User:Inductiveload/gallery

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Sun Jun 05 07:29:22 BST 2011

Christ Condemning the Wicked

Sun Jun 05 05:15:24 BST 2011

Erythraen Sybil
Libyan Sybil
Victory

Sun Jun 05 04:08:57 BST 2011

The Creation of Man

Sun Jun 05 03:57:20 BST 2011

Monument of Lorenzo de' Medici

Sun Jun 05 03:35:42 BST 2011

Jesse in the Sistin Chapel
Descent from the Cross

Sun Jun 05 03:27:08 BST 2011

The Battle of the Centaurs
The Holy Family
The Prophet Jeremiah
The Resurrection (from a British Museum drawing)
The Resurrection
The Slave
Tomb of Giuliano de' Medici
Young Woman Wearing a Helmet

Sun Jun 05 03:20:25 BST 2011

Thu May 12 20:51:39 BST 2011

Thu Mar 03 23:42:53 GMT 2011

Diagram of shaving with and against the direction of the hair.

Thu Mar 03 22:43:49 GMT 2011

Thu Mar 03 22:08:19 GMT 2011

Astringent Pencil.
Brush in cross-section.
Brush.
Razor's edge under the microscope.
How to correctly hold the razor.
Hone.
How to hone the razor.
Razor.
How to shave the left side under the jaw.
How to shave the left side.
How to shave the right side under the jaw.
How to shave the right side.
How to shave under the chin.
How to shave upwards.
Razor with square nose.
Stropping the razor.

Thu Sep 09 02:16:51 CST 2010

Thu Sep 09 02:13:43 CST 2010

Thu Sep 09 02:09:50 CST 2010

Thu Sep 09 02:08:09 CST 2010

Thu Sep 09 02:06:32 CST 2010

Thu Sep 09 02:05:09 CST 2010

Thu Sep 09 02:03:35 CST 2010

Wed Sep 08 13:13:17 CST 2010

Wed Sep 08 13:09:10 CST 2010

Wed Sep 08 13:06:58 CST 2010

Wed Sep 08 12:54:03 CST 2010

Wed Sep 08 12:47:42 CST 2010

errors

File:Toolbaricon_bolditalic_0.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic 0.png
File:Toolbaricon_bolditalic_1.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic 1.png
File:Toolbaricon_bolditalic_2.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic 2.png
File:Toolbaricon_bolditalic_3.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic 3.png
File:Toolbaricon_bolditalic_4.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic 4.png
File:Toolbaricon_bolditalic_5.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic 5.png
File:Toolbaricon_bolditalic_6.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic 6.png
File:Toolbaricon_bolditalic_7.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic 7.png
File:Toolbaricon_bolditalic_8.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic 8.png
File:Toolbaricon_bolditalic_9.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic 9.png
File:Toolbaricon_bolditalic_;.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic ;.png
File:Toolbaricon_bolditalic_?.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic ?.png
File:Toolbaricon_bolditalic_@.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic @.png
File:Toolbaricon_bolditalic_A.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic A.png
File:Toolbaricon_bolditalic_B.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic B.png
File:Toolbaricon_bolditalic_C.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic C.png
File:Toolbaricon_bolditalic_D.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic D.png
File:Toolbaricon_bolditalic_E.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic E.png
File:Toolbaricon_bolditalic_F.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic F.png

Wed Sep 08 12:41:10 CST 2010

errors

File:Toolbaricon_bolditalic_:.png UploadForbiddenException uploading a file with this name is forbidden

Wed Sep 08 12:30:36 CST 2010

Wed Sep 08 12:15:08 CST 2010

errors

File:Toolbaricon_bold_T.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bold T.png

Wed Sep 08 12:10:11 CST 2010

Sun Dec 06 17:06:52 GMT 2009

]] producing a negative general impedance −Z: $Z_{in}={\frac {v_{in}}{i_{in}}}=-Z$
]] producing a negative capacitance −C: $Z_{in}={\frac {v_{in}}{i_{in}}}=-{\frac {j}{\omega C}}$
$]] producing a negative inductance: <math>Z_{in} = \frac{v_{in}}{i_{in}}=-j \omega C R_1^2$

]] producing a negative inductance: <math>Z_{in} = \frac{v_{in}}{i_{in}}=-j \omega C R_1^2
]] producing a negative resistance −R: $R_{in}={\frac {v_{in}}{i_{in}}}=-R$

Mon Nov 16 01:14:57 GMT 2009

Stage 1: n-well diffusion.
Stage 2: Definition of active regions.
Stage 3: Polysilicon gate.
Stage 4: n+ diffusion.
Stage 5: p+ diffusion
Stage 6: contact holes.
Stage 7: Metalisation.

