Schematic symbols
Last updated on
2009
10
3
, a full moon day
Approx. 200+ symbols available to read。 Also see: Bus Connector and Port。 Common IC logical functions。 Computing measurements。 DB symbols。 Display symbols。 Schematic dimensional。 Schematic light。
| Symbols | Remark |
|
|
1 electro-gravitational
basic conceptual vector。 1 xtal crystal with 2
capacitors。
For basic understanding, also see: 1D to 2D ... 。 |
|
|
1 hole without stick。 Black
color represents 4 Planets Prediction in Lunar time without JUN time, and
without the Sun。 40+ years ago, its schematic was EMF style as
|
|
|
1 hole without time。 Red
color represents 1 stick。
Holes and sticks, very ACT1 stage basic strings in M |
|
|
1 hole with time t。 aqua
color presents our globe。 dark color presents
"out
there
is
very
dark"。 maroon color presents CW OR Also see: in 2008, multiple I/O 12 alphanumeric AI design ... 。 |
|
|
1 mm hole in 24mm natural
time in ACT1 ACT2 ACT3 stages。 This schematic symbol is designed only for
ACT2 ACT3 stage developers, because DEE,
Gray Scale Simulation, Parallel Time, ... still in research ...
By proving
THIS schematic symbol might be able to solve 31 IFF time with energy map, also see: Monbusho level knowledge enhancement。 |
|
|
2,3 dimensional symbol。 51x51 pixel。 Green represents ACT2 natural green light aka "other side light" [in ACT1 stage, natural green light can be visible aka Northern Lights, WHERE location is in Northern of the Earth]。 Aqua represents our globe's natural aqua light。 Black represents dark energy to be in kinetic。 Dark Grey and Light Grey represent gray scale simulation。 The one and only Sun ... 。 |
![]() |
2,3 dimensional wireless phone ... 。 1st to \unlock\ \device\ [also see: usamyanmar.net's "Ready Made Directory"] and then test |access... |roam... |service... , and then do your own ... 。 Approx. 3*2 mm natural time。 also see: 1st to engineer 24mm natural time tic tic tic ... 。 2nd to engineer 12mm e.g. electronic dictionaries, solar powered vs. Xtal based ||| induction as 1 ... 。 3rd to test and develop communication ... 。 IFF testing communication, create your own ReadyMadeDirectory also ... with your own defined icon ... because directory encrption is necessary if stores domain_name into memory。 In 21st century, [letters as word was in 1990s], word as sound, word as light rate, ... 。 |
![]() |
9x9。 also
see: numerological dimensions,
numerical values in
numerology, ... 。 also see:
DEE grid vs. gravity,
so developers can test, engineer, develop, flying automotives, reverse time
table, ... 。
Also see: Numerological dimension, NumerologicalDimension23, N number, ... 。 |
|
|
8x8, 7x7, 6x6, 5x5, 4x4, 3x3,
2x2, ... can be further developed ... 。
Numerological Dimension is a part of ACT2 ACT3 stage parallel time development, which has been written in Monbusho level knowledge enhancement for developers, engineers, scientists, ... 。 This schematic symbol seems very simple, and its complexity regions may solve numbers vs. dimensions, time vs. numbers, ... 。 Remark: usamyanmar.net OS.txt's one of the AI global characters # artificially intelligence among all kinds of numbers ... 。 |
|
|
Adder。 1 bit adder, 4 bit
adder, 8 bit adder, 16 bit adder, ... 。 1D。 Also see:
carry look ahead BCD adders。 While looping with an adder, first to make sure a non-overflow counter。 Adding result should be kept, a modular must be addressed。 |
|
|
Amp, Amplifier。 <15 micro ampere per mega hertz gain bandwidth in 2008。 |
|
|
Amplifying。 While amplifying, low noise, low power, low voltage, low drift, ... , are recommended。 Analog。 |
|
|
Amplifying with control。 Arrow represents control。 |
|
|
Basic logic gate。 1D。 Also see: Truth Table。 |
|
|
Basic logic gate。 1D。 |
|
|
Basic logic gate。 1D。 |
|
|
Basic logic gate。 1D。 |
|
|
Basic logic gate。 1D。 |
|
|
Basic logic gate。 1D。 |
|
|
Basic logic gate。 1D。 |
|
|
Battery。 Dry cell。 1D。 Also
see: mAh,
mAX2, V。
Hitachi and battery, nowadays with environmental friendly。 Forget about the chemical cells, let organic cloned cells。
|
|
|
Battery。 Liquid chemical。 1D。 Later no need electricity, because of the new energies。 Old era and electrical glows, too much noise and cost to flow。 Once new energies deployable, just electro throw-able ... 。 |
|
|
Battery。 12 volt。 Except coil systems to spark plugs, inside cars, pickups, van, ... 12V DC electrical systems are。 Except coil systems for increasing potential to spark plugs, inside buses, trucks, ... 24V DC and/or 12V systems are。 |
