/20TE6PN | RoHS | September 2023 | ||
| D38999/20TE8PN | RoHS | November 2024 | ||
| D38999/20TE35PN | RoHS | September 2023 | ||
| D38999/20TE99SN | RoHS | September 2023 | ||
| D38999/20TH21SN | RoHS | January 2024 | ||
| D38999/20TH35AA | RoHS | June 2024 | ||
| D38999/20TJ4PN | RoHS | December 2022 | ||
| D38999/20WA35PN | RoHS | August 2024 | ||
| D38999/20WE35SA | RoHS | August 2024 | ||
| D38999/20ZA35PN | RoHS | August 2023 | ||
| D38999/20ZA35SA | RoHS | September 2023 | ||
| D38999/20ZA35SD | RoHS | May 2024 | ||
| D38999/20ZA35SN | RoHS | August 2023 | ||
| D38999/20ZA98PN | RoHS | September 2023 | ||
| D38999/20ZB2AN | RoHS | June 2019 | ||
| D38999/20ZB35SA | RoHS | January 2024 | ||
| D38999/20ZB35SD | RoHS | May 2024 | ||
| D38999/20ZB35SN | RoHS | May 2024 | ||
| D38999/20ZB98PN | RoHS | February 2020 | ||
| D38999/20ZB98SA | RoHS | February 2020 | ||
| D38999/20ZC4PN | RoHS | June 2021 | ||
| D38999/20ZC35SA | RoHS | September 2023 | ||
| D38999/20ZC35SB | RoHS | September 2023 | ||
| D38999/20ZC35SN | RoHS | January 2021 | ||
| D38999/20ZC98SN | RoHS | September 2023 | ||
| D38999/20ZD19PE | RoHS | August 2022 | ||
| D38999/20ZD19SN | RoHS | January 2024 | ||
| D38999/20ZD35SA | RoHS | December 2023 | ||
| D38999/20ZE6SN | RoHS | August 2023 | ||
| D38999/20ZE8SN | RoHS | January 2021 | ||
| D38999/20ZE26SN | RoHS | September 2023 | ||
| D38999/20ZE35SN | RoHS | December 2023 | ||
| D38999/20ZG41PN | RoHS | June 2022 | ||
| D38999/20ZG75AN | RoHS | June 2020 | ||
| D38999/20ZJ8BN | RoHS | November 2024 | ||
| D38999/20ZJ19SN | RoHS | September 2023 | ||
| D38999/20ZJ20SN | RoHS | September 2023 | ||
| D38999/20ZJ24PN | RoHS | April 2022 | ||
| D38999/20ZJ43SA | RoHS | September 2023 | ||
| D38999/20ZJ61SN | RoHS | March 2023 | ||
| D38999/21NE35PN | RoHS | February 2022 | ||
| D38999/21NH55PN | RoHS | February 2022 | ||
| D38999/21YB35PN | RoHS | June 2022 | ||
| D38999/21YB98PN | RoHS | February 2024 | ||
| D38999/21YD19PN | RoHS | March 2023 | ||
| D38999/23NB35PN | RoHS | July 2022 | ||
| D38999/23NF32PN | RoHS | October 2024 | ||
| D38999/23YB35PA | RoHS | February 2022 | ||
| D38999/23YC8PN | RoHS | June 2024 | ||
| D38999/23YD18PN | RoHS | August 2020 | ||
| D38999/23YF35PN | RoHS | August 2022 | ||
| D38999/24FB35SB | RoHS | August 2023 | ||
| D38999/24FB35SD | RoHS | September 2023 | ||
| D38999/24FB99PN | RoHS | August 2023 | ||
| D38999/24FC4SA | RoHS | July 2020 | ||
| D38999/24FC4SN | RoHS | July 2020 | ||
| D38999/24FD15SN | RoHS | August 2020 | ||
| D38999/24FD35PN | RoHS | May 2021 | ||
| D38999/24FD97SN | RoHS | August 2020 | ||
| D38999/24FE6PA | RoHS | March 2020 | ||
| D38999/24FE6PB | RoHS | March 2020 | ||
| D38999/24FE6PC | RoHS | March 2020 | ||
| D38999/24FE6PN | RoHS | March 2020 | ||
| D38999/24FE8SA | RoHS | March 2020 | ||
