Catalogue Flexpoint Bend Sensor Electrical Data Sheet
www.flexpoint.com
print switch display
Page / 14
Contact the
Manufacturer
Where to buy
this product ?
Flexpoint Sensor Sytems - 3445, 5209
/ 14
See other catalogues for Flexpoint Sensor Sytems
Text version of the page
, , FL EXPOINT
U flexible sensor systems
/1
Vref
1_
o
co
m
Rg
-Wv—I
Rg
-WV-1
-*Vqut
.111
■*Vqut
U1
r
VreF/2
Figure 1.8
X Bend —
Sensor I
VreF/2
Figure 1.9
®
Additional Bend Sensor Resis
These circuits are slightly modified versions ofthe resistance-to-voltage converter detailed on Figure 1.7. Please see Figure 1.7 on the previous page for more detail.
The output of Figure 1.8 is described by the equation:
VoUT = Vref/2 Rc/RBend Sensor®]
The output swing ofthis circuit is from (Vref/2) to OV. In the case where RG is greater than RBend sensor®, the output will go into negative saturation.
The output of Figure 1.9 is described by the equation:
VoUT = Vref/2 Rc/RBend Sensor®]
The output swing ofthis circuit is from (Vref/2) to Vref. In the case where RG is greater than RBend Sensor®, the output will go into positive saturation.
For either ofthese configurations, a zener diode placed in parallel with RG will limit the voltage built up across RG. These designs yield one-halfthe output swing ofthe previous circuit, but only require single sided supplies and positive reference voltages.
Suggested op-amps are LM358 and LM324.
106 West 12200 South • Draper, Utah 84020 • Ph: 866-766-3539 • F: 801-568-2405 • www.flexpoint.com y Copyright® 1997 Flexpoint Sensor Systems, Inc. Page 12 of 14 SEG040404B f P
DirectIndustry's Virtual Technical Library: PDF Catalogue | Technical Documentation | Brochure | Manual | Industrial directory | Specifications | Characteristics
Search Go
page 1 p.1
page 2 p.2
page 3 p.3
page 4 p.4
page 5 p.5
page 6 p.6
page 7 p.7
page 8 p.8
page 9 p.9
page 10 p.10
page 11 p.11
page 12 p.12
page 13 p.13
page 14 p.14
pdf-page pdf di En 2008-12-49-05