2800418-01

The 2800418-01 application field and working principle can be diverse, however, the most common applications include machine vibration isolation and medical imaging. Vibration isolation involves the utilization of 2800418-01 rubber element for isolating areas from vibration or shock. Due to its high damping coefficient, the 2800418-01 rubber element is able to reduce the overall vibration when it is positioned between mechanical components. This type of vibration isolation is usually used in many industrial applications where components need to be securely held in position, such as wind turbines, engines, compressors, and pumps.The working principle of the 2800418-01 element relies on three main factors; the rubber material, the preload, and the damping coefficient. The material used is usually natural rubber, which has very good dynamic ability and is able to minimize the harmonic vibrations produced by the machine. The preload of the rubber element is the force that it can withhold before it begins to suffer some deformation, and the damping coefficient is the amount of energy that the rubber element is able to absorb before it reaches the maximum deflection (the point at which the rubber element begins to suffer permanent damage). Medical imaging is another field of application that uses the 2800418-01 rubber element. The working principle of this type of imaging relies on the concept that the rubber material is able to measure several medical conditions, such as bone density, tumors, and growths. This is because the rubber material can be manipulated to create a range of frequencies that are able to penetrate the human body and detect certain properties in the body. The rubber material is also able to absorb the energy of the frequency being generated to form an image of the patient’s internal organs and tissues. The 2800418-01 rubber material is capable of providing accurate images with minimal disturbances, making it an ideal material for medical imaging. The development of 2800418-01 rubber over the years has enabled it to be used in a wide range of applications, from vibration isolation to medical imaging. Its ability to absorb energy and provide accurate images make it an ideal material for many diverse applications. It is important to understand the working principle of the 2800418-01 rubber element in order to ensure that it is used correctly and safely in all applications.

2800-253424	Knowles	2.51 $	1000	SWITCH PUSHBUTTON
2800-253374	Knowles	2.51 $	1000	SWITCH PUSHBUTTON
2800-253410	Knowles	3.26 $	1000	SWITCH PUSHBUTTON
2800-253486	Knowles	2.51 $	1000	SWITCHES
2800-253586	Knowles	4.1 $	7	SWITCHES
2800-253301	Knowles	2.96 $	1000	SWITCH PUSHBUTTON
2800-253325	Knowles	4.1 $	82	SWITCHES
2800-254013	Knowles	6.1 $	1000	SWITCH PUSHBUTTON
2800-253907	Knowles	2.73 $	1000	SWITCH PUSHBUTTON
2800-253377	Knowles	2.77 $	1000	SWITCH PUSHBUTTON
2800-253915	Knowles	3.21 $	1000	SWITCH PUSHBUTTON
2800-253598	Knowles	3.93 $	1000	SWITCH PUSHBUTTON
2800-253947	Knowles	3.21 $	1000	SWITCH PUSHBUTTON
2800-253788	Knowles	3.21 $	1000	SWITCH PUSHBUTTON
2800-253591	Knowles	2.96 $	1000	SWITCH PUSHBUTTON
2800-253633	Knowles	4.63 $	1000	SWITCH PUSHBUTTON
CVCO55BE-2000-2800	Crystek Corp...	12.26 $	1000	OSC VCO 2000-2800MHZ SMD ...
CVCO55BE-2650-2800	Crystek Corp...	13.72 $	1000	OSC VCO 2650-2800MHZ SMD ...
2800570	Phoenix Cont...	9.05 $	96	CONN TERM BLK FEED THRU 1...
248-2800-000	ITT Cannon, ...	225.39 $	6	RP SHELL BKAC/D/E 3 RECPT...
280007-1	TE Connectiv...	0.01 $	1000	CONN SPLICE 600-3000 CMA ...
1-280002-1	TE Connectiv...	0.01 $	1000	CONN SPLICE 1500-5000 CMA...
280007-2	TE Connectiv...	0.02 $	1000	CONN SPLICE 600-3000 CMA ...
280005-2	TE Connectiv...	0.02 $	1000	CONN SPLICE 600-3000 CMA ...
280099	TE Connectiv...	0.53 $	635	CONN MALE TAB HSG 0.25 8P...
3485-2800R	3M	2.68 $	1000	CONN D-SUB JUNCT SHELL 36...
3485-2800F	3M	4.86 $	1000	CONN D-SUB JUNCT SHELL 36...
280004-1	TE Connectiv...	0.03 $	1000	CONN SPLICE 600-3000 CMA ...
280002-1	TE Connectiv...	0.07 $	1000	CONN SPLICE 1500-5000 CMA...