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VIBRATION FUNDAMENTALS - PCB
There are a variety of mounting techniques for accelerometers. Each method influences the achievable high frequency measurement range. Stud mounting (integral or tapped hole) preferred for greatest rigidity. Adhesive mounting bases can be used when other techniques are not practical. Used for temporary mounting or on curved surfaces.
AFSI Supplier Quality Clause Guide - Amphenol Fiber Systems ...
AFSI Supplier Quality Clause Guide - Amphenol Fiber Systems ...
Operation Manual R-Series V SSI 552011
Before starting the operation of Temposonics® position sensors, read this documentation thoroughly and follow the safety information. Keep this manual for future reference! 1 or instructed service technicians who are familiar with the project planning and dealing with Temposonics® sensors.
252149-a
Title: D:\252\252149-a.PDF Author: Garrick R. Sillers Created Date: 2/20/2001 8:53:48 PM
142315 - amphenolrf.com
Title: D:\142\142315.PDF Author: Garrick R. Sillers Created Date: 5/21/2002 9:05:17 PM
c:userspdfsmp-fsba-1316 - amphenolrf.com
Title: c:userspdfsmp-fsba-1316.ps Created Date: 10/25/2016 4:44:46 PM
422x.03-445-Txx - amphenolprocom.com
The centre fed dipole design and feed network gives a stable radiation pattern across a wide bandwidth, and allows tilted beam designs to be effectively employed without large pattern distortions.
PCB
PCB
P5716200Fx - Amphenol Antenna Solutions
P5716200Fx - Amphenol Antenna Solutions ... P5716200Fx
B60 Traditional/CW Tilted Element™ Thru-hull - Airmar
The B60 is a 600 W, 50/200 kHz transducer that integrates Airmar’s popular, Tilted Element ™ feature. This Tilted Element transducer has the ceramic element fixed at either a 20° or 12° angle within the housing. When the transducer is installed almost flush to the hull, the tilt of the element corrects for the hull deadrise angle.
MTXB Drawing - Amphenol Fiber Systems International (AFSI)
MTXB Drawing - Amphenol Fiber Systems International (AFSI)
Amphenol Charles Fiber Drop Repair Closure
The FDRC is a compact splice closure with two inline cable ports. It has six splice slots and can accommodate twelve single-fusion double-stacked fusion splices.
10130105 - X 0 J - X X X LF - amphenol-cs.com
SEE APPLICATION SPECIFICATION FOR ROUTING GUIDELINES, ADDITIONAL PTH GUIDELINES, MATED DIMENSIONS, GUIDE PIN SELECTION, ETC. OPTIONAL HOLE LOCATION FOR GROUNDED PIN OR ADDITIONAL GUIDE-PIN SUPPORT. SEE TABLE 1 SHEET 1 FOR ADDITIONAL DETAILS.
d:userpdfc925-127p-51p - amphenolrf.com
Title: d:userpdfc925-127p-51p.ps Created Date: 7/12/2016 11:06:32 AM
www.rfstechnologies.com
www.rfstechnologies.com
TFOCA Biconic Termini | Fiber Optic Termini - Amphenol Fiber Systems ...
The biconic terminus was adapted to the military TFOCA connector system in the early 1980s and is designed in accordance with M83626/12-02 & /13-02.
Safety Manual for MH-Series with CAN Safety (Document part number 552177)
It begins with a suitable magnet placed in the specified proximity along the measurement axis and ends with the sensor releasing position information on the CANBus. The core principle is magnetostrictive position sensing. Safe State is maintained, as long as the sensor does not report a position with an error exceeding the range given above.
WF-158 - Wall feed through (without feed through plate)
These innovative Wall feed through systems feature a design which reduces installation time. Each WF-Kit contains a rubber wall gland which fits inside the mounting plate to hold the coax in place, a butyl sealing compound and a tension clamp with two bolts.
Temposonics R-Series V FLEX – Unique sensing solution for confined ...
Temposonics introduces the R-Series V FLEX, a groundbreaking position sensor that redefines flexibility and performance. Engineered for installations in confined spaces and capable of stroke lengths up to 20 meters, it is an ideal solution for demanding applications.
IBflex® Scanning Receiver | Test & Measurement - PCTEL
The IB flex scanner combines a lightweight design with the power to test multiple technologies and bands simultaneously. It can be used to deploy 5G New Radio networks in sub-6 GHz spectrum, verify public safety coverage, optimize dense small cell deployments, and improve the reliability of IoT systems.