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What does the triangle look like in this diagram?
components within a triangle in an electronics diagramWhat does this schematic symbol mean? (triangle with a line crossing it out)What does having the v in the center, with the positive near the top wire and negative near the bottom wire mean in this circuit diagram?Electrical symbols, what does a dot before a triangle mean?How to draw the input into the VCC net/bus in a circuit diagram?What does the wishbone symbol mean?What is this symbol? (assumed compliance mark like CE / FCC)what does this symbol mean?(like a comparator,but there is another symbol in this triangle)What is the triangle components in this diagram?What is this Venn-Diagram-looking symbol?
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$begingroup$
Using my intuition, I would assume the triangle in this simple circuit to be an inverter, but does that look correct?
What is this symbol?
digital-logic identification schematics diagram
$endgroup$
add a comment
|
$begingroup$
Using my intuition, I would assume the triangle in this simple circuit to be an inverter, but does that look correct?
What is this symbol?
digital-logic identification schematics diagram
$endgroup$
9
$begingroup$
It looks like a triangle to answer your title... But you probably mean what it represents.I would say it is a Schmitt trigger inverter.
$endgroup$
– Eugene Sh.
8 hours ago
add a comment
|
$begingroup$
Using my intuition, I would assume the triangle in this simple circuit to be an inverter, but does that look correct?
What is this symbol?
digital-logic identification schematics diagram
$endgroup$
Using my intuition, I would assume the triangle in this simple circuit to be an inverter, but does that look correct?
What is this symbol?
digital-logic identification schematics diagram
digital-logic identification schematics diagram
edited 4 hours ago
Voltage Spike
39.4k12 gold badges43 silver badges115 bronze badges
39.4k12 gold badges43 silver badges115 bronze badges
asked 8 hours ago
ClockwerkSCClockwerkSC
211 bronze badge
211 bronze badge
9
$begingroup$
It looks like a triangle to answer your title... But you probably mean what it represents.I would say it is a Schmitt trigger inverter.
$endgroup$
– Eugene Sh.
8 hours ago
add a comment
|
9
$begingroup$
It looks like a triangle to answer your title... But you probably mean what it represents.I would say it is a Schmitt trigger inverter.
$endgroup$
– Eugene Sh.
8 hours ago
9
9
$begingroup$
It looks like a triangle to answer your title... But you probably mean what it represents.I would say it is a Schmitt trigger inverter.
$endgroup$
– Eugene Sh.
8 hours ago
$begingroup$
It looks like a triangle to answer your title... But you probably mean what it represents.I would say it is a Schmitt trigger inverter.
$endgroup$
– Eugene Sh.
8 hours ago
add a comment
|
2 Answers
2
active
oldest
votes
$begingroup$
It looks like a schmitt trigger inverter like this one (but not this specific one as the pins are different). There should be a Vcc and gnd for this part somewhere else in the schematic.
Source: https://www.jameco.com/Jameco/Products/ProdDS/46640.pdf
$endgroup$
add a comment
|
$begingroup$
It's either a Schmitt-trigger inverter or a Schmitt-trigger buffer. It's unclear to me whether the output has a circle or an arrow on it. The hysteresis diagram implies it's an inverter, but that could be wrong.
Edit: as @duskwuff points out, from a functional point of view, it's undoubtedly an inverter. The pin numbers match the SN74LVC1G14 single gate ST inverter, and other similar single gate parts.
Schmitt-trigger gates have input hysteresis which can help in cleaning up slow or somewhat noisy waveforms. In this particular case it does not seem to be doing much in that regard, but it will not do much harm (it will tend to have the RAM outputs fighting each other for a slightly longer during switch transitions than a regular 74LS04 inverter, probably not a big deal).
$endgroup$
2
$begingroup$
The presence of the buffer on one RAM enable pin, but not the other, makes me think it's an inverter. It'd be bizarre to use a non-inverting buffer there.
$endgroup$
– duskwuff
5 hours ago
add a comment
|
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2 Answers
2
active
oldest
votes
2 Answers
2
active
oldest
votes
active
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votes
active
oldest
votes
$begingroup$
It looks like a schmitt trigger inverter like this one (but not this specific one as the pins are different). There should be a Vcc and gnd for this part somewhere else in the schematic.
Source: https://www.jameco.com/Jameco/Products/ProdDS/46640.pdf
$endgroup$
add a comment
|
$begingroup$
It looks like a schmitt trigger inverter like this one (but not this specific one as the pins are different). There should be a Vcc and gnd for this part somewhere else in the schematic.
Source: https://www.jameco.com/Jameco/Products/ProdDS/46640.pdf
$endgroup$
add a comment
|
$begingroup$
It looks like a schmitt trigger inverter like this one (but not this specific one as the pins are different). There should be a Vcc and gnd for this part somewhere else in the schematic.
Source: https://www.jameco.com/Jameco/Products/ProdDS/46640.pdf
$endgroup$
It looks like a schmitt trigger inverter like this one (but not this specific one as the pins are different). There should be a Vcc and gnd for this part somewhere else in the schematic.
