How Does a Clock work ? | Crystal oscillator | Flip-Flop | Lavet type motor
ฝัง
- เผยแพร่เมื่อ 16 ก.ย. 2024
- Help us to grow : / profmad
In this video, we will explain how a clock works, from the basic clock mechanism to the latest digital technology. We will cover topics such as how clocks keep time, how different types of clocks work, and the technology behind clockmaking.
We will start by discussing the basic clock mechanism, which includes the clock face, hands, gears, and escapement. We will then explain how clocks keep time by using a pendulum or balance wheel. We will also discuss the different types of clocks, such as mechanical, quartz, and digital clocks.
Next, we will talk about the technology behind clockmaking. We will cover topics such as how clocks are powered, how they measure time, and how they display the time. We will also discuss the different materials and components used in clockmaking.
Finally, we will provide a brief overview of the history of clockmaking and the future of clock technology.
Tags:
#ClockMechanism, #HowClocksWork, #Timekeeping, #LavetTypeMotor, #ClockMovement, #GearSystem, #CrystalOscillator, #PiezoelectricMaterial, #DFlipFlop, #SteppingMotor, #ElectromechanicalClock, #TimekeepingTechnology, #ClockCircuit, #FrequencyPulse, #IntegratedCircuit, #PrecisionClock, #BatteryPoweredClock, #QuartzClock, #OscillatorSignal, #FlipFlopCircuit, #MotorDrivenClock, #ClockHands, #GearRatios, #SecondHandMechanism, #MinuteHandGearing, #HourHandMovement, #ClockAmplifier, #ConstantFrequency, #DigitalClockMechanism, #ClockStatorAndRotor, #ClockSynchronization, #ClockworkEngineering, #WallClock, #SimpleClockDesign, #AccurateTimekeeping, #ClockGears, #TimePulseGenerator, #ClockMotorDrive, #TimeSignal, #ElectricalClock, #AnalogClock, #ClockGearTrain, #ClockPowerSource, #ClockRotation, #32768kHz, #SteppingMotorFunction, #QuartzTimekeeping, #ElectronicClock, #ClockTimingSystem, #FlipFlopCounter
Well explained sir
Very good explaining with quality graphics 👍
Good, concise animation and explanation. I've been working on building a master clock generator to pulse five wall clocks, all keeping the same time. It seems that the 'on' pulse from the dividers needs to be around 25-30ms for reliable operation. In addition to the Lavet motor arrangement, typical wall clocks also use a kind of non-reversing clutch arrangement. The idea is that when the energising pulse ends, the armature's momentum carries it beyond the magnetic equilibrium point but the clutch prevents it from returning. So, from that point the reversed pulse carries the armature forward again and it doesn't to go backwards. Marvellously simplistic and yet so effective.
Wow very clear explanation thanks a lot and hats off to you sir
Well explained, thank you for all your effort you put into this video
I have been looking for a frequency divider for square wave signals, and the circuit in the video is the one I have been looking for. Thank you.
I've done lots of this stuff; use a CD4060 divide by N counter chip.
Thank you very much for your demonstration and explanation!
Great job sir thanks for uploading such informative knowledge
Actually we can also use metal (iron) tuning fork to use in a clock. Instead of hammer we can use coils to tickle it each period with magnetic field impulses. There even was such a watch, Bulova Accutron, that used the tuning fork at around 400 Hz. Instead of ticking, there was audible humming noticeable when the watch was put close to ear. And it did not have Lavet motor, movement of the tuning fork was mechanically transmitted by the system of gears, levers and ratchets to clock hands. But quartz oscillators are much more convenient, precise and cheap. Since around the same time Seiko issued Astron quartz model so tuning fork oscillators watches became horribly obsolete.
Thank you 🙏
The most important part what I learn is the rotar position c and d , that is is reason the for rotation in same direction
me too
very good, well explained.
You need to describe the conversion from a square wave pulse DC to the AC square wave pulse needed to drive the motor.
the motor driver?
@@brlinrainfYes. The motor needs an alternating square wave to operate.
Great
Nice information Sir
Super explanation
Excuse me, instead of 15 power of 2 in the video 15 power of 10 has written
Excellent!
Thank you 🙏🙇🙏🙇
Amazing work! The level of detail in your animations is incredible. Could you share what software you used to create such powerful visuals?
Hello
Very
Very
Very
Good
great video!
good video
9:26 the graphic is wrong, it shows 10 to 32nd power, should be 2.
Intéressant
Wow
Ill have to bust out my model that I came up with on my own for clock gearing and see if my gear ratios are the same.
Clock shows a battery as a power source, which is DC , while its all circuits are designed on AC, please explain how the DC current changes from DC to AC.. by installing investor...
@9:29 it's 32768 = 2^15
ORANGE
Very cute - but ths is only a detailed description of ONE of more then ten thousand timekeeping devices, the vast majority of which were developed and perfected before any electrical drive circuits existed.
Yeah, a coo coo clock would be a good thing to add
Yes, but this is your typical mass produces Quarz movement that you can buy very, very cheaply and make your own clocks, hand crafted or 3D printed designs. -Which I am about to do. Personalized wall clocks.
sounds like ai voice, but not ai concept
Right to left. Hah
Great