| | 1 | # CompoundFunctions.LACE |
| | 2 | # collection of compound functions which can be realized with THAT |
| | 3 | |
| | 4 | # Open Amplifier |
| | 5 | define openamp (weight*: variable-1, …) -> output |
| | 6 | isum (weight*: variable-1, …) -> output |
| | 7 | connect (FB:) -> GND |
| | 8 | |
| | 9 | # Division |
| | 10 | define idivide (numerator, denominator) -> -quotient |
| | 11 | openamp (numerator, product) -> -quotient |
| | 12 | multiply (-quotient, denominator) -> product |
| | 13 | |
| | 14 | # Integration extension |
| | 15 | define iintegrate (weight*: variable-1, …, ic: variable-IC, limit: gt0) -> variable-n |
| | 16 | iintegrate (weight*: variable-1, …) -> variable-n |
| | 17 | diode (cat:variable-n) -> DA |
| | 18 | connect (DA) -> sj |
| | 19 | # diode and connect used to limit the result to values >0 |
| | 20 | |
| | 21 | # Building an additional integrator with the help of an openamp |
| | 22 | define iintegrate.additional (variable) -> integral |
| | 23 | openamp variable -> integral |
| | 24 | connect SJ -> cp |
| | 25 | capacitor.100nF (integral) -> cp |
| | 26 | # NB: The 100 nF capacitor is available on a THAT. This capacitance corresponds to those of the SLOW settings. In order to use the standard time constant an external 1 nF capacitor has to be used. |
| | 27 | |
| | 28 | # Summing extension |
| | 29 | define isum (weight*: variable-1, …, /divisor) -> -result |
| | 30 | isum (weight*: variable-1, …) -> -result |
| | 31 | connect (-result, …) -> IN |
projects / Analog_Engine.git / blame_incremental