|
|
Benzene ring。 Ortho。 Also see:
Chemical structural。
|
|
|
Benzene ring。 Meta。 also see:
CphT calculation
no. 101。
|
|
|
Benzene ring: Para。
|
|
|
Bluetooth schematic。 By deploying 2.4 GHz, within 10 m。 Also see: Wireless。 |
|
|
Bridge
a.k.a. Bridge Rectifier。 Instead of using components such as NOT gate,
static 1 way diode, static rectifier, sometime designers like to prove
eccentric spiral and orbiting planets
concept, but ACT1 stage was。 In ACT2 and ACT3 stages, such bridge is not
recommended,
but also recommended for testing i.e. EISA/ISA vs. PCI/xPCI with diff
bridges, and diff environments, because in our universe, the
farther the USA MYANMAR NET's imaginary
hyperspace craft goes, more and more diff environmental difficulties
risks happen such as
lack of lunar 4
planet prediction effect, non-water, no-light,
... 。 Also see: Topology . Bridge "light rate"
... 。 Also see: FGPA array' mixed signals control 3 phase HTS motors。 H Bridge topology。 UART interface for design yourself memory cards ... 。 Also see: usamyanmar.net ..\\Desktop\bridge.2.01.sys and bridge.inf。 Also see: Monbusho level knowledge enhancement for ACT1, ACT2, ACT3, ... bridge。 |
|
|
Cable
to wireless。 Networking global,
regional, and local。
To understand the top dark energy related gravity symbols, 1st to understand 1 stick of light, and those sticks as strings [also see: worm=holes] by natural 4 planets prediction to be in ACT2 stage research and development。 Engineering parallel time in ACT3 stage is in progress ... 。 |
|
|
Capacitance。 C, Capacitance。
+ and - represent charge and corresponding potential changes。
Also see: Insulation Oil。 IFF V_drop IFF super capacitor 12 alphanumeric, for example: usamyanmar.net (D:), (E:)drive_letter, file:///0.0.99.176(F:), also see: Network drives mapped, also see: 1x00FFh, ... 。
|
|
|
Capacitance。 C, Capacitance。 IF vector in 3D space, horizon EM parallel way
|
|
|
Capacitance。 C, Capacitance。
Also see: Canon。 Additional ZD filter, better to make sure no holes there, when the time no hole exists, bi-directional vector characteristics。 Electrons are getting gathered, temperature becomes also higher, ferro study getting harder ... 。
|
|
|
Capacitance。
Cload, when Vout exists。
IF Vout from any MOS, find n p to measure about。 once you have a W/L ratio, consider as Cload though。 2D。 |
|
|
Capacitance . EC, Matsushita's Panasonic。 Also see: Canon's vector capacitances。 µF。 |
|
|
Capacitance . VC。 Also see: Matsushita's Panasonic。 Also see: Hz。 pF。 Canon's X。 Xtal。 |
|
|
Clock。 Active。
If
|
|
|
Clock basic。 Clock is the
most difficult in engineering, because all times
rely on clock。 Analog 1D emf
to kinetic [
Without energy map] clock is shown 。
/ represents from
emf to
kinetic energy。 \
represents global minima [Emini
1st step to basic understand analog 1 hole without strings & spin, i.e. analog quartz clock。 30+ years old technology。 ACT1 stage information。 Bi-directional vector characteristic, capacitance C makes electro motive。 Electrode DC to kinetic, energy called second tick。 Basic clock ticks cannot define, high precision nano time。 Sliced period smaller and smaller, capacitors become harder and harder。 *buffer in programming, structured elapsed real time。
|
| FN CK | Clock。 Functional clock。
Functional synchronization。
[Hint: browse http://www.sony.net , and gaze the interface for a moment, and then think that you were in outer-space, and seeing the planets are in momentum, and then focus on electronic, and notice the Time.Space.Action in timing, and do not forget we human beings can only have, ... ] |
| IN CK | Clock。 Internal clock。 Signal synchronization。 To basic understand ACT3 108 configuration... 。 |
|
|
Do your own
hyperplane 1 & 2,
|
|
|
CMOS transmission gate。 TG。 Pass gate。 |
|
|
CMOS transmission gate。 TG。 Pass gate。 |
|
|
CMOS transmission gate。 TG。 Pass gate。 |
|
|
CMOS transmission gate。 TG。 Pass gate。 |
|
|
Coil。 Several coils can be
built inside a chip。 By amplifying together with
coils can be called coupling technology WHICH can provide multi-channels。
Approx. 30+ years old analog technology, to do converter functions, to gain
high potential, to behave as gate drivers, ... 。
a.k.a. chip inductor a.k.a. micro spring a.k.a. ... Remark: capital letter L has been used for
Inductance, do not confuse between Latch L and
Inductance L
|
|
|
Complexity Region。
Do your own complexity regions analysis, flowchart, ...
