Search Results for pld-14-3-20241103-021

3 sizes Optical Components and Accessories Splice Trays Riser Pipes and Wire Guard • Lightweight, UV stabilized PVC • Smooth inside surface finish prevents cable snags Prevents service calls • Operating wavelength of 1260-1650 nm • GR-1221-CORE and GR-1209-CORE compliant • Splitter modules fits in CFFP, CFIT, CFBT, and OHC

PCB's Modally Tuned® impact hammers are easy-to-use solutions for delivering impulse forces into test specimens and providing electrical measurement signals of the amplitude and frequency content of the applied force.

Amphenol ICC’s OverPass ™ cabling Interconnect solution addresses hardware designer / architect’s need for a lower loss signal transmission path from the ASIC chip site to the external IO port or pluggable module interface. The system transfers high-speed signals to twinax cables shortly after they are launched from the chip and delivers a direct link to the external port when compared ...

STEP 3. Insert inner conductor into the CONTACT PIN, crimp it with the crimp tool as shown. Then slide the FERRULE onto cable. STEP 4. Insert the MAIN BODY into braid and dielectric. STEP 5. Slide the FERRULE over braid, crimp it with the crimp tool as shown. MHD,CAI.f 11/27/01 5:45 PM Page 195.

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Body Finish: Gold: Body Material: Stainless Steel: Cable Type (Terminates to) 0.141-inch Semi-Rigid, 0.141-inch Conformable, RG-402, Times Tflex 402, Belden 1673A

MP12B23G30 MS12B23G30 14-12AWG 2.3-3.5mm² Gold 30µ" Stamped & Formed , Crimp Contacts Part Number Contact Size (AWG) Wire Range (mm²) Plating Male Female SP12A1T SS12A1T 14-12AWG 2.5-3.5mm² Tin Machined, Tooling Part Number Description QXRT12S Contact Extraction Tool, 2.5mm contact

PS1-SO2-50 < 0.7g PS4-SO2-50 < 6g Weight PS1-SO2-50 PS4-SO2-50 TechnicalSpecifications Sensitivity 20 ± 10 nA / ppm MeasurementRange 0 – 50ppm ZeroCurrent ± 2 nA

3.0MM HIGH CURRENT SOLUTION WITH CURRENT RATING UP TO 12A FCI Basics Minitek® Pwr 3.0 High Current Connector (HCC) is designed for high-current, and power-dense applications with a current rating of up to 12A per contact and wire gauge range from 20AWG-16AWG. These are used for both wire-to-wire and wire-to-board applications.

Search Results for ford motor Automotive | Markets | Amphenol The Amphe-309 consists of both IP44 (splash-proof) and IP67 (Water Proof) devices from 16 A up to 125 A, from a simple plug to customer-specified combination units.

SMPM Right Angle Plug to SMPM Straight Plug Tflex 405 75 Ohm 5 inches (127 mm)

4-14” pedestals - kit of 10 BB2-36STD Stake Mounting Assembly 36” Length including mounting hardware, 4-14” pedestals - kit of 10 ... • Adjustable height mounting plate is 3.7”W x 19”H with a variety of openings for compatibility with a wide variety of network enclosures • Three (3) mounting plate heights; overall length 38”, 44 ...

Amphenol ’s MIL-DTL-55302 Low Mating Force r ectangular c onnector series is one of the highest performing board connectors in the world, with proven performance on the ground, in the air, and at sea. This series utilizes the B3 brush contact system known for low mating force, stable electrical performance in high vibration, and extended service life.

RF Connector SMA PCB Through Hole Right Angle Jack 50 Ohm

Body Finish: Tin/Nickel EE: Body Material: Brass: Cable Type (Terminates to) RG-58, RG-141, Times LMR-195, Times LMR-200-LLPL, Belden 7806A, Belden 8219, Belden 8240, Belden 8259, Belden 8262, Belden 9201, Belden 9203, Belden 9310, Belden 9311

I 5 I Temposonics® R-Series V RP EtherNet/IP™ Data Sheet FREQUENTLY ORDERED ACCESSORIES – Additional options available in our Accessories Guide 551444 Position magnets 5 20 (0.79) 43 1 14 55 1 4 15 1 53 1 18° (1.65) (0.55) M5 24 (0.94) 18° 20 (0.79) 43

1 kW. The B175M’s medium frequency delivers the right combination of coverage under the boat, extended depth range, and the ability to produce clean and accurate target and structure returns in mid to deeper water.

Loss budget is the acceptable amount of optical power loss on a fiber optic link. Expressed in decibels, losses are often caused by bend radius violations, attenuation and all the other fun stuff that comes with poor fiber optic cable management.