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Supplier: Thermik Corporation
Description: Normally closed Does not reset automatically Voltage applied With connector cables With epoxy Mylar®-nomex® Switchgear consisting of a mobile and circumferential contact bridge (1), a contact bearing pin (2), a spring snap
- Contact Configuration: Switch Type: Normally Closed, NC
- High Temperature Set Point: 140 to 356 F
- Life Cycles: 300 Number of Cycles
- Maximum AC Voltage: 250 volts
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Supplier: Thermik Corporation
Description: Normally closed Does not reset automatically Voltage applied With connector cables With epoxy Without insulation Switchgear consisting of a mobile and circumferential contact bridge (1), a contact bearing pin (2), a spring snap
- Contact Configuration: Switch Type: Normally Closed, NC
- High Temperature Set Point: 140 to 356 F
- Life Cycles: 1000 Number of Cycles
- Maximum AC Voltage: 250 volts
-
Supplier: Thermik Corporation
Description: Normally closed Does not reset automatically Voltage applied With connector cables With epoxy Mylar®-nomex® Switchgear consisting of a mobile and circumferential contact bridge (1), a contact bearing pin (2), a spring snap
- Contact Configuration: Switch Type: Normally Closed, NC
- High Temperature Set Point: 140 to 356 F
- Life Cycles: 1000 Number of Cycles
- Maximum AC Voltage: 250 volts
-
-
Supplier: Thermik Corporation
Description: Normally closed Does not reset automatically Voltage applied With connector cables With epoxy Without insulation Switchgear consisting of a mobile and circumferential contact bridge (1), a contact bearing pin (2), a spring snap
- Contact Configuration: Switch Type: Normally Closed, NC
- High Temperature Set Point: 140 to 356 F
- Life Cycles: 300 Number of Cycles
- Maximum AC Voltage: 250 volts
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position and pushes the spring snap-in disc downwards. The contact is abruptly opened and the temperature rise of the device to be protected is disrupted. The PTC resistance connected in parallel now sustains the operating voltage and deploys a defined electrical heating output on the bimetallic disc (read more)
Browse Thermal Switches and Thermal Protectors Datasheets for Thermik Corporation -
Keystone Electronics Corp.The "Premium" high performance design is made of molded Polyethylene or rigid fiber which incorporate high quality insulators and sturdy proven Phosphor Bronze or Spring Steel, Nickel-plated, snap-on connectors. Available in "T" or "I" configurations, Keystone's straps are (read more)
Browse Battery Holders Datasheets for Keystone Electronics Corp.
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Shaw, A. D., Neild, S. A., Wagg, D. J., Weaver, P. M., & Carrella, A. (2013).
A nonlinear spring mechanism incorporating a bistable composite plate for
vibrati...
An HSLDS response is often achieved by the parallel connection of linear springs with a snap -through mechanism providing a region of negative stiff- ness [4], and this approach is followed here.
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Particle Swarm Optimization Applied to the Design of a Nonlinear
Control
A well known problem is the so-called ‘pull-in’ or ‘snap in’ effect, where the nonlinear electrostatic force avalanches over the linear spring force, causing the parallel plates to snap together.
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Feedback Linearization of an Electrostatic Actuator by Particle Swarm Optimization
A well known problem is the so-called "pull-in" or "snap in" effect, where the nonlinear electrostatic force avalanches over the linear spring force, causing the parallel plates to snap together.
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Over the Metranoikter as dilatation-instrument and its anatomical mode of action
…see that ~uBersten of ends two round iOffnungen hold; kSnnen two on the Oberfl~ehe of the annular spring becomes mounted KnSpfe gefaBt … which dureh becomes Schlieften of the plier handles both expanding arms of the Metranoikters in parallel on each other geftigt…
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Vibration and shock reliability of MEMS: modeling and experimental validation
For voltages below snap -in the reduced resonant frequency ω∗ res, due to apparent spring softening for a linear parallel plate actuator, can be written as .
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Structures, Structural Dynamics, and Materials and Co-located Conferences > Experimental Investigation Into A Vibration Isolator Incorporating A Bistable Compo...
…and therefore natural frequency, whilst preserving weight bearing capacity by maintaining good static stiffness.7 As proposed by Carrella and Friswell,8 the snap -through of a bistable … as a negative stiffness spring , which is connected in parallel with linear springs to…
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Recent developments in MEMS-based tunable IR detectors
This nonlinear spring constant then partially compensates the highly nonlinear electrostatic force-displacement characteristic that is results in the snap -down effect in parallel plate actuators [4].
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A nonlinear spring mechanism incorporating a bistable composite plate for vibration isolation - University of Bristol
It has previously been proposed that an HSLDS mount could be implemented by connecting linear springs in parallel with the transverse flexure of a composite bistable plate - a plate that has two stable shapes between which it may snap .
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A nonlinear spring mechanism incorporating a bistable composite plate for vibration isolation - University of Bristol
It has previously been proposed that an HSLDS mount could be implemented by connecting linear springs in parallel with the transverse flexure of a composite bistable plate - a plate that has two stable shapes between which it may snap .
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A high-stiffness axial resonant probe for atomic force microscopy
If the slope of an attractive force gradient exceeds the spring constant of the cantilever, the cantilever will snap down to the surface—an instability analogous to the snap-down of MEMS electrostatic parallel plate actuators.