Difference between revisions of "POT4"
From DIDEAS Wiki
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[[Medialab Documentation | Documentation HOME]] | [[Medialab Documentation | Documentation HOME]] | ||
+ | |||
+ | ==Power Supply== | ||
+ | * +12V, GND, -12V required. | ||
+ | * Supply current < 50mA | ||
+ | * Maximum supply voltage is +-15V | ||
+ | |||
+ | |||
+ | ==Jumpers== | ||
+ | * JF1 : 3 way jumper used to select souce that drives that "Position" output. The signal source may be one of the following: | ||
+ | **Insturmentation amplifier output | ||
+ | **2nd order low pass filter output | ||
+ | **4th order low pass filter output | ||
+ | |||
+ | * JC1 : selects the "Shield" header signal source and is specified at assembly time. Signal sources include "GND", "COM", or "REF-". | ||
+ | |||
==assembly variations== | ==assembly variations== | ||
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*[[Media:Pot4-for-strain-gauge-boards-5to8.pdf|boards #5 - #8]]: built for strain gauge bridge input and are minimally built with 2nd order LP filter | *[[Media:Pot4-for-strain-gauge-boards-5to8.pdf|boards #5 - #8]]: built for strain gauge bridge input and are minimally built with 2nd order LP filter | ||
− | + | ==Schematics== | |
*[[Media:Pot4-for-strain-gauge-boards-5to8.pdf]] | *[[Media:Pot4-for-strain-gauge-boards-5to8.pdf]] | ||
− | + | ==FAQ== | |
*Q: [[POT4_GAIN | How to adjust the gain?]] | *Q: [[POT4_GAIN | How to adjust the gain?]] | ||
*Q: [[POT4_PINOUT | What is pinout of the headers?]] | *Q: [[POT4_PINOUT | What is pinout of the headers?]] |
Revision as of 03:08, 2 June 2005
Power Supply
- +12V, GND, -12V required.
- Supply current < 50mA
- Maximum supply voltage is +-15V
Jumpers
- JF1 : 3 way jumper used to select souce that drives that "Position" output. The signal source may be one of the following:
- Insturmentation amplifier output
- 2nd order low pass filter output
- 4th order low pass filter output
- JC1 : selects the "Shield" header signal source and is specified at assembly time. Signal sources include "GND", "COM", or "REF-".
assembly variations
POT4 can be built for either potentiometer input or bridge input. There are also several optional circuit modules.
- boards #1, #2 : fully built with lowpass filters, differentiation is configured for potentiometer input
- boards #3, #4 : minimally built for strain gauge bridge input
- boards #5 - #8: built for strain gauge bridge input and are minimally built with 2nd order LP filter