| D38999/24FE26SA | RoHS | August 2020 | ||
| D38999/24FE99SN | RoHS | August 2020 | ||
| D38999/24FF35PN | RoHS | March 2020 | ||
| D38999/24FG11PA | RoHS | March 2020 | ||
| D38999/24FG16PN | RoHS | July 2020 | ||
| D38999/24FG16SN(LC) | RoHS | June 2021 | ||
| D38999/24FH21PN | RoHS | July 2020 | ||
| D38999/24FH21SA | RoHS | March 2020 | ||
| D38999/24FH21SC | RoHS | March 2020 | ||
| D38999/24FH21SN | RoHS | March 2020 | ||
| D38999/24FH35PN | RoHS | January 2023 | ||
| D38999/24FH35SN | RoHS | July 2023 | ||
| D38999/24FJ4PN | RoHS | September 2024 | ||
| D38999/24FJ4SN | RoHS | August 2020 | ||
| D38999/24FJ35SN | RoHS | January 2021 | ||
| D38999/24FJ37SA | RoHS | February 2021 | ||
| D38999/24FJ37SB | RoHS | March 2020 | ||
| D38999/24FJ37SC | RoHS | March 2020 | ||
| D38999/24FJ37SD | RoHS | March 2020 | ||
| D38999/24FJ37SE | RoHS | February 2021 | ||
| D38999/24FJ61PC | RoHS | May 2024 | ||
| D38999/24FJ61PN | RoHS | May 2024 | ||
| D38999/24GD19AN | RoHS | July 2022 | ||
| D38999/24GD19BN | RoHS | July 2022 | ||
| D38999/24KA35PN | RoHS | March 2024 | ||
| D38999/24KA35SN | RoHS | July 2024 | ||
| D38999/24KB5SN | RoHS | February 2024 | ||
| D38999/24KB35PN | RoHS | January 2021 | ||
| D38999/24KB35SA | RoHS | January 2021 | ||
| D38999/24KB35SN | RoHS | January 2021 | ||
| D38999/24KC8SN | RoHS | March 2024 | ||
| D38999/24KC35PN | RoHS | June 2022 | ||
| D38999/24KC98PN | RoHS | March 2024 | ||
| D38999/24KC98SN | RoHS | March 2024 | ||
| D38999/24KD5PN | RoHS | December 2022 | ||
| D38999/24KD15PN | RoHS | February 2024 | ||
| D38999/24KD15SN | RoHS | February 2024 | ||
| D38999/24KD18PN | RoHS | January 2021 | ||
| D38999/24KD18SN | RoHS | March 2024 | ||
| D38999/24KD19SN | RoHS | March 2024 | ||
| D38999/24KD35PN | RoHS | June 2022 | ||
| D38999/24KE6PN | RoHS | March 2024 | ||
| D38999/24KE26PN | RoHS | February 2024 | ||
| D38999/24KE26SN | RoHS | February 2024 | ||
| D38999/24KE35PN | RoHS | February 2024 | ||
| D38999/24KE35SN | RoHS | June 2022 | ||
| D38999/24KF11PN | RoHS | January 2023 | ||
| D38999/24KF28SN | RoHS | February 2024 | ||
| D38999/24KF32PN | RoHS | February 2024 | ||
| D38999/24KF32SN | RoHS | February 2023 | ||
| D38999/24KG39SA | RoHS | March 2024 | ||
| D38999/24KG41PA | RoHS | May 2024 | ||
| D38999/24KH21PN | RoHS | January 2023 | ||
| D38999/24KJ29PN | RoHS | January 2023 | ||
| D38999/24KJ61PN | RoHS | January 2023 | ||
| D38999/24MA35PA | RoHS | February 2024 | ||
| D38999/24MA35PN | RoHS | February 2024 | ||
| D38999/24ME35SN | RoHS | July 2023 | ||
| D38999/24MG11SN | RoHS | June 2023 | ||
| D38999/24TB5PN | RoHS | November 2022 | ||
| D38999/24TB35SN | RoHS | May 2021 | ||
| D38999/24TC4PN | RoHS | November 2022 | ||
| D38999/24TC35PA | RoHS | November 2022 | ||
| D38999/24TC35PN | RoHS | May 2021 | ||
| D38999/24TD35PN | RoHS | May 2021 | ||