Mon Oct 26 08:48:09 GMT 2009

]] subtraction: : $Q=X-Y\,$
Addition mod 16: $Q=\left(A+B\right)\%16$
Plain addition: : $Q=X+Y$ Note the result has one more bit that the operands.
Bitwise AND operator: : $Q=A{\mbox{AND}}B$
Multiplication mod 16: $Q=\left(A\times B\right)\%16$
Plain multiplication: : $Q=X+Y$ Note the result has twice as many bits asthe operands.
Bitwise OR operator: : $Q=A{\mbox{OR}}B$
Bitwise XOR operator: : $Q=A{\mbox{XOR}}B$

Sun Sep 20 21:28:01 BST 2009

errors

File:Sine_Wave_100Hz_30s.ogg UnexpectedAnswerException unexpected response data (UiSimpleActionBase) status HTTP/1.0 200 OK
File:Sine_Wave_10Hz_30s.ogg UnexpectedAnswerException unexpected response data (UiSimpleActionBase) status HTTP/1.0 200 OK
File:Sine_Wave_20Hz_30s.ogg UnexpectedAnswerException unexpected response data (UiSimpleActionBase) status HTTP/1.0 200 OK
File:Sine_Wave_30Hz_30s.ogg UnexpectedAnswerException unexpected response data (UiSimpleActionBase) status HTTP/1.0 200 OK
File:Sine_Wave_40Hz_30s.ogg UnexpectedAnswerException unexpected response data (UiSimpleActionBase) status HTTP/1.0 200 OK
File:Sine_Wave_50Hz_30s.ogg UnexpectedAnswerException unexpected response data (UiSimpleActionBase) status HTTP/1.0 200 OK
File:Sine_Wave_60Hz_30s.ogg UnexpectedAnswerException unexpected response data (UiSimpleActionBase) status HTTP/1.0 200 OK
File:Sine_Wave_70Hz_30s.ogg UnexpectedAnswerException unexpected response data (UiSimpleActionBase) status HTTP/1.0 200 OK
File:Sine_Wave_80Hz_30s.ogg UnexpectedAnswerException unexpected response data (UiSimpleActionBase) status HTTP/1.0 200 OK
File:Sine_Wave_90Hz_30s.ogg UnexpectedAnswerException unexpected response data (UiSimpleActionBase) status HTTP/1.0 200 OK

Frequency: 100Hz
Frequency: 10Hz
Frequency: 20Hz
Frequency: 30Hz
Frequency: 40Hz
Frequency: 50Hz
Frequency: 60Hz
Frequency: 70Hz
Frequency: 80Hz
Frequency: 90Hz

Tue Jul 14 22:44:20 BST 2009

errors

File:Screw_Head_-_Hex_Socket.svg UnexpectedAnswerException unexpected response data (UiSimpleActionBase) status HTTP/1.0 200 OK

Diagram of a screw head - Bristol splined drive
Diagram of a screw head - Clutch Type A, or "Bow-Tie"
Diagram of a screw head - Clutch Type G, or "Butterfly"
Diagram of a screw head - Crossed Slot
Diagram of a screw head - Double Hex
Diagram of a screw head - Frearson
Diagram of a screw head - External Hex Head
Diagram of a screw head - External Hex Head with Philips
Diagram of a screw head - Hex Socket (with Tamperproof Post)
Diagram of a screw head - Hex Socket
Diagram of a screw head - Mortorq
Diagram of a screw head - One-way clutch to prevent removal of screw.
Diagram of a screw head - Philips/Slotted Combo
Diagram of a screw head - Phillips with Tamperproof Post
Diagram of a screw head - Phillips
Diagram of a screw head - Polydrive
Diagram of a screw head - Pozidrive
Diagram of a screw head - Robertson square drive.
Diagram of a screw head - Slotted
Diagram of a screw head - Two-prong spanner type
Diagram of a screw head - Spline drive (12 splines)
Diagram of a screw head - Square/Slotted Combo
Diagram of a screw head - Square Drive with Tamperproof Post
Diagram of a screw head - Square Drive
Diagram of a screw head - External Square Head
Diagram of a screw head - Phillips Supadrive
Diagram of a screw head - Torq-set
Diagram of a screw head - External Torx (Hexalobular)
Diagram of a screw head - Torx with Tamperproof Post
Diagram of a screw head - Torx
Diagram of a screw head - TP3
Diagram of a screw head - Tri-wing
Diagram of a screw head - Triple square, or XZN

Thu Apr 30 21:35:57 BST 2009

]], based on IEC 60617-12.
]], based on IEC 60617-12.
]], based on IEC 60617-12.
]], based on IEC 60617-12.
]], based on IEC 60617-12.
]], based on IEC 60617-12.
]], based on IEC 60617-12.
]], based on IEC 60617-12.