Symbols such as start symbol, procedure symbol, decision symbol, process symbol, end symbol, and ... |
|
|
Conductors in diff potential。 Old
tech。 This symbol represents potential diff because diff metals have been
used a.k.a. contact potential difference between 2 points。
number_1 metal plate,
dissimilar to number_2 metal plate,
and existence of potential diff at point P1 and point P2。
Before understanding conductors in diff potential,
This concept can be used for further research such as dark room environment, water surrounded environment, ... , eccentric electromagnetic i.e. 40+ years old Shinkansen trains, ... 。 ACT1 stage info without gravity & gravitational, ... 。 In ACT2 and ACT3 stage developments with gravitational, not only metal engineering values, but also lunar time with JUN time adjusted environmental values are needed to do further development of artificial energy, artificial light, ... 。 |
|
|
Converter。
Also see: Converter.htm。
Performance per power ratio and consuming while converting is <3 pJ per conversion, also see: National Semiconductor。 |
|
|
Current。 1D。 Also see: Solar AC。 |
| I | Current。 1D。 |
|
|
Dark
energy symbol, one of the factors in
A Myanmar's ACT3 imaginary hyperdimensional spacecraft has had problems in very very very far away in distance outbound of our universe, due to artificial gravity failure, due to gray scale simulation data not good enough, due to not understanding heat vs. light explicitly yet, due to parallel time not being able to synchronize, ... 。 If you like to engineer lights, you need to have dark environment, if you like to engineer dark, you need to have artificial lights。 Consider a solar powered calculator, without lights it does not work, on the other hand, without darks [if you open, and let lights go through inside] it does not work either。 Hint: ACT1 stage 24mm natural time starts inside how electro can be kept, and then time can be sliced to process 22 times ... 。 |
|
|
ACT2 dark energy symbol, 108x310 pixel。 The image, dark_energy_invisible.GIF, which has been cut the human beings' visible red line aka the 1st crack of our universe, in ACT2, ACT3 stage, dark energy engineering is one of the most important factors for developers to test gray scale simulation and classifying HOW human beings' visibility。 IFF water and gravity can make artificial light, on the other hand, coexistence of light as dark energy should also be concerned ... 。 ACT2 dark energy engineering is classified, and not available to public。 Hint: if you can engineer to cut a red line [without using matter, by light only], you are already in ACT2 stage dark energy engineering's starting stage, and then ... 。 Also see: DEE.htm。
|
![]() |
DEE
grid vs. Gravity, for flying automotives in
ACT1, ACT2, ACT3, ... 。 9x9
numerological dimensional
development by testing time reversely ... 。 |
|
|
D, Diode。 Blocking electrons, but passing ... 。 1D。 Also see: Laser diodes vs. Photodiodes。 Gas [ e.g. SF6gas' dielectric strength is high and stable up to 1800K gas temperature ]。 |
|
|
Diode, Laser diode: either parallel or 90 angle, when setting a diode laser。 Point of origin should be set, lesser intensity approach concept。 |
|
|
Diode, Laser diode。
the same
schematic symbol is used, name varies as infrared, red, ... , diodes do。 2
types exist Resin, or Metal。 open vs. close architectures。 Several
parameters to be concerned, high tech nano to be learnt。
Optoelectronic can be built, 1st to understand vectors exist。 N numbers of diode photos, also known as tech opto。 Phototriac couplers in complexity regions, oscillating, modulating, synchronizing optician? Very high tech Japanese know, Myanmar must think harder though。
|
|
|
Diode, Photodiode: λp in nm "rhyme is: lambda p in nano meter", wavelengths vary in constraint temperature。 25 °C is SHARP's standard, optical power in mW "rhyme is: milli Watt"。 |
|
|
Dual_band transmitter,
without time。
900/1800/... analog/digital/... 。
Also see: WLAN PCMCIA TypeII
68pin cards, such as Base_band to RF Tx, RF to IF receiver Also see: µF tweeter for testing each node, before and after band processor's FN CK, IN CK, in ACT1 stage, with hole adjustment [also see: PME]。 Schematic symbol looks very easy, but very difficult to engineer, because 1st to understand coil in EM, 2nd to understand oscillation, 3rd to understand capacitor and resistor in parallel, 4th to understand distance including 24mm natural time, 5th to understand dB.m, baseband, dualband, ... adjusting materials ... , and then heat vs. light so that noise can be further classified, dark energy, gravity, ... and then ACT2 stage testing and engineering i.e. Monbusho level knowledge enhancement, for ACT2 and ACT3 parallel time
engineers, please notice gravity symbols inside
IFF meta analysis in numerological dimension, also see: meta analysis。 |
|
|
Epicycles, epi-cycloid curves vs. dimension & symmetry。 For strings in M Theory。 ACT 3 artificial energies, artificial lights development is in progress ... 。 C60 vs. Water in epi-cycloid related dimensions and symmetries information is needed for further development。 |
|
|
Filter: Concave lens。 Light, where f=numbers in nm。 |
|
|
Filter: Convex lens。 Light, where f=numbers in nm。 |
|
|
FU。 Filter to chip。 Non vector but ... 。 Also see: ZD。 |
|
|
Genogram,
a family tree, genetically and retrospectively。
