ASAP Semiconductor

Explore Available Parts

Thank you for taking a look at the complete selection of items we carry on Aircraft Parts 360. Here, we list part numbers and others alongside identifying information like their manufacturer for convenience. Take your time considering these connector options, bearing in mind that they are all ready for purchase today.  

What You Can Expect from Aviation-Grade Connectors 

Design Traits 

The intended purposes and mating systems for connectors have a lot of influence over their form, but nevertheless, all that are made for aviation must feature: 

  • Electromagnetic Interference (EMI) Shielding: Sensitive data lines and power conductors require isolation from surrounding systems to prevent crosstalk, data corruption, or general interference. As such, connectors are implemented with conductive surface finishes, backshell adapters, or specialized grounding interfaces that effectively redirect and dissipate stray electromagnetic fields.  

  • Vibration and Shock Mitigation: Despite enduring vibrations and sudden flight shocks, connectors are able to maintain an uninterrupted bond between male and female sections and avoid physical wear on their contact pins through the use of strong coupling mechanisms. Threaded collars or bayonet couplings are popular for circular shells, whereas rectangular and rack-and-panel configurations opt for jackscrews, spring latches, or guide pins.  

  • Thermal Resilience: Materials are specifically chosen to resist cracking, melting, losing insulation properties, or shifting out of alignment under the thermal cycling common in aircraft or the localized heat generated by electrical current, as even a slight amount of deformation can disrupt electrical continuity. 

  • Environmental Sealing: Internal electrical contacts must be completely isolated from moisture, dust, and chemicals to prevent any form of degradation that can cause short circuits or signal interruptions. Aside from durable base materials, this is accomplished through seals that block contaminant ingress, as well as specialized conductive platings or anodized finishes that inhibit oxidation and chemical wear.  

Adherence to Quality Standards 

No matter what products they make, aviation manufacturers are expected to align all design, manufacturing, and validation phases with regulatory mandates to guarantee consistency and safety. Specifically, civil aviation authorities require connector manufacturers to satisfy: 

  • AS9100 or Equivalent Certification: Before production officially begins, manufacturing facilities must demonstrate that they follow a recognized aerospace quality management standard like AS9100. Notably, this means that every process has to be repeatable and carefully documented, machinery and tooling are to be regularly calibrated, and there should be a structured method for resolving any defects.  

  • Fire Safety Directives: Standards like FAR 25.853 dictate that all non-metallic elements employed–such as dielectric inserts, interfacial seals, and grommets–are to be put through flame-exposure testing in labs to prove they are resistant to catching fire, hold self-extinguishing properties, and will not release toxic fumes. 

  • Rigorous Traceability Protocols: To showcase their authenticity and compliance, every finished product needs to be linked back to its specific production run, facility of origin, and raw material batch, as well as backed by documented production and inspection records. 

  • Exhaustive Pre-Fulfillment Testing Regimens: Visual inspections and targeted testing methods are imposed on all products to detect dimensional inconsistencies or defects that compromise their functionality. All connectors are usually subjected to insulation resistance and dielectric withstanding voltage tests to ensure there are no arcing risks, and some lot samples will also be put through destructive mechanical contact retention and mating-cycle durability evaluations. 

Details to Prepare Prior to Procurement 

It is perfectly acceptable to approach quotation processes with flexible demands or with the hope of getting a few different options, although you should at least be ready to communicate: 

  • The part numbers you are after, along with their manufacturer and any other relevant identifiers like National Stock Numbers (NSNs). Furthermore, you may want to note if you are open to sourcing alternative part numbers that are identical in fit, form, and function in case those options have faster lead times or are more affordably priced.  

  • Your anticipated quantity. 

  • Expected delivery timelines, being clear if you have deadlines that cannot be missed. 

  • Any applicable budget constraints. 

Why Choose Aircraft Parts 360? 

While browsing Aircraft Parts 360, you will benefit from diverse searching methods and helpful listing information to easily track down the part numbers your operations demand. This user-friendly layout and each of the thousands of products presented on this platform are made possible by ASAP Semiconductor, and there is far more to gain once you take the first step of sourcing products. As a thoroughly accredited and certified distributor dedicated to providing exceptional customer service, we promise: 

  • Top-Notch Offerings: We have a zero-tolerance policy for counterfeit components, vetting every vendor and checking that all stocked parts have the appropriate documentation. Moreover, we carry out varying levels of in-house inspections and third-party testing on items as necessary. 

  • Tailored Solutions: No matter your demands, we strive to accommodate them while still presenting fair-market pricing and rapid fulfillment options. 

