Difference between revisions of "GIMUAMP"
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[[Biomechatronics_Documentation | Back to BM]] | [[Biomechatronics_Documentation | Back to BM]] | ||
[[Ankle-0406 | Ankle Tech notes]] | [[Ankle-0406 | Ankle Tech notes]] | ||
| + | [[QAKAMP | Ankle bridge amplifer (QAKAMP)]] | ||
| + | [[AKBRK | Ankle MM32 breakout (AKBRK)]] | ||
| − | GIMUAMP : Greddy IMU Amplifier contains six higher frequency response (AD8221) instrumentation amplifiers, offset trimming, power supply conditioning, and creates a virtually grounded precision linear 5V source to power the IMU. Analog output is via a 16 pin ribbon cable with several "grounds" and is nominally differential, although can assemble for signal ended operation. | + | GIMUAMP : Greddy IMU Amplifier contains six higher frequency response ([http://www.analog.com/en/prod/0%2C2877%2CAD8221%2C00.html AD8221]) instrumentation amplifiers, offset trimming, power supply conditioning, and creates a virtually grounded precision linear 5V source to power the IMU. Analog output is via a 16 pin ribbon cable with several "grounds" and is nominally differential, although can assemble for signal ended operation. |
Latest revision as of 01:18, 20 April 2006
Back to BM Ankle Tech notes Ankle bridge amplifer (QAKAMP) Ankle MM32 breakout (AKBRK)
GIMUAMP : Greddy IMU Amplifier contains six higher frequency response (AD8221) instrumentation amplifiers, offset trimming, power supply conditioning, and creates a virtually grounded precision linear 5V source to power the IMU. Analog output is via a 16 pin ribbon cable with several "grounds" and is nominally differential, although can assemble for signal ended operation.