|
|
|/ _______________ |
Gravity Machine symbol。
Especially for heavy industries' lifting。 This symbol does anti-gravity
functionalities。 ACT2
stage machine。 However, in ACT3, it might be in risk due to very very
very weak gravitational wave。 M theoretical strings based product。
Not available yet to public。
Rectangle sign must be toward to ferroelectric core of the earth, "center of
earth"。 This image is 88 x 88 pixels, and
32 x 32 pixels icon file
is also available to download and use。
Before understanding a gravity machine,
C60 H20 symbol must be understood 1st。 Also see: Kawasaki。
Mitsui。 PME。 After understanding "light vs. heat", within a time, how to connect dark energy? also see: 9x9。 |
|
|
Ground。 Panasonic Automotive Systems'
one of the symbols, used in 12V DC systems, ground but not digging soil to
make pile to have ground。 -negative as ground, in common, connected to
automotive's metal body, so that -negative as ground |
|
|
Ground。 1D。 |
|
|
Ground。 i.e. 500V ground。 |
|
|
Ground。 V = zero。 1D。 |
|
|
Homology vs. Homotopy。 Also see: epi-cycles。 |
|
|
IC。 Chip。 1 represents line number one。
N represents numbers of lines。
When multi-channels tuning needed, prior to a LSI chip, an accumulator must exist。 NEC defined it 70s' accumulator, CPU, DSP does not matter。 N connections to 1 operation, registering purpose varies while accumulating。 Also see: Wafer, before pin assembly, and cutting。 |
|
|
IC。 Chip。 Processor。 1 represents pin
number one。 N represents pin number N。 Notice that pins are not aligned
horizontally, but aligned vertically。 IFF testing needed, 1st, use isometric solder-less breadboards。 And then choose environments such as conditional room environment, dark room environment, normal room environment [sea-level]。 |
|
|
Inductance . Bead . Signal Line。 Inductance L: in H, or Impedance Z WHERE Z: by varying Ω, frequency f varies to 50GHz @ I in 7A。 Also see: TAIYO YUDEN, www.yuden.co.jp。 |
|
|
Inductance . Balun transformer, RF band。 Also see: TAIYO YUDEN, www.yuden.co.jp。 |
|
|
Inductance |
|
|
Inductance . Ferrite Inductor。 Inductance L: in H, or Impedance Z:, 1 ~ 465n @ I in 906 mA。 Also see: TAIYO YUDEN, www.yuden.co.jp。 |
|
|
Isometric solder-less breadboard without drafting。 Column C1, C2, C3, ... Cn。 Row R1, R2, R3, ... Rn。 Must understand hole AND stick exists。 And then try to understand natural time, and clocks。 And then vectors。 And then for each particle, worm holes ... and strings ... 。 And then pressure machine engines, gravitational machines, space & energies ... 。 And then ... |
|
|
Isometric solder-less breadboard, ready to be with drafting。 Connecting components such as Capacitor, Gnd, IC chip, LED, Resistor, Vcc, V reg, Xtal Hz, ... must be well documented。 Sticks may vary depending on FN CK, IN CK。 |
|
|
Jumper。 One to one。 1D。
Permanent。
IF nano metal inked fine line film, while conducting, volume resistance is measured in micro Ω . cm。 IF 1 to N, also see JP 1 to N。 |
|
|
Jumper。 One to one。 1D。 Manually connect short circuit。 Sometime, this type of jumper is designed for flushing。 |
|
|
Jumper。 One to one。 Not one to N。 1D。 |
|
|
Jumper。 Either horizontal shield-boundary needed, or vertical push-boundary needed。 Frequency f [particle], but no MUX within the same bandwidth。 |
|
|
Jumper。 Either horizontal shield-boundary needed, or vertical push-boundary needed。 Frequency f [anti-particle], but no MUX within the same bandwidth。 |
|
|
Jumper。 Either horizontal shield-boundary needed, or vertical push-boundary needed。 Quantum push or pull between frequency f [particle] and frequency f [anti-particle]。 |
|
|
Jumper。 Either horizontal shield-boundary needed, or vertical push-boundary needed。 Frequency f [particle], MUX within the same bandwidth。 |
|
|
Jumper。 Either horizontal shield-boundary needed, or vertical push-boundary needed。 Frequency f [anti-particle], MUX within the same bandwidth。 |
|
|
Jumper。 1 represents line number one。 N represents numbers of lines。 Either parallel [OR, or AND] serial connector。 |
|
|
Jumper。 1 represents line number one。 N represents numbers of lines。 IF half duplex, vector is in 1D。 |
|
|
Jumper。 1 represents line number one。 N represents numbers of lines。 Line controller jumper。 Multiple latches exist。 Pipelining begins。 Also see: Latch。 |
|
|
Jumper。 Also see: Bus。 1 represents line number one, N number lines to be concerned。 IF vector in XY plane, heterodyning toward higher amplitude, placing holes in celestial longitude。
|
| JP | Jumper。 Short
circuit。
Either to release, or to store, electrons have to flow。 IF to store by relay diodes, conditionals must be sought。 To flush CMOS password bypassing, find a jumper near microcontroller processing。 |
| K | K。 Also see: R。 |
|
|
Kinetic energy in 2,3 dimensional .GIF in 108x108pixel [ Also see:
108 configuration to
replace pi 22/7 in ACT2 and ACT3 stages ... ]。 1st to understand
4PP so that
|
|
|
L。 Latch。 1D。 Potential
increase。 In old tech by wrapping wire, just to gain a higher potential。 Putting jumpers in the midst, several potentials can be built。 OFC and oxygen free conducting, let wire in better connecting。 So keep using old tech wrapping。 Remark: capital letter L has been used for
Inductance, do not confuse between Latch L and
Inductance |
|
|
L: Latch。 1D。 Analog。
