Search Results for gs-12
HM2P07PDE121N9LF | Millipacs® | Amphenol
Back Plane Connectors,2mm Hard Metric Series,Millipacs, Vertical Header, Type A with Peg 2.5mm, 110 Signal Pin, Press Fit Tail,Shielded, 250 mating cycles and ROHS Compliant
HM2P09PDE121N9LF | Millipacs® | Amphenol
Back Plane Connectors,2mm Hard Metric Series,Millipacs, Vertical Header, Type C with peg 2.5mm, 55 Signal Pin, Press Fit Tail,Shielded, 250 mating cycles and ROHS Compliant
HM2R88PA8100N2LF | Millipacs® | Amphenol
Amphenol is one of the leading manufacturers of Millipacs ® R/A ReceptaclesContact us today for more details of Millipacs ® R/A Receptacles, part number HM2R88PA8100N2LF
21-900702-001 | Amphenol Global Search | Amphenol
Search Results for 21-902330-001. 21-900702-001 | Amphenol Global Search | Amphenol. 21-033005-001 (SOCKET) 21-033006-001 (PIN) Contact, Pin and Socket, Coaxial, Type MIS-23393-003 Crimp, Size 12 Installation Instructions See table on reverse side for coaxial cable recommended and crimp tool information.
Home | Amphenol Network Solutions
Amphenol Network Solutions is a leading provider of innovative connectivity solutions for MSO, OEM, MTU and Hyperscale Data Centers and Telecommunication networks. Explore our wide range of high-performance products, including fiber optic distribution, power distribution, cable management solutions, cable enclosures, optical passives, and network racks.
HM2R67PA5108N9LF | Millipacs® | Amphenol
HM2P67PD5111N9LF. Back Plane Connectors,2mm Hard Metric Series,Millipacs, 5 Row Vertical Header, Type AB 19, 95 Signal Pin, Press Fit Tail,Shielded, 250 mating cycles and ROHS Compliant
HM2R95PA8100N9LF | Millipacs® | Amphenol
Back Plane Connectors, 2mm Hard Metric Series, Millipacs, Right Angle Receptacle,Type DE 25,Press Fit Tail,200 Signal Pin, 250 mating cycles and ROHS Compliant
PCB Piezotronics | Measure vibration, pressure, force, and more
PCB Piezotronics | Measure vibration, pressure, force, and more
HM2S10PD51N0N2LF | Millipacs® | Amphenol
Amphenol is one of the leading manufacturers of Millipacs ® Vertical ReceptaclesContact us today for more details of Millipacs ® Vertical Receptacles, part number HM2S10PD51N0N2LF
HM2R02PA5101N9LF | Millipacs® | Amphenol
Back Plane Connectors, 2mm Hard Metric Series, Millipacs, Right Angle Receptacle,Type B ,Press Fit Tail,125 Signal Pin, 250 mating cycles and ROHS Compliant
Busbar Deisgn Guide - Amphenol Interconnect Product Corp
Busbar Construction: Types Relevant physical properties of conductor materials used in busbar construction Metal Density @ 20°C (lb/in3) CTE @ 20°C
38999 | Fiber Optic Cable Assemblies
The D38999 circular connector series is designed for harsh environments, particularly those with wide temperature ranges and high mechanical vibrations
zzy-ac | Amphenol Global Search | Amphenol
Amphenol Socapex HDMI FTV connector is a robust HDMI connection system designed for use in harsh environments. It features a tri-start thread coupling mechanism (MIL-DTL-38999 series III type) with an anti-decoupling device, ensuring secure and reliable connections even in challenging conditions.
FS12 | Fiber Optic Connector | Navy Communications
The FS12 12-Channel Fiber Optic Connector provides flexibility for current and future Navy communications, broadcast, industrial and more!
MicroSpace™ 1.27mm - Amphenol CS
MicroSpace™ 1.27mm Crimp-to-Wire Connector Platform, Wire to Board Connector, Receptacle, Staggered, Top latch, 8 Ways
Home - Amphenol Antenna Solutions
Home - Amphenol Antenna Solutions
HM2P07PDG1A1N9LF | Millipacs® | Amphenol
Back Plane Connectors,2mm Hard Metric Series,Millipacs, Vertical Header, Type A with Peg 2.5mm, 110 Signal Pin, Press Fit Tail,Shielded, 250 mating cycles and ROHS Compliant
Load Coils and Load Coil Cases - Charles Industries
Physical Specifications of 770 Cases Capacity Length (in) Diameter (in) Weight (lb) 25 pair 5 4 9 50 pair 9 4 16 100 pair 13 4 25 200 pair 24 4 50
Positronic - Mission-critical Power And Signal Connectors
Positronic - Mission-critical Power And Signal Connectors
3 pin connector | Amphenol Global Search | Amphenol
Differentiating the v(t) function yields the following: dv(t) = Vω cos ωt dt. or. I = CV(2πf) cos (2πf)t. However, since we are only looking at the current required to meet the peak voltage we must evaluate this equation at the point where the value is at its peak.