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tone sonalert module  (Med Associates Inc)


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    Structured Review

    Med Associates Inc tone sonalert module
    Tone Sonalert Module, supplied by Med Associates Inc, used in various techniques. Bioz Stars score: 97/100, based on 254 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/tone+sonalert+module/Speaker/bio_rxiv__2024__04__30__591853-42-11-18
    Average 97 stars, based on 254 article reviews
    tone sonalert module - by Bioz Stars, 2026-09
    97/100 stars

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    Related Articles

    Control:

    Article Title: Influence of aversive cue detection sensitivity on extinction in adult male rats
    Article Snippet: .. The boxes also contained a house light (2.5W, 24V), a speaker (3kHz tone, Sonalert Module with volume control, MedAssociates), ultrasonic microphones (Metris, Netherlands) and a CCTV video camera (Spy Camera model CMOSNC76). ..



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    Figure 1. Schematic layout and actual device. (A) The conceptual schematic organization of the touchscreen device with pieces numbered in black, corresponding to white numbers on the actual device (panels (B–D)). A Raspberry Pi controls the touchscreen and records responses. Output is then taken from the Raspberry Pi I/O pins and put through an external printed circuit board to step the voltage up to the 28 V needed for peripheral components. Physical inputs were available but not used in the current studies. (B) An image of the remote-controlled dispenser, attached to the PCB. A raspberry Pi is attached underneath the PCB and not visible. Not in this picture is the <t>sonalert</t> tone generator which was also hooked up to the PCB. (C) Front of testing device showing screen. (D) Rear of testing device showing back of screen, Pi, and other components. Numbered items indicate: (1) PCB, (2) RF transceiver, (3) pellet dispenser, (4) Raspberry Pi, (5) touchscreen, (6) audio speakers, (7) weighted sandbags.
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    Figure 1. Schematic layout and actual device. (A) The conceptual schematic organization of the touchscreen device with pieces numbered in black, corresponding to white numbers on the actual device (panels (B–D)). A Raspberry Pi controls the touchscreen and records responses. Output is then taken from the Raspberry Pi I/O pins and put through an external printed circuit board to step the voltage up to the 28 V needed for peripheral components. Physical inputs were available but not used in the current studies. (B) An image of the remote-controlled dispenser, attached to the PCB. A raspberry Pi is attached underneath the PCB and not visible. Not in this picture is the <t>sonalert</t> tone generator which was also hooked up to the PCB. (C) Front of testing device showing screen. (D) Rear of testing device showing back of screen, Pi, and other components. Numbered items indicate: (1) PCB, (2) RF transceiver, (3) pellet dispenser, (4) Raspberry Pi, (5) touchscreen, (6) audio speakers, (7) weighted sandbags.
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    Image Search Results


    Figure 1. Schematic layout and actual device. (A) The conceptual schematic organization of the touchscreen device with pieces numbered in black, corresponding to white numbers on the actual device (panels (B–D)). A Raspberry Pi controls the touchscreen and records responses. Output is then taken from the Raspberry Pi I/O pins and put through an external printed circuit board to step the voltage up to the 28 V needed for peripheral components. Physical inputs were available but not used in the current studies. (B) An image of the remote-controlled dispenser, attached to the PCB. A raspberry Pi is attached underneath the PCB and not visible. Not in this picture is the sonalert tone generator which was also hooked up to the PCB. (C) Front of testing device showing screen. (D) Rear of testing device showing back of screen, Pi, and other components. Numbered items indicate: (1) PCB, (2) RF transceiver, (3) pellet dispenser, (4) Raspberry Pi, (5) touchscreen, (6) audio speakers, (7) weighted sandbags.

    Journal: Biomedicines

    Article Title: A Touchscreen Device for Behavioral Testing in Pigs.

    doi: 10.3390/biomedicines10102612

    Figure Lengend Snippet: Figure 1. Schematic layout and actual device. (A) The conceptual schematic organization of the touchscreen device with pieces numbered in black, corresponding to white numbers on the actual device (panels (B–D)). A Raspberry Pi controls the touchscreen and records responses. Output is then taken from the Raspberry Pi I/O pins and put through an external printed circuit board to step the voltage up to the 28 V needed for peripheral components. Physical inputs were available but not used in the current studies. (B) An image of the remote-controlled dispenser, attached to the PCB. A raspberry Pi is attached underneath the PCB and not visible. Not in this picture is the sonalert tone generator which was also hooked up to the PCB. (C) Front of testing device showing screen. (D) Rear of testing device showing back of screen, Pi, and other components. Numbered items indicate: (1) PCB, (2) RF transceiver, (3) pellet dispenser, (4) Raspberry Pi, (5) touchscreen, (6) audio speakers, (7) weighted sandbags.

    Article Snippet: A Sonalert tone generator (ENV-223AM; 2900 Hz, 100 dB; Med-Associates) was also attached alongside the pellet dispenser.

    Techniques: