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Hades Applets contents visual index introduction std_logic_1164 gatelevel circuits delay models flipflops adders and arithm... counters LFSR and selftest memories programmable logic state-machine editor misc. demos I/O and displays DCF-77 clock relays (switch-le... CMOS circuits (sw... RTLIB logic RTLIB registers Prima processor D*CORE MicroJava Pic16 cosimulation PIC16C84 dem... fast PIC16C8... interrupt-dr... on-chip timer EEPROM access EEPROM access RS-232 trans... software RS-232 software RS-... chronograph MIDI footswi... MIDI footswi... MIDI footswi... MIDI organ p... MIDI organ p... ultrasonic r... ultrasonic r... "Phrasendres... "mastermind"... Mips R3000 cosimu... Intel MCS4 (i4004) image processing ... [Sch04] Codeumsetzer [Sch04] Addierer [Sch04] Flipflops [Sch04] Schaltwerke [Sch04] RALU, Min... [Fer05] State-Mac... [Fer05] PIC16F84/... [Fer05] Miscellan... [Fer05] Femtojava FreeTTS | ultrasonic range detector ("tapebox", internal clocked) Circuit Description A PIC16-based ultrasonic range detector (tapebox), designed and published in EPE online magazine, November 1999. A local copy of the original article with a full description and detailed build-instructions. Again, this applet uses the internal-clocked FastPic16C84 microcontroller simulation model for higher simulation performance. As Hades does not (yet) support analog components, it is impossible to model the ultrasonic transmitter, sound reflection, and the receiver and amplifier. Instead, a simple digital delay line is used in the applet to simulate the analog world. Just change the delays of the inverters and the XOR gate to simulate the delay of the actual ultrasonic sound reflection. | |||
Print version | Run this demo in the Hades editor (via Java WebStart) | ||||
Usage | FAQ | About | License | Feedback | Tutorial (PDF) | Referenzkarte (PDF, in German) | ||||
Impressum | http://tams.informatik.uni-hamburg.de/applets/hades/webdemos/72-pic/80-ultrasonic/fast-tapebox.html |