Require wrapping wire。 Old tech。 Capacitors are needed to control output_terminals' several potentials。 Either AC, or DC。 >250 mW。 CK synchronization must be isolated due to high energy。 Numbering to each output terminal [for example: 1, 2, 3, 4, 5, 6] can be marked in both mechanical drawings, and schematics drawings。 After understanding electro potential, +energy, -energy, also see: Worm Hole。 In some schematic diagrams, this symbol is also used as transformer [also see: www.rencousa.com] 。 |
|
|
L。 Latch。
1D。 A latch in a Toggling Mode, data compressing begins about。 Even in a year 2000, embed myanmar songs in thousands。 Microns in Korean storage, make possible data compressive。 Once compressing data in micron, portable chips in mm on, ... all about the data compressing, first to learn in instruction, ... 。 Also see: Multiple Latches Pipelined Jumper。
|
|
|
L: Latch。
2D。
usamyanmar.net recommends latch L, because latch can provide higher
resolution than inductance L
Frequency-bandwidth characteristic, 1st to look at
f-Latches。 Saw-tooth Vin symbolizes, 45° cutting edge。 Right side
4 latches for modulation, control about to begin。 Find 2D spec lookup table,
for calculating variable resistances and digital signal processor
DSP。
Because of the DSP's adjusting, USB works with DUN
RJ111 |
|
|
L: Latch。 2D。 Narrowband to broadband, Vin latches about to be masking。 LG's 5 registers control 3 dots TCP protocol, let users to configure the rest IP, UDP thought。 Do not forget frames' formats in wire spec, prior knowledge to db.m wireless。 |
|
|
LED。 Also see: Diode。 FPC Taped LED。 |
|
|
LED with EM spectrum in nm constraint。 Before and after solar energy。 |
|
|
Line connection。 i.e. A and 1 are connected, B and 3 are connected, however A1 and B2 are not connected。 Also see: CA relay ((Direct coupling) (Rubber bracket) (Screw mounting))。 CV relay ((Micro ISO terminal) (PC board) (Plug in))。 DE relay ((1 coil latching) (2 coil latching) (Single side stable))。 DJ relay ((With test button) (Without test button))。 EP Relay ((Indicator) (PC board) (TM))。 EV relay ((Indicator))。 HC relay ((Copper side PC board socket) (HC TM series Direct mount) (Mounting track for solder socket) (Screw socket mount) (Solder and wrapping socket mount))。 HE relay ((Plug in terminal) (NEMA terminal) (PC board terminal) (Screw terminal))。 HJ relay ((Plug in) (Terminal socket))。 JC relay ((PC board) (Plug in) (Top mount))。 JR relay ((Coil latching) (Plug in) (Single side stable))。 JT N relay ((PCB) (TMP))。 LE relay ((PCB side 3 terminals) (PCB side 4 terminals))。 S relay ((De-energized) (Coil latching))。 NC relay ((Single side stable (de-energized coil) (energized coil)) (Coil latching) )。 ... 。 |
|
|
Memory architecture, data
dictionary's meta flow。 Full duplex, bi-directional。 Also see: NEC's 2005
model AMB。 When a clock is being active, so the chip does services。 Depending on functionalities, meta flows with complexities。 Connectivity stripes the sample, conducting lane/line becomes numbers。 FIFO, LIFO, Stack, and Queue, first to understand the clock ticks do。
|
|
|
Memory architecture, data dictionary meta flow。 Half duplex, one direction only。 1D。 |
|
|
Memory architecture, data dictionary meta flow。 Half duplex, one direction。 1D。 No. represents numbers of lanes, lines, connections。 |
|
|
Memristor, LED cell
stimulation, push and pull of gas, ... also see: 1D light by
Memristor。 Memristor_without_hole-board.GIF
in 42x23 pixel。
Hint:
|
|
|
MOS transistor。 4 terminal。 MOSFET's n channel。 2D。 |
|
|
MOS transistor。 4 terminal。 MOSFET's p channel。 2D。 |
|
|
MOS transistor。 Simple。 MOSFET's n channel。 2D。 |
|
|
MOS transistor。 Simple。 MOSFET's p channel。 2D。 |
|
|
MOS transistor。 Simple。 MOSFET's n channel。 2D。 |
|
|
MOS transistor。 Simple。 MOSFET's p channel。 2D。 |
|
|
Mouse, aka pointer, aka
cursor。 also see: 0.2 second cursors such as transparent cursor WHERE background color [ aka right click of graphic object inside Color Box in Microsoft Paint ] is Desktop, static cursor WHERE no background, aka opaque of graphic object, animated cursor WHERE graphic images behave as frames within, ... 。 |
|
|
Omni。 4D, > 4D, ... 。 |
|
|
P vector direction。
Also see: Global Suzuki。 A combination of dark and water, JUN time and 4 planet prediction lunar, without nama in embryo stage, 72 degree symmetry breaks, embryo to head and torso, in the time of ACT2 ACT3 info, humanoids are reliable, be ready for changing the world. . . . |
| 1, 0, 01, 10, 00, 11 |
|
|
|
PCB, Printed Circuit Board。
Also see: 2005 model Sumitomo's FPC。 A glance at PCB, one edge shows how transmission CRC。 Frequency f and particles, a document to be classified。 Trillion dollars in trading, a Myanmar may be bluffing。 Myanmar can be in theory, able to find boundaries。 Horizontal sphere approach, vertical height constraint board。 When an aspect in sphere vertical, no boundary in horizontal, so understand a PCB board, multi-layers all about ... 。 |
|
|
Power supply .
Matsusada Precision .
Dielectric Load
Connection。
This diode
[
Parallel potential begins, IFF power supply's voltage is protected by diode = the load's feedback/kickback voltage。 WHEN parallel potential exists, heterodyned light technology begins ... , and then pressure point ... [notice that 1 plate design, also see: Conductor in diff potential, 2 plates design], ACT1 stage, approx. 15+ years old info。
|
|
|
Power supply .