Thu Mar 26 22:56:53 GMT 2009

Wed Feb 25 03:39:18 GMT 2009

A diagram showing circles packing in a hexagonal packing arrangement.
A diagram showing circles packing in a square packing arrangement.

Sun Feb 01 01:09:18 GMT 2009

The moniamond.
The diamond.
The triamond.
One of the 3 types of tetriamond.
One of the 3 types of tetriamond.
One of the 3 types of tetriamond.
One of the 4 types of pentiamond.
One of the 4 types of pentiamond.
One of the 4 types of pentiamond.
One of the 4 types of pentiamond.
One of the 12 types of hexiamond.
One of the 12 types of hexiamond.
One of the 12 types of hexiamond.
One of the 12 types of hexiamond.
One of the 12 types of hexiamond.
One of the 12 types of hexiamond.
One of the 12 types of hexiamond.
One of the 12 types of hexiamond.
One of the 12 types of hexiamond.
One of the 12 types of hexiamond.
One of the 12 types of hexiamond.
One of the 12 types of hexiamond.

Mon Jan 26 04:15:03 GMT 2009

A circuit diagram of a comparator made using an operational amplifier. : $V_{\mathrm {out} }=\left\{{\begin{matrix}V_{\mathrm {S+} }&V_{1}>V_{2}\\V_{\mathrm {S-} }&V_{1}<V_{2}\end{matrix}}\right.$
A circuit diagram of a differential amplifier made using an operational amplifier. : $V_{\mathrm {out} }=V_{2}\left({\left(R_{\mathrm {f} }+R_{1}\right)R_{\mathrm {g} } \over \left(R_{\mathrm {g} }+R_{2}\right)R_{1}}\right)-V_{1}\left({R_{\mathrm {f} } \over R_{1}}\right)$
A circuit diagram of a differentiating amplifier made using an operational amplifier. : $V_{\text{out}}=-RC\left({\frac {\operatorname {d} V_{\text{in}}}{\operatorname {d} t}}\right)\,\qquad {\text{where }}V_{\text{in}}{\text{ and }}V_{\text{out}}{\text{ are functions of time.}}$
A circuit diagram of a exponential amplifier made using an operational amplifier. : $v_{\mathrm {out} }=-RI_{\mathrm {S} }e^{v_{\mathrm {in} } \over V_{\gamma }}$ where $I_{\mathrm {S} }$ is the saturation current.
A circuit diagram of a gyrator made using an operational amplifier. A gyrator behaves like an inductor, without containing bulky, expensive and hard-to-manufacture inductive components.
A circuit diagram of a instrumentation amplifier made using operational amplifiers. Combines very high input impedance, high common-mode rejection, low DC offset, and other properties used in making very accurate, low-noise measurements
A circuit diagram of a integrating amplifier made using an operational amplifier. : $V_{\text{out}}=-\int _{0}^{t}{\frac {V_{\text{in}}}{RC}}\,\operatorname {d} t+V_{\text{initial}}\,$
A circuit diagram of a inverting amplifier made using an operational amplifier. : $V_{\mathrm {out} }=-V_{\mathrm {in} }(R_{\mathrm {f} }/R_{\mathrm {in} })\!\$
A circuit diagram of a logarithmic amplifier made using an operational amplifier. : $v_{\mathrm {out} }=-V_{\gamma }\ln \left({\frac {v_{\mathrm {in} }}{I_{\mathrm {S} }\cdot R}}\right)$ where $I_{\mathrm {S} }$ is the saturation current.
A circuit diagram of a negative impedance converter made using an operational amplifier. This simulates a negative resistance. : $R_{\mathrm {in} }=-R_{3}{\frac {R_{1}}{R_{2}}}$
A circuit diagram of a non-inverting amplifier made using an operational amplifier. : $V_{\text{out}}=V_{\text{in}}\left(1+{\frac {R_{2}}{R_{1}}}\right)\,$
here].
A circuit diagram of a basic precision rectifier made using an operational amplifier.
A circuit diagram of a Schmitt trigger made using an operational amplifier. Hysteresis from ${\frac {-R_{1}}{R_{2}}}V_{sat}$ to ${\frac {R_{1}}{R_{2}}}V_{sat}$ .
A circuit diagram of a summing amplifier made using an operational amplifier. : $V_{\mathrm {out} }=-R_{\mathrm {f} }\left({V_{1} \over R_{1}}+{V_{2} \over R_{2}}+\cdots +{V_{n} \over R_{n}}\right)$
A circuit diagram of a buffer amplifier made using an operational amplifier. : $V_{\mathrm {out} }=V_{\mathrm {in} }\!\$ : $Z_{\mathrm {in} }=\infty$ (realistically, the differential input impedance of the op-amp itself, 1 MΩ to 1 TΩ multiplied by the open-loop gain)

Sat Jan 24 18:42:58 GMT 2009

Image filter box-section. This is a balanced section, the analogue of the