Why 70 turns ?The number of turns in a coil can affect its performance in detecting gold or other metals. Here are some possible reasons why 70 turns might be recommended: 1. Sensitivity: More turns can increase the coil's sensitivity to small gold nuggets or pieces. This is because each turn of the coil adds to the magnetic field, allowing it to detect weaker signals. 2. Depth penetration: A higher number of turns can also improve the coil's ability to detect gold at greater depths. This is because the magnetic field penetrates deeper into the ground with more turns. 3. Balance between sensitivity and noise: Too many turns can lead to increased noise and false signals. 70 turns might be a sweet spot that balances sensitivity and noise reduction. 4. Coil size and geometry: The number of turns might be optimized for a specific coil size and geometry. For example, a larger coil might require more turns to achieve the same sensitivity as a smaller coil. 5. Operating frequency: The number of turns can affect the coil's resonant frequency. 70 turns might be chosen to optimize the coil's performance at a specific frequency. To confirm, I'd love to know more about your coil design and the specific requirements for your gold detection project. Are you using a specific type of coil (e.g., spiral, circular, or rectangular)? What's the intended operating frequency? Yeah tell me more about operating frequency The operating frequency of a coil refers to the frequency at which it is designed to operate most efficiently. In the context of gold detection, the operating frequency is crucial because it affects the coil's ability to detect small gold nuggets or pieces. Here's why frequency matters: Penetration depth: Different frequencies penetrate the ground to varying depths. Lower frequencies (e.g., 3-5 kHz) penetrate deeper, while higher frequencies (e.g., 30-50 kHz) are more suitable for detecting shallow targets. Target size and type: The frequency also affects the coil's ability to detect different target sizes and types. For example, lower frequencies are better suited for detecting larger targets, while higher frequencies are more sensitive to smaller targets. Noise and interference: The operating frequency can also impact the level of noise and interference. Some frequencies may be more prone to electromagnetic interference (EMI) from sources like power lines, radios, or other electronic devices. Common operating frequencies for gold detection: Very Low Frequency (VLF): 3-30 kHz, suitable for detecting larger gold nuggets at greater depths. Low Frequency (LF): 30-100 kHz, a good balance between depth penetration and sensitivity to smaller targets. Pulse Induction (PI): 100-500 kHz, often used for detecting small gold nuggets in highly mineralized soils. Why 70 turns might be chosen for a specific frequency: The number of turns (70, in this case) might be optimized for a specific operating frequency. For example, a coil with 70 turns might be designed to operate at a frequency of 10 kHz, which could provide a good balance between depth penetration and sensitivity to small gold targets. Do you have a specific operating frequency in mind for your gold detection project? Or would you like me to suggest some options based on your requirements?
yan pwede sa mga digital o battery operated, piro dito sa mga manual gaya ng mga analog 70 is best turns as tools to be as a solenoid , for more active and stronger that's my study and this apply to analog
ترجمه نوشتار با دوربین Hello. Master, is the measuring unit of magnetic wire diameter inches or millimeters? What do you mean by wire number 24? The numbering units of magnetic wires are different in different countries
Sir.Danny,Ano Ang mas magandang gamitin para sa mga baguhan lang gumamit ng gold locator,na mag accurate talaga,japwand o telescopic long range gold locator?
Why 70 turns ?The number of turns in a coil can affect its performance in detecting gold or other metals. Here are some possible reasons why 70 turns might be recommended:
1. Sensitivity: More turns can increase the coil's sensitivity to small gold nuggets or pieces. This is because each turn of the coil adds to the magnetic field, allowing it to detect weaker signals.
2. Depth penetration: A higher number of turns can also improve the coil's ability to detect gold at greater depths. This is because the magnetic field penetrates deeper into the ground with more turns.
3. Balance between sensitivity and noise: Too many turns can lead to increased noise and false signals. 70 turns might be a sweet spot that balances sensitivity and noise reduction.
4. Coil size and geometry: The number of turns might be optimized for a specific coil size and geometry. For example, a larger coil might require more turns to achieve the same sensitivity as a smaller coil.
5. Operating frequency: The number of turns can affect the coil's resonant frequency. 70 turns might be chosen to optimize the coil's performance at a specific frequency.
To confirm, I'd love to know more about your coil design and the specific requirements for your gold detection project. Are you using a specific type of coil (e.g., spiral, circular, or rectangular)? What's the intended operating frequency?
Yeah tell me more about operating frequency
The operating frequency of a coil refers to the frequency at which it is designed to operate most efficiently. In the context of gold detection, the operating frequency is crucial because it affects the coil's ability to detect small gold nuggets or pieces.
