fdt1-028k Measurement Specialties, fdt1-028k Datasheet

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fdt1-028k

Manufacturer Part Number
fdt1-028k
Description
Fdt Series Elements With Lead Attachment
Manufacturer
Measurement Specialties
Datasheet
FDT Series Rev 1
FDT Series Elements
The “F” in FDT Series
“‘Flexible Leads.” These are rectangle
elements of Piezo film with silver ink screen
printed electrodes. Rather than making the
lead attachment near the sensor, the Piezo
polymer tail extends from the active sensor
area as flex circuit material with offset
traces. This gives a very flat, flexible lead
with a connector at the end.
The FDT elements are available in a variety
of different sizes and thicknesses. They are
available without a laminate (FDT), with a
laminated (0.005” mylar) on ones side
(FLDT) or with tape release layer adhesive
(FDT with adh) in the sensor area.
FEATURES
Film Thickness Options
Piezo Film Technology
Flexible Leads
High Strain Output
Lamination Options
Solderable Connection Pins
Thin piezo film sensor
Flexible leads give flat profile to the
sensor
Dynamic strain sensing with a high
output
Typical interface to a 1 or 10 MΩ input
impedance
Output Voltage dependant on Force
applied 10 mV to 100V
stands for
with Lead Attachment
www.meas-spec.com
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APPLICATIONS
Sensing Direct Contact Force
Recording Time of an Event
Counting Number of Impact Events
Measuring Impact Related Events
Sensing Vibration using Cantilevered
Beam
Wakeup Switch
Motion Detection
05/12/2009

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fdt1-028k Summary of contents

Page 1

FDT Series Elements Piezo Film Technology Flexible Leads High Strain Output Film Thickness Options Lamination Options Solderable Connection Pins The “F” in FDT Series “‘Flexible Leads.” These are rectangle elements of Piezo film with silver ink screen printed electrodes. Rather ...

Page 2

... FDT Series Elements Model Number Part Number FDT1-028K 1-1002785-1 FDT1-052K 2-1002785-1 FLDT1-028K 1-1002786-1 FLDT1-052K 2-1002786-1 FLDT1-028K 1001777 w/adh-F The connector pins on the FDT sensors can be directly soldered to a PCB with a reasonable level of care. This component cannot withstand high temperatures (>80°C) and therefore soldering of the pins to a PCB must be done quickly ...

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