| D38999/24TE8SN | RoHS | October 2020 | ||
| D38999/24TE99AA | RoHS | May 2023 | ||
| D38999/24TE99AN | RoHS | May 2023 | ||
| D38999/24TE99SN | RoHS | June 2024 | ||
| D38999/24WA98PN | RoHS | January 2024 | ||
| D38999/24WC8PN | RoHS | January 2024 | ||
| D38999/24WG35SA | RoHS | January 2024 | ||
| D38999/24WG35SN | RoHS | January 2024 | ||
| D38999/24ZA35PN | RoHS | January 2021 | ||
| D38999/24ZB35PD | RoHS | January 2021 | ||
| D38999/24ZB35SD | RoHS | January 2021 | ||
| D38999/24ZB98SN | RoHS | June 2024 | ||
| D38999/24ZC8AN | RoHS | November 2023 | ||
| D38999/24ZC8SN | RoHS | January 2021 | ||
| D38999/24ZC35SB | RoHS | January 2021 | ||
| D38999/24ZC35SC | RoHS | January 2021 | ||
| D38999/24ZD97PN | RoHS | August 2021 | ||
| D38999/24ZE26SN | RoHS | January 2021 | ||
| D38999/24ZG11PN | RoHS | February 2024 | ||
| D38999/24ZG16PN | RoHS | October 2022 | ||
| D38999/24ZG41PA | RoHS | February 2024 | ||
| D38999/24ZG41SA | RoHS | February 2024 | ||
| D38999/25NC35PN | RoHS | February 2023 | ||
| D38999/26FA98PA | RoHS | February 2021 | ||
| D38999/26FB5SN | RoHS | September 2020 | ||
| D38999/26FB35PB | RoHS | June 2024 | ||
| D38999/26FB35PD | RoHS | August 2022 | ||
| D38999/26FB98PE | RoHS | August 2022 | ||
| D38999/26FB98SA | RoHS | October 2023 | ||
| D38999/26FB98SB | RoHS | September 2021 | ||
| D38999/26FB99SN | RoHS | March 2024 | ||
| D38999/26FC35PB | RoHS | March 2020 | ||
| D38999/26FC35PD | RoHS | June 2023 | ||
| D38999/26FC35SA | RoHS | March 2024 | ||
| D38999/26FD5PB | RoHS | August 2020 | ||
| D38999/26FD5PN | RoHS | August 2020 | ||
| D38999/26FD15SN | RoHS | June 2024 | ||
| D38999/26FD19SD | RoHS | November 2022 | ||
| D38999/26FD97PA | RoHS | October 2024 | ||
| D38999/26FD97PN | RoHS | February 2021 | ||
| D38999/26FE2BN | RoHS | October 2024 | ||
| D38999/26FE6PA | RoHS | July 2022 | ||
| D38999/26FE6SA | RoHS | July 2022 | ||
| D38999/26FE26PA | RoHS | June 2024 | ||
| D38999/26FE26SA | RoHS | February 2024 | ||
| D38999/26FE35PB | RoHS | July 2022 | ||
| D38999/26FE35PC | RoHS | July 2022 | ||
| D38999/26FE35PD | RoHS | September 2022 | ||
| D38999/26FE35SA | RoHS | June 2022 | ||
| D38999/26FE35SB | RoHS | July 2022 | ||
| D38999/26FE35SC | RoHS | July 2022 | ||
| D38999/26FE35SD | RoHS | September 2022 | ||
| D38999/26FE99PN | RoHS | May 2023 | ||
| D38999/26FE99SN | RoHS | May 2023 | ||
| D38999/26FF11PN | RoHS | November 2023 | ||
| D38999/26FF28PN | RoHS | June 2023 | ||
| D38999/26FF35PA | RoHS | August 2023 | ||
| D38999/26FF35SN | RoHS | September 2020 | ||
| D38999/26FG11PN | RoHS | April 2023 | ||
| D38999/26FG11SA | RoHS | May 2020 | ||
| D38999/26FG11SN | RoHS | January 2022 | ||
| D38999/26FG16SN | RoHS | February 2024 | ||
| D38999/26FG29PN | RoHS | June 2021 | ||
| D38999/26FG29SB | RoHS | June 2021 | ||