Here's why frequency matters:
Penetration depth: Different frequencies penetrate the ground to varying depths. Lower frequencies (e.g., 3-5 kHz) penetrate deeper, while higher frequencies (e.g., 30-50 kHz) are more suitable for detecting shallow targets.
Target size and type: The frequency also affects the coil's ability to detect different target sizes and types. For example, lower frequencies are better suited for detecting larger targets, while higher frequencies are more sensitive to smaller targets.
Noise and interference: The operating frequency can also impact the level of noise and interference. Some frequencies may be more prone to electromagnetic interference (EMI) from sources like power lines, radios, or other electronic devices.
Common operating frequencies for gold detection:
Very Low Frequency (VLF): 3-30 kHz, suitable for detecting larger gold nuggets at greater depths.
Low Frequency (LF): 30-100 kHz, a good balance between depth penetration and sensitivity to smaller targets.
Pulse Induction (PI): 100-500 kHz, often used for detecting small gold nuggets in highly mineralized soils.
Why 70 turns might be chosen for a specific frequency:
The number of turns (70, in this case) might be optimized for a specific operating frequency. For example, a coil with 70 turns might be designed to operate at a frequency of 10 kHz, which could provide a good balance between depth penetration and sensitivity to small gold targets.
Do you have a specific operating frequency in mind for your gold detection project? Or would you like me to suggest some options based on your requirements?
yan pwede sa mga digital o battery operated, piro dito sa mga manual gaya ng mga analog 70 is best turns as tools to be as a solenoid , for more active and stronger that's my study and this apply to analog
Hi Professor, good time, I got a lacquered electro magnetic wire, it is number 25, but I think yours, and is higher?
Not bad
Very accurate
Are you sure? Did you do and try to work?
thanks
Teacher, I think your sim count is greater than 24?
just watch my video
Hi sir iam from india i need a dowsing rod from u so please send me one piece I'll pay for it
that's my problem l can't send any of them outside of my country
ترجمه نوشتار با دوربین
Hello. Master, is the measuring unit of magnetic wire diameter inches or millimeters? What do you mean by wire number 24? The numbering units of magnetic wires are different in different countries
magnetic wire number 24 , commonly used winding on transformers even in electronics devices
Hello Professor, how many millimeters is the diameter of the magnetic wire? I guess it is about 0.5 mm, right?
yes
İlk başta çubuğun ucuna taktığınız siyah şey nedir acaba
watch carefully ,all the details is already in my vlog
Hi teacher, what made it become an anti-mineral detector without using mineral powder?
because of the load of sim card, 14k gold plated that is the reason the device is not affected, but not assured for other high grade level of minerals
Sir.Danny,Ano Ang mas magandang gamitin para sa mga baguhan lang gumamit ng gold locator,na mag accurate talaga,japwand o telescopic long range gold locator?
maganda ang japwand
Wow
thanks
Paano ang pagbili nitong super 🎉accurate homemade gold detector?
pm me Danny Tagam messenger account ko yong nakasuot ng yellow sun visor
The sim cards have no function and the magnetic wire that you round on it on the sim.
you're wrong
Accurate
Are you sure? Did you do and try to work?
oo bro accurate sya
Denis, what material are the antennas made of, at what depth does the locator frontazu problem subtitles
100 feet depth more than
@@dannysvlog_th really sir? it's can detecte 100f?
آیا واحد اندازه گیری سیم مغناطیسی بر اساس AWG هست؟ یعنی 24 AWG?
number 24 magnetic wire winding proposes
ما هي فائده بطاقه sm وهل هي ضروريه
oo para syang load na madedetect lang sya ng lang lamang, dahil ang simcard ay may halong gold sa pinaka surface ng kulay yellow
How can the void in the ground be determined?
tru the japwand Stick you can determined we there gold or mineral
But how can the void be defined?
So nice 👍
Thanks 🤗
Danny gam.e pud ug handle para nindot🎉🎉🎉
sa version 2 may handle na yan
Excited nko maka kita sa version 2
عالی
thanks
sir pwd maka palit nmo ug mga minerals pang anti decoy kana powder na
pwede naman pm me Danny Tagam messenger account ko yong nakasuot ng yellow sun visor
@@dannysvlog_th DOL....May post kaba sa FB mo na mga vlog mo?
Bibili sana ako
DOL....May mga upload ka ba sa FB mo ang vlog mo sa UA-cam?
🇱🇾⭐🏅🥇
thanks