  • Global Procurement Capabilities: Even though we are based in the United States, we are able to serve customers around the world thanks to our wide network of suppliers and years of expertise in navigating regional shipping logistics. 

Request a Quote at Any Time 

To receive a customized quote for any of these items, all you have to do is click on a part number of interest or the "RFQ" button positioned next to it to be taken to an online Request for Quote (RFQ) form. After you fill it out and submit it, one of our experts will be in touch within 15 minutes of their review. However, you are also more than welcome to give us a call or email to get started or ask for assistance with: 

  • Bulk purchasing or setting up repeated orders. 

  • Tracking down elusive parts. 

  • Lot management. 

These are just a few of the things we can potentially help with, so do not hesitate to reach out! 

 

Manufacturer's List for Base Plate,body

NIIN base-platebody base platebody Manufacturer's List

Displaying Page 1 of 1

Part No.DescriptionRFQ
01-0013470-001Base PlatebodyRFQ
01-0013470-002Base PlatebodyRFQ
010-1312-000Base Plate,BodyRFQ
0197Base PlatebodyRFQ
1001238565Base Plate,BodyRFQ
10091885Base Plate,BodyRFQ
10406783Base PlatebodyRFQ
123sme90095Base Plate,BodyRFQ
123sme90095-501Base Plate,BodyRFQ
12590441Base PlatebodyRFQ
12602942Base Plate,BodyRFQ
12605649Base Plate,BodyRFQ
12606157Base Plate,BodyRFQ
12646239Base Plate,BodyRFQ
13026764Base Plate,BodyRFQ
13054992Base Plate,BodyRFQ
13055897Base Plate,BodyRFQ
200920875-27Base Plate,BodyRFQ
227-8127Base PlatebodyRFQ
259466Base Plate,BodyRFQ
26018000017Base Plate,BodyRFQ
27738Base PlatebodyRFQ
27739Base PlatebodyRFQ
27740Base PlatebodyRFQ
2sjj00177-0001Base Plate,BodyRFQ
345-3548Base PlatebodyRFQ
3741763c2Base Plate,BodyRFQ
3741816c1Base Plate,BodyRFQ
3780495Base PlatebodyRFQ
3780496Base PlatebodyRFQ
3912797c1Base Plate,BodyRFQ
4040261c1Base Plate,BodyRFQ
4040262c1Base Plate,BodyRFQ
4040567c2Base Plate,BodyRFQ
4041065c1Base Plate,BodyRFQ
4041066c1Base Plate,BodyRFQ
4041465c2Base Plate,BodyRFQ
4041473c2Base Plate,BodyRFQ
4048476c1Base Plate,BodyRFQ
4048477c1Base Plate,BodyRFQ
405917-01Base PlatebodyRFQ
4370704Base Plate,BodyRFQ
5014207Base Plate,BodyRFQ
55-382Base PlatebodyRFQ
55-384Base PlatebodyRFQ
55-385Base PlatebodyRFQ
600-019440Base Plate,BodyRFQ
600-019440-p001Base Plate,BodyRFQ
626-819091-000Base PlatebodyRFQ
8000415Base PlatebodyRFQ
83-05-060-33Base Plate,BodyRFQ
8598119-03-001Base Plate,BodyRFQ
8598129-03-001Base Plate,BodyRFQ
9000-29001-01Base Plate,BodyRFQ
937661Base PlatebodyRFQ
939812Base PlatebodyRFQ
967888Base PlatebodyRFQ
a3341898Base Plate,BodyRFQ
bsm3-p-t705-bsp-0xlBase PlatebodyRFQ
c302002217Base Plate,BodyRFQ
ej31222Base PlatebodyRFQ
ej51218-rev-c-item-6Base PlatebodyRFQ
ej51218-sht-1-item-6Base PlatebodyRFQ
g105001023-1Base Plate,BodyRFQ
g105011103-1Base Plate,BodyRFQ
g105014003-1Base Plate,BodyRFQ
g106001123Base Plate,BodyRFQ
g106001123-1Base Plate,BodyRFQ
g106001133Base Plate,BodyRFQ
g106001133-1Base Plate,BodyRFQ
item16714Base PlatebodyRFQ
kb75-mBase Plate,BodyRFQ
kb75mBase PlatebodyRFQ
ram-b-347uBase PlatebodyRFQ
ram-b-408-112-15uBase PlatebodyRFQ
ram-d-111buBase Plate,BodyRFQ
ram-d-2024-25Base Plate,BodyRFQ
rt15002b1510-1Base PlatebodyRFQ
sw-04870Base Plate,BodyRFQ
tg141232-011Base PlatebodyRFQ
v041626Base Plate,BodyRFQ