Source: https://www.jameco.com/Jameco/Products/ProdDS/46640.pdf
answered 8 hours ago
Voltage SpikeVoltage Spike
39.4k12 gold badges43 silver badges115 bronze badges
39.4k12 gold badges43 silver badges115 bronze badges
add a comment
|
add a comment
|
$begingroup$
It's either a Schmitt-trigger inverter or a Schmitt-trigger buffer. It's unclear to me whether the output has a circle or an arrow on it. The hysteresis diagram implies it's an inverter, but that could be wrong.
Edit: as @duskwuff points out, from a functional point of view, it's undoubtedly an inverter. The pin numbers match the SN74LVC1G14 single gate ST inverter, and other similar single gate parts.
Schmitt-trigger gates have input hysteresis which can help in cleaning up slow or somewhat noisy waveforms. In this particular case it does not seem to be doing much in that regard, but it will not do much harm (it will tend to have the RAM outputs fighting each other for a slightly longer during switch transitions than a regular 74LS04 inverter, probably not a big deal).
$endgroup$
2
$begingroup$
The presence of the buffer on one RAM enable pin, but not the other, makes me think it's an inverter. It'd be bizarre to use a non-inverting buffer there.
$endgroup$
– duskwuff
5 hours ago
add a comment
|
$begingroup$
It's either a Schmitt-trigger inverter or a Schmitt-trigger buffer. It's unclear to me whether the output has a circle or an arrow on it. The hysteresis diagram implies it's an inverter, but that could be wrong.
Edit: as @duskwuff points out, from a functional point of view, it's undoubtedly an inverter. The pin numbers match the SN74LVC1G14 single gate ST inverter, and other similar single gate parts.
Schmitt-trigger gates have input hysteresis which can help in cleaning up slow or somewhat noisy waveforms. In this particular case it does not seem to be doing much in that regard, but it will not do much harm (it will tend to have the RAM outputs fighting each other for a slightly longer during switch transitions than a regular 74LS04 inverter, probably not a big deal).
$endgroup$
2
$begingroup$
The presence of the buffer on one RAM enable pin, but not the other, makes me think it's an inverter. It'd be bizarre to use a non-inverting buffer there.
$endgroup$
– duskwuff
5 hours ago
add a comment
|
$begingroup$
It's either a Schmitt-trigger inverter or a Schmitt-trigger buffer. It's unclear to me whether the output has a circle or an arrow on it. The hysteresis diagram implies it's an inverter, but that could be wrong.
Edit: as @duskwuff points out, from a functional point of view, it's undoubtedly an inverter. The pin numbers match the SN74LVC1G14 single gate ST inverter, and other similar single gate parts.
Schmitt-trigger gates have input hysteresis which can help in cleaning up slow or somewhat noisy waveforms. In this particular case it does not seem to be doing much in that regard, but it will not do much harm (it will tend to have the RAM outputs fighting each other for a slightly longer during switch transitions than a regular 74LS04 inverter, probably not a big deal).
$endgroup$
It's either a Schmitt-trigger inverter or a Schmitt-trigger buffer. It's unclear to me whether the output has a circle or an arrow on it. The hysteresis diagram implies it's an inverter, but that could be wrong.
Edit: as @duskwuff points out, from a functional point of view, it's undoubtedly an inverter. The pin numbers match the SN74LVC1G14 single gate ST inverter, and other similar single gate parts.
Schmitt-trigger gates have input hysteresis which can help in cleaning up slow or somewhat noisy waveforms. In this particular case it does not seem to be doing much in that regard, but it will not do much harm (it will tend to have the RAM outputs fighting each other for a slightly longer during switch transitions than a regular 74LS04 inverter, probably not a big deal).
edited 2 hours ago
answered 6 hours ago
Spehro PefhanySpehro Pefhany
224k5 gold badges178 silver badges471 bronze badges
224k5 gold badges178 silver badges471 bronze badges
2
$begingroup$
The presence of the buffer on one RAM enable pin, but not the other, makes me think it's an inverter. It'd be bizarre to use a non-inverting buffer there.
$endgroup$
– duskwuff
5 hours ago
add a comment
|
2
$begingroup$
The presence of the buffer on one RAM enable pin, but not the other, makes me think it's an inverter. It'd be bizarre to use a non-inverting buffer there.
$endgroup$
– duskwuff
5 hours ago
2
2
$begingroup$
The presence of the buffer on one RAM enable pin, but not the other, makes me think it's an inverter. It'd be bizarre to use a non-inverting buffer there.
$endgroup$
– duskwuff
5 hours ago
$begingroup$
The presence of the buffer on one RAM enable pin, but not the other, makes me think it's an inverter. It'd be bizarre to use a non-inverting buffer there.
$endgroup$
– duskwuff
5 hours ago
add a comment
|
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$begingroup$
It looks like a triangle to answer your title... But you probably mean what it represents.I would say it is a Schmitt trigger inverter.
$endgroup$
– Eugene Sh.
8 hours ago