Matsusada Precision . Parallel
Multiple Load Connection。
Ripple noise, larger voltage drops will occur if
connections are made as |
|
|
Power supply, ACT2, ACT3 stage, a
Myanmar's imaginary ACT3 hyperdimensional spacecraft's 2,3 dimensional power
supply ... , a part of parallel time development, ... 。 Notice that 5 loads can be pivotal round-able at 1 potential ... , and 2,3 dimensional load might be possible ... , gray scale simulation sensors can also be at each load ... 。 |
|
|
Q。 |
| Q | Q。 Q。 |
|
|
Relay。 CR AC Type。 Also see: Matsushita's Panasonic line connections。 CR/LED AC Type。 LED AC Type。 LED DC Type。 LED Diode DC Type。 Standard Type。 |
|
|
Relay。 RL DC。 >Π, more than pi in degree。 |
|
|
Relay。 RL DC。
RL CML, Relay characteristic CML。
<Π, less than pi in degree。 Energized motive RAD, demand incoming Amp。 Finding pick up line to monitor, not to exceed current I。 Minima/maxima local/global, kinetics energy in poly-technical。 Engineer a humanoid, not to avoid modulate。 Positive + negative - potential when dealing with relay RL。 Current must make modulation, materials into airy moving。 Adjusting the rest holes, dynamic diode is needed also: IF out of the diode's limit, time to connect ground admit, so letting the rest holes go, don't think like a capacitor though。 CML should be outward design, boundaries must be explained。 Without understanding boundary, impossible to make a r c, basic data communicating, all about transceiver transmitting and receiving。 Once knowing a CML, time to do an orbital。 Tons of gold to figure out, how to handshake propagate about。 Trajectory latency, arc tangent and its velocity, in a galaxy traveling, good to be in imaging ... 。 |
|
|
Resistance。 Static。
1D。
IF current flows in 1D, resistance reduces A and V。 Serial parallel R connected, S/N line to resist, ... 。 IF in a fine line, nano metal ink defines。 Ohm dot product centi meter, Sumitomo film in micro multiplier。 While measuring TFT, conducting prompts resistivity。 Amazing particle under 30 nano meter, still disperse stable。 What a through-out material dynamics, uniformed equilibriums in physics, so beyond a myanmar's limit ... 。
|
|
|
Resistance。 Dynamic。 2D。
Striping in colors, old style static resistors。 Multi-functions are in need, dynamic resistance must indeed。
|
|
|
Resistance。 Dynamic。 2D。
When use several particles, all different functional。 RA defines diff in clock, but behave same as R block。
|
|
|
One of the symbols,
Panasonic
Automotive Systems, 4Ω for this symbol
|
| R | Resistance。 Also see: Z,
Ω, V/A, ... 。
2007 www.irctt.com
0.01 ohm ~ 220 ohm AND |
| R | Register。 |
|
|
RF <> Coaxial。 12 GHz
connector。 Also see: TC-6,
a connector, www.smkusa.com。
For basic understanding, 2+ strings without time must be understood。 A basic understanding of dark energy strings [ by material oriented NOT time oriented node-style-technique, also see: dual band transmitter ], without 2,3 dimensional vector, without time, ... 。
|
|
|
RFID with
electro vector。 Also see: UPC vs. RFID。
RFID vs. Smart Chip。 C60H2O。 A Myanmar way of
understanding RFID, may not be 100% true: 3
worm=holes
can make 1 carbon nano tube, and the carbon
nano tube with string interaction can make RFID, ... 。 Front side view
1 carbon nano tube might be look like
Remark: please notice the intentionally use 3 and 1's font sizes 18 Arial。 And, energy, carried by neutrinos can create beyond metal iron, therefore, RFID's, made of metal nickel, might be exported from Myanmar。 Neutrinos is restricted, not available to common public。 To understand 5W1H recoding of RFID, 1st to understand Laser, 2nd to understand amplitude adjustment of metal either by math approach or engineering approach, 3rd to understand worm=holes in vector, and then do code, decode, recode, ... 。 |
|
|
RJ45。 Networking with RJ45, either automatic wireless, or Ethernet。 This schematic symbol is used in SONY VGC-JS100 Series Desktop PC, in 2009。 |
|
|
Sensor。
LED based sensor。 Depending on
designer's tactic, vector to receiver may vary, also see
diode series。 Photo sensor in nano meter, made in myanmar since 1980 deployable。 However in 21st century, no more direction in omni。
|
|
|
Sensor。 PS。
Nihon becomes smarter smartest, myanmar must think harder hardest。 Canon and its lighting technology, a galaxy far away theory。 Common myanmar in stone age, so good to learn theoretic。
|
| Static |
|
|
|
SW, switch。 A basic &
manual switch without connection。
|
|
|
SW with 1 ground, 1 input V, 1 resistor。 Ready to connect to a pin of IC chip。 SWA。 |
|
|
SW with 1 ground, 1 input V,
1 resistor。 Ready to connect to a pin of IC chip。 SWB。
|
|
|
Switch with amplifying,
analog and manual。
After amplifying, several frequencies may exist depending on resistances and switch's timing。 1 frequency at Vin becomes several frequencies at Vout。 Also see: amplifying with control。 |
|
|
Swap。 Swapping with temporary
variable。 Swapping without temporary variable。
IFF
88...88 aka light_rate,
☟Ⓞᅍ%^=ᅍ%^=ᅍ%^=ᅍ%。 |
|
|
Time interleaved 4 channels,
duo-binary
development for ACT1 stage。 Depending on diff
design, numbers of channel may vary i.e 2 channels, 4 channels, 24 channels,
... 。 Before understanding channels, A/D converter must be understood。
Before understanding A/D converter, amplifying,
and then amplifying with control by
FN CK must be understood。 Several A/D converters'
signals at the same time fetch into i.e. pins of FPGA "a
chip", so called channels ... 。 WHERE f1, f2, ... are frequency aka
signal。 Basically, Voltage(time)input >> 1 Amplifying >> NA/D c A/D converters, by FN CK >> at t1, f1, f2, f3, ... NT Channels >> FPGA >> Signal processing。 In common, numbers of NA/D c converter is numbers NT of channel, and numbers of pin into FPGA ... 。 |
|
|
Topology . Bridge "light
rate"
also see: bridge。1.4142135623730950488016887242097 ... 。 In 2009, usamyanmar.net tested USB via 12V CDFS [remark: in common <5V], and gained 0.5 second "light rate" but Amp ... 。 IFF twisted, gravitational 2,3 dimensional begins, and not available to public ... until "parallel world" aka ㈰ is available to public。 In 2553, after 20+ years of R&D, usamyanmar.net solves "fault"
... , so called "light rate CRC"。 Also see:
|
|
|
Topology . Bus。 Also see: Network Design Principles。 |
|
|
Topology . Distributed。 |
|
|
Topology .