| D38999/26FG41SN | RoHS | November 2020 | ||
| D38999/26FH35PB | RoHS | December 2021 | ||
| D38999/26FH35PD | RoHS | July 2022 | ||
| D38999/26FJ11SN | RoHS | August 2021 | ||
| D38999/26FJ20PN | RoHS | December 2021 | ||
| D38999/26FJ29PN | RoHS | April 2022 | ||
| D38999/26FJ35SB | RoHS | January 2024 | ||
| D38999/26FJ37PA | RoHS | February 2021 | ||
| D38999/26FJ37PB | RoHS | February 2021 | ||
| D38999/26FJ37PC | RoHS | February 2021 | ||
| D38999/26FJ37PE | RoHS | February 2021 | ||
| D38999/26FJ37PN | RoHS | February 2021 | ||
| D38999/26FJ61PA | RoHS | February 2024 | ||
| D38999/26FJ61PB | RoHS | February 2024 | ||
| D38999/26FJ61PC | RoHS | February 2024 | ||
| D38999/26FJ61PD | RoHS | February 2024 | ||
| D38999/26FJ61PE | RoHS | February 2024 | ||
| D38999/26FJ61PN | RoHS | November 2023 | ||
| D38999/26GD19AN | RoHS | October 2024 | ||
| D38999/26KA98PN | RoHS | February 2024 | ||
| D38999/26KA98SB | RoHS | January 2022 | ||
| D38999/26KA98SE | RoHS | August 2020 | ||
| D38999/26KB35PN | RoHS | February 2021 | ||
| D38999/26KB98SA | RoHS | July 2024 | ||
| D38999/26KC4SN | RoHS | June 2023 | ||
| D38999/26KC35SA | RoHS | March 2024 | ||
| D38999/26KC98PN | RoHS | March 2024 | ||
| D38999/26KC98SN | RoHS | January 2023 | ||
| D38999/26KD5SN | RoHS | December 2022 | ||
| D38999/26KD5SN(LC) | RoHS | August 2021 | ||
| D38999/26KD19PN | RoHS | December 2022 | ||
| D38999/26KD19SN | RoHS | March 2024 | ||
| D38999/26KD35PN | RoHS | July 2022 | ||
| D38999/26KD97PB | RoHS | September 2024 | ||
| D38999/26KE6PN | RoHS | July 2024 | ||
| D38999/26KE6SN | RoHS | July 2024 | ||
| D38999/26KE26PN | RoHS | January 2022 | ||
| D38999/26KE35PN | RoHS | July 2021 | ||
| D38999/26KE35SN | RoHS | December 2022 | ||
| D38999/26KE99SN | RoHS | March 2024 | ||
| D38999/26KF28PN | RoHS | March 2024 | ||
| D38999/26KF32PN | RoHS | January 2023 | ||
| D38999/26KF32SN | RoHS | March 2024 | ||
| D38999/26KF35PN | RoHS | March 2024 | ||
| D38999/26KG16PN | RoHS | January 2022 | ||
| D38999/26KG35PN | RoHS | July 2023 | ||
| D38999/26KG39PA | RoHS | July 2024 | ||
| D38999/26KG39PN | RoHS | January 2023 | ||
| D38999/26KG39SN | RoHS | January 2023 | ||
| D38999/26KH35SA | RoHS | November 2024 | ||
| D38999/26KH35SN | RoHS | November 2024 | ||
| D38999/26KJ19PN | RoHS | July 2023 | ||
| D38999/26LA35SN | RoHS | October 2023 | ||
| D38999/26LB35PA | RoHS | October 2023 | ||
| D38999/26LB35SN | RoHS | October 2023 | ||
| D38999/26LC35PN | RoHS | October 2023 | ||
| D38999/26LC98SN | RoHS | October 2023 | ||
| D38999/26MA35PB | RoHS | December 2023 | ||
| D38999/26MA98PN | RoHS | March 2020 | ||
| D38999/26MC8PN | RoHS | November 2021 | ||
| D38999/26MC35PN | RoHS | May 2021 | ||
| D38999/26MC35SA | RoHS | July 2020 | ||
| D38999/26MC98SN | RoHS | June 2023 | ||
| D38999/26MD18SN | RoHS | January 2024 | ||
