6.07.10
Wireless transmission via inductive couplings is easy and hard. But for some reason i cannot transfer electricity with 12v AC but rather turning 9v DC on and off.
5.25.10
Gases from Hydrogen to Xenon, Krypton, Oxygen and Helium are ionized during an aura borealis causing the lights. Helium glows the brightest.
5.24.10
Bio electricity! Scientist discovered that trees create electricity. 300milivolts.
5.6.10
Wireless induction
For Q4 experiment (Primary) i am going to transmit electricity wirelessly as a project by Nikola Tesla. He proposed the abitity to transmit free energy into and from the atmosphere. A few people knew of this theory. Mikeal Faraday knew about this but was not credited. But he was credited for the Farad. The unit of capacitance for capacitors.
5.3.10
An un-manned reusable launch vehicle (URLV) used for mass research for atmospheric phenomenon like Sprites, elves, or interplanetary launch. Upon re-entry a disk deployes from the wings creating a larger surface area providing slower decent.
4.27.10
Flyback tranformers get their name because they "Flyback electrons" To amplifty. It is a thousand amplifier.
4. 27.10
Q4 experiment is creating plasma with 25-50kv. Using a flyback transformer and a 555 timer card. Only phase one of three.
4.06.10
I recentry remembered that putting pressure on object cools them down. I can try this to cool gases to liquids to separate them.
2.11.10
Potentiometers: These is not a meter for potential... But a variable resistor. These can be used to control servo motors and stuff like that.
2.11.10
Integrated circuits: Or IC's are small circuits that contain millions of even trillions of transistors, diodes, and other things that would take up lots of space.
2.11.10
Servo's: Are motors that use a computer language 1010101 to drive it. These are tricky to handle because of their programming. And because of their gear reduction they have a lot of torque. A standard size motor has 44-50 oz of torque
2.11.10
Infrared photo transistor: This is just like a transitor and a photo diode combined.
2.11.10
Infrared diodes: This diode emits a invisable light... Only visable to camera lenses that sense this and display it as a pink or green light.
2.11.10
photo diode: A photo diode is a current restrictor that let current go only one way. But it uses photons from light before it can be triggered.
2.11.10
Thermistor: A thermistor is a resitor that uses heat as a resistant. This thermistor can be used to trigger a Transitor to trigger a fan to cool and not from heating.
2.11.10
Inductors: An Inductors is just a coil wrapped around iron or some other material. I is like a capacitor. It stores electricity in a magnetic feild. But is not used for clock pulses.
2.11.10
Capacitors: Capacitors (Caps) Are electrical storage units usually used for clock pulses. They create a pulse large enough to trigger a series of transistors to trigger a change that circulates to a microcontroller.
2.2.10
transistors: these NPN or PNP (Positive Negative Positive, Negative Positive Negative)
Use a small current to control a larger one. Basically you can control 9-24V with less than 1V. The pin of the far left is the collector, center pin is base, and the pin on the right is the emmiter.
2.2.10
Photocells (photo resistor): This is a currenct limiting resistor that uses light to limit voltage. As you should have know Photo stands photon. When photons pass through this photo resistor it allows more currenct through because the electron flow through these photons.
1.28.10
I finally fixed my static sensor recently. I used the Darlington amplification method, Soon i am going to use low current amplifiers.
1.1.10
I was working with my 12v DC motor to see if i can create a genorator. But when i spun it until it was hot. I didn't even get .0001 V.
12.25.09
I was watching T.V but when went to turn it off. I was hit by static. T.V Generates a lot of static electricity. Blew out my transistors they have so much,
12.18.09
Science i have been doing is in my house. I've been working on electronics and my old circuit. I made it more sensitive to make it detect static from 1' to 2' away. Using two NPN and one PNP transistors.
Wireless transmission via inductive couplings is easy and hard. But for some reason i cannot transfer electricity with 12v AC but rather turning 9v DC on and off.
5.25.10
Gases from Hydrogen to Xenon, Krypton, Oxygen and Helium are ionized during an aura borealis causing the lights. Helium glows the brightest.
5.24.10
Bio electricity! Scientist discovered that trees create electricity. 300milivolts.
5.6.10
Wireless induction
For Q4 experiment (Primary) i am going to transmit electricity wirelessly as a project by Nikola Tesla. He proposed the abitity to transmit free energy into and from the atmosphere. A few people knew of this theory. Mikeal Faraday knew about this but was not credited. But he was credited for the Farad. The unit of capacitance for capacitors.
5.3.10
An un-manned reusable launch vehicle (URLV) used for mass research for atmospheric phenomenon like Sprites, elves, or interplanetary launch. Upon re-entry a disk deployes from the wings creating a larger surface area providing slower decent.
4.27.10
Flyback tranformers get their name because they "Flyback electrons" To amplifty. It is a thousand amplifier.
4. 27.10
Q4 experiment is creating plasma with 25-50kv. Using a flyback transformer and a 555 timer card. Only phase one of three.
4.06.10
I recentry remembered that putting pressure on object cools them down. I can try this to cool gases to liquids to separate them.
2.11.10
Potentiometers: These is not a meter for potential... But a variable resistor. These can be used to control servo motors and stuff like that.
2.11.10
Integrated circuits: Or IC's are small circuits that contain millions of even trillions of transistors, diodes, and other things that would take up lots of space.
2.11.10
Servo's: Are motors that use a computer language 1010101 to drive it. These are tricky to handle because of their programming. And because of their gear reduction they have a lot of torque. A standard size motor has 44-50 oz of torque
2.11.10
Infrared photo transistor: This is just like a transitor and a photo diode combined.
2.11.10
Infrared diodes: This diode emits a invisable light... Only visable to camera lenses that sense this and display it as a pink or green light.
2.11.10
photo diode: A photo diode is a current restrictor that let current go only one way. But it uses photons from light before it can be triggered.
2.11.10
Thermistor: A thermistor is a resitor that uses heat as a resistant. This thermistor can be used to trigger a Transitor to trigger a fan to cool and not from heating.
2.11.10
Inductors: An Inductors is just a coil wrapped around iron or some other material. I is like a capacitor. It stores electricity in a magnetic feild. But is not used for clock pulses.
2.11.10
Capacitors: Capacitors (Caps) Are electrical storage units usually used for clock pulses. They create a pulse large enough to trigger a series of transistors to trigger a change that circulates to a microcontroller.
2.2.10
transistors: these NPN or PNP (Positive Negative Positive, Negative Positive Negative)
Use a small current to control a larger one. Basically you can control 9-24V with less than 1V. The pin of the far left is the collector, center pin is base, and the pin on the right is the emmiter.
2.2.10
Photocells (photo resistor): This is a currenct limiting resistor that uses light to limit voltage. As you should have know Photo stands photon. When photons pass through this photo resistor it allows more currenct through because the electron flow through these photons.
1.28.10
I finally fixed my static sensor recently. I used the Darlington amplification method, Soon i am going to use low current amplifiers.
1.1.10
I was working with my 12v DC motor to see if i can create a genorator. But when i spun it until it was hot. I didn't even get .0001 V.
12.25.09
I was watching T.V but when went to turn it off. I was hit by static. T.V Generates a lot of static electricity. Blew out my transistors they have so much,
12.18.09
Science i have been doing is in my house. I've been working on electronics and my old circuit. I made it more sensitive to make it detect static from 1' to 2' away. Using two NPN and one PNP transistors.