Fully Distributed。 Real vs. complex, be able to analyze。 Synapses as protein-connections, neurons hold nama electrode-collections, 1 lunar 4 gravitational planets effect, a pair of Left Right 've coexisted。 WHEN water being surrounded, inner side seems flat and rounded, after excluding primer water, outer side seems energy pair-strikers ... 。 6 senses in Abhidhamma, thousands years entity layers。 the image shows nama without weight, humanoids for civilization changes。 WHY divided by 2, WHY not divided by 3, 4, 5, 6, ... 。 For ACT2 stage developers only, mathematically prove that WHY divided by 2。 WHY N - 1 i.e. MOON is neither static nor dynamic。 WHEN 2 pairs make recurring OR splitting。 |
|
|
Topology . H
Bridge。
Full duplex aka bidirectional loads are needed, by powering 4 transistors, H bridge topology has been used。 Within 1 potential supply。 1 H bridge topology requires 4 components。 And, in a hardware, there might be more than 1 H bridge topology depending on designers' tactic。 Before understanding H bridge, fully distributed topology and its brunching factors must be understood 1st, and then understand H bridge differential I/O, for example, a CD/DVD drive might be driving its motor in full H bridge behavior, half H bridge behavior, and the CD/DVD drive motor's RPM varies along with loads, ... 。 And those current_loads within 1 potential supply can also be considered as a threshold ... 。 Can add converters, switches, variable resistances, ... , depending on linear swing components ... i.e. pin_number/-3V/+5V ... 。 |
| Topology . "Light Rate" bridge。 | |
|
|
Topology . Mesh。 |
|
|
Topology . Ring。 |
|
|
Topology . Star。 |
|
|
Transformer。 96x40pixel。
Also see:
Latch2_electro_potential_based_analog。 Transformers
ACT3 transformer thought: because 4 planet prediction causes 2 sticks, if 4 gas layered can be engineered, and then ACT3 transformer [lighting our universe project]... 。 |
|
|
Transversal line。 Maroon colored transversal line may intersect N numbers of lines ... WHERE N => 2 。 |
|
|
Trapezium。
A form in maroon colored, NOT IFF straight_lines =>3 AND sides =>3 AND closed planes, and then polygon begins ... 。 |
|
|
Trapezoid。
A trapezoiDAL
form in maroon colored, 2 parallel AND IFF straight_lines =>3 AND
sides =>3 AND closed planes, and then polygon |
|
|
Universe。 Also see: 4 planet prediction。 Non-ACT2 stage Tidal Prediction。 Hint: 2 sand stoned planets。 1 diamond planet。 1 water planet。 2 pairs of sticks, but 1 stick is missing ... 。 This document is non-Western information, written in EN language, and a Myanmar still cannot prove to public yet。 Also see: ACT 2 stage。 Also realize: No moon day & Full moon day。 |
| This no moon day represents all functional ACT2 stage dimensional hyperspace crafts which have been launched, deployed, further researched ... every each time to avoid solar radiation, and etc. 。 12 ACT2 times per year ... 。 also see: no moon day, and ACT2 natural blue。 | |
|
|
USB。
Since year
2000, tactical marketing usage of "3-to-1", "3-in-1", ... in Asia。
WHEN bus is in testing, also WHEN board is in testing, connecting-cable's length in distance becomes constraint along with time。 Also see: 2-point distance。 |
|
|
USB compatible Voltage V in milli ampere mA。 |
|
|
USB connectivity。 For example: BLUE 0.5A -12V, RED 30A +5V, WHITE 0.3A -5V, ... 。 |
|
|
Vector interrupt。 |
| VR | VR。 Variable manual relay
resistance。
In order to get higher ohm, make parallel with RRRR dome, when guru in pin lever, dump all old concepts without vector, let reload a backup folks, blame on the motherboard ... 。 |
|
|
Variable resistor, a.k.a. potentiometer。 Manually adjustable electromotive force。 |
|
|
VR . VDR。 Also see:
Matsushita's Panasonic。 RJ 11 common phone line connection,
2 lines half duplex。 RJ11 before R
|
|
|
Wafer。 To ease to understand a wafer, notice that upper left corner, and lower right corner do not have grid array。 And, yellow colored dots, aqua colored dots inside are ready to be interrupted, and dual coloring represents duo-binary from sticks ... 。 WHERE holes & sticks logic must be understood 1st, also see: 30+ years old without strings &spin。 Therefore, to have 1 stick, 2 anti-holes must exist, thus 2 anti-holes as nodes must exist to produce 1 wafer at 1 time。 |
|
|
2 red colored nodes represent
anti-holes。 Therefore, sticks happen, and those sticks strike each
dots/field-effect-receiver/pins/... in a wafer ... 。 Wafer is one of the
most difficult to engineer, wafer is the highest tech in chemical +
microelectronics + electronics + electrics + materials + physics + ... engineering, once wafer has been designed, the rest chips, ICs,
microcontrollers, ... , becomes easier, because wafer designers involve
time(s) [therefore pin level some system codes
