Difference between revisions of "AKBRK"
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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)]] | + | [[QAKAMP | Ankle bridge amplifer (QAKAMP)]] : |
[[GIMUAMP | Greddy IMU amplifer (GIMUAMP)]] | [[GIMUAMP | Greddy IMU amplifer (GIMUAMP)]] | ||
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AKBRK: The Ankle breakout board passively interfaces various ankle sensor amplifier boards to the MM32 PC/104 analog IO module. AKBRK has headers for connecting to QAKAMP and GIMUAMP boards. Additionally there are Molex style headers permitting access to the unused MM32 analog and digital IOs. Finally, the breakout board integrates differential filtering and termination on the QAKAMP and GIMUAMP signals by shunting each differential pair with a 1uF capacitor and 600 ohm resistor in parallel. | AKBRK: The Ankle breakout board passively interfaces various ankle sensor amplifier boards to the MM32 PC/104 analog IO module. AKBRK has headers for connecting to QAKAMP and GIMUAMP boards. Additionally there are Molex style headers permitting access to the unused MM32 analog and digital IOs. Finally, the breakout board integrates differential filtering and termination on the QAKAMP and GIMUAMP signals by shunting each differential pair with a 1uF capacitor and 600 ohm resistor in parallel. | ||
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| + | [http://sales.digikey.com/scripts/ru.dll?action=pb_view&pb_glue=1011231 Bill of materials (Digikey)] | ||
Latest revision as of 13:05, 24 April 2006
Back to BM : Ankle Tech notes : Ankle bridge amplifer (QAKAMP) : Greddy IMU amplifer (GIMUAMP)
AKBRK: The Ankle breakout board passively interfaces various ankle sensor amplifier boards to the MM32 PC/104 analog IO module. AKBRK has headers for connecting to QAKAMP and GIMUAMP boards. Additionally there are Molex style headers permitting access to the unused MM32 analog and digital IOs. Finally, the breakout board integrates differential filtering and termination on the QAKAMP and GIMUAMP signals by shunting each differential pair with a 1uF capacitor and 600 ohm resistor in parallel.