| D38999/26MD35PB | RoHS | July 2022 | ||
| D38999/26ME8SN | RoHS | September 2023 | ||
| D38999/26ME26PN | RoHS | February 2023 | ||
| D38999/26MG11PN | RoHS | November 2022 | ||
| D38999/26MG16SA | RoHS | November 2021 | ||
| D38999/26MG39AB | RoHS | January 2024 | ||
| D38999/26MH21PN | RoHS | November 2021 | ||
| D38999/26MJ4PN | RoHS | June 2023 | ||
| D38999/26SA35SB(LC) | RoHS | April 2024 | ||
| D38999/26SB5SN | RoHS | August 2023 | ||
| D38999/26SB35SN | RoHS | April 2024 | ||
| D38999/26SE8SN | RoHS | June 2022 | ||
| D38999/26TB5BN | RoHS | April 2020 | ||
| D38999/26TB5SN | RoHS | July 2024 | ||
| D38999/26TB98PN | RoHS | September 2023 | ||
| D38999/26TC35PB | RoHS | July 2024 | ||
| D38999/26TC35PN | RoHS | July 2024 | ||
| D38999/26TD19SN | RoHS | September 2023 | ||
| D38999/26TD97SA | RoHS | June 2024 | ||
| D38999/26TE8SA | RoHS | December 2023 | ||
| D38999/26TE26PN | RoHS | May 2022 | ||
| D38999/26TG39PA | RoHS | July 2024 | ||
| D38999/26TG39SN | RoHS | July 2024 | ||
| D38999/26TG41SN | RoHS | January 2023 | ||
| D38999/26ZA35PN | RoHS | August 2023 | ||
| D38999/26ZA35SA | RoHS | January 2021 | ||
| D38999/26ZA98PA | RoHS | June 2024 | ||
| D38999/26ZA98SN | RoHS | April 2022 | ||
| D38999/26ZB4PN | RoHS | March 2024 | ||
| D38999/26ZB35PA | RoHS | January 2024 | ||
| D38999/26ZB35SA | RoHS | June 2024 | ||
| D38999/26ZB98PN | RoHS | November 2020 | ||
| D38999/26ZC4SA | RoHS | October 2024 | ||
| D38999/26ZC8PN | RoHS | January 2021 | ||
| D38999/26ZC35PA | RoHS | April 2022 | ||
| D38999/26ZC35PN | RoHS | January 2021 | ||
| D38999/26ZC35SN | RoHS | September 2020 | ||
| D38999/26ZD15SA | RoHS | May 2024 | ||
| D38999/26ZD19SA | RoHS | July 2020 | ||
| D38999/26ZD97PN | RoHS | August 2021 | ||
| D38999/26ZE6SN | RoHS | August 2023 | ||
| D38999/26ZE8PN | RoHS | January 2021 | ||
| D38999/26ZE8SN | RoHS | June 2023 | ||
| D38999/26ZE26PN | RoHS | January 2021 | ||
| D38999/26ZE26SN | RoHS | September 2023 | ||
| D38999/26ZE35PN | RoHS | February 2024 | ||
| D38999/26ZF35PN | RoHS | December 2023 | ||
| D38999/26ZF35SN | RoHS | June 2024 | ||
| D38999/26ZG11SN | RoHS | May 2024 | ||
| D38999/26ZG16SN | RoHS | October 2022 | ||
| D38999/26ZG39PN | RoHS | September 2020 | ||
| D38999/26ZG41PA | RoHS | February 2024 | ||
| D38999/26ZG41SA | RoHS | February 2024 | ||
| D38999/26ZJ8AN | RoHS | February 2024 | ||
| D38999/26ZJ19PN | RoHS | February 2024 | ||
| D38999/26ZJ20PN | RoHS | September 2020 | ||
| D38999/26ZJ35SN | RoHS | February 2024 | ||
| D38999/27YA98PA | RoHS | July 2021 | ||
| D38999/27YG11PN | RoHS | January 2022 | ||
| D38999/32Z13N | RoHS | August 2023 | ||
| D38999/33Z11R | RoHS | September 2023 | ||
| D38999/33Z13N | RoHS | August 2023 | ||
| D38999/33Z15R | RoHS | July 2023 | ||
| D38999/26FB98PB | RoHS | October 2023 |