cannot be changed, i.e. for example:
var
variable] ... because algorithms
rely on time, ... 。 Wafer manufacturing is trillion dollars business ... therefore, a Myanmar might be bluffing ... 。 For ACT2 and ACT3 developers, calculate a possible parallel time, i.e. dark room environment vs. normal room, full moon day vs. no moon day, particleX vs. particleY, water conditioned vs. non-water conditioned, ... 。 |
|
|
Wireless signal。 5 bars mean wireless signal is
very strong, so devices such as cell phone, iPhone, WAP, wireless router,
... are ready to do connect, Internet access, Roaming, ... 。 "light
rate" technology, therefore very high bandwidth gains ... 。
Signal strength symbol, via signal travel time to 2,3 dimensional planets ... 。 |
|
|
Worm=hole。
Worm_hole schematic symbol is Myanmar's 1st consonant "Ka" alike。 Till 2006, very difficult to understand HOW to exactly engineer worm_holes。 Worm_holes begin/start dimensional gateway in hyperspace Very very difficult, very very basic worm hole is 2 strings' interaction, therefore this Myanmar way concept might not be 100% true。 |
|
|
Worm_hole, one of
the strings, before 1 cycle - - - - - 。 Only
middle circle represents hole, therefore if the hole is filled with any
material, there will be no hole, thus there will be no worm_hole。
Dark environment。 Circle in left, and circle in right are for electro
adjustment, also see: capacitance。
Poem.RobeDonation。 Basic example for novice Myanmar, open any high tech device, and fill any material into each hole inside PCBs, and then test the PCBs, and notice that "if there is no hole, ... "。 After understanding of WHAT is a hole, WHY there must be a hole in dark environment and dark energy, WHEN a hole relates to a particle, and then try to understand worm_hole。 After understanding energies, try to understand secant of black hole, or secant to a hole, but before dimensional gateway。 |
|
|
X。 |||。 IF heterodyned, f2 > f1 while 4D clock synchronization exists at time t。 Pressure, temperature sensitive。 Heterodyned indexes are not available to public。 Frequency quantitative control OR data。 |
| X | X。
|||。
For humanoid engineers only: Electrical compressors have been in market by heterodyning。 Engineer electrical compressor reversely to make electrical condenser。 Once an EM condenser can be made, an orbiter machine can be sent toward the Sun。 |
|
|
Xtal。 Oscillator circuits provide timing of microcontroller, and crystals are portions of the oscillator circuit。 |
|
|
One of the
strings [i.e. abc] might
evolute to another string [i.e.
XYZ]。 Curve abc, WHERE tangent of point "a"
causes point "Z", tangent of point "b"
causes point "Y", however tangent of
point "c" is sine 90° to point "X"。
|
|
|
Y = 1/X。 2D。 Earth based &
inner-space。
Rhyme of DAL 1: Time dot wavy in XY plane, foresee
DAL
prompts input strings。
IFF 2 red colored short lines' distance tends to zero "origin point", and then X axis and Y axis are called asymptoes "pronounce as*im*tot" of black colored hyperbolas WHICH obey XY=1 |
|
|
Y = AX + B。 2D。 Earth based & inner-space。 Rhyme of DAL 2: Basic functional should know by heart, so be ready for multi-universe。 |
|
|
Y = cos-1 X。 2D。 Earth based & inner-space。 Rhyme of DAL 3: Step-by-step calculation takes slower, |
|
|
Y = Ln X。 2D。 Earth based & inner-space。 Rhyme of DAL 4: Symbolic recognizing calculates faster, also see: outer space's 4 cycloid sticks |
|
|
Y = sin X。 2D。 Earth based & inner-space。 Rhyme of DAL 5: Oscilloscope and characteristics, electro in specific。 |
|
|
Y = √X。 2D。 Earth based & inner-space。 Rhyme of DAL 6: Virtual 8 SHARP samples, simulation becomes easier, |
|
|
Y = tan X。 2D。 Earth based & inner-space。 Rhyme of DAL 7: Gravitational causes the Sun as no mass exists, |
|
|
Y = X2。 2D。 Earth based & inner-space。 Rhyme of DAL 8: Must to figure heterodyned indexes, ... 。 |
|
|
YY = XX ((X+A) / (A-X))
StrophoiDAL Curve:
conditions are 1st. blue colored point 1 and
blue colored point 2 must generate a straight
line。 2nd. blue colored point 3 must be a fixed point and |
|
|
Y3
+ X3
= 3AXY。 2D。
A curve terminates at both ends, the same node causes a loop alike。 Thin leaf-like stratum, also known as folium ... 。 |
|
|
Yagi antenna
vs. Bridge-mode antenna。
Bridge-mode might not be similar to 3 lights in our universe ... 。 |
| ZD | ZD。 Chip protection。 Filter to chip。 Also see: FU。 |
|
|
ZD。 Also see: Diodes。 Matsushita's Panasonic。 |
| ... | For advisers, algorithm analysts, ASIC/ASSP/... programmable hardware logic programmers, designers, developers, researchers, scholars, software engineers, students, teachers, technical consultants, ... , Writing Sheet is available to print out for further idea ... 。 Also see: ModularCE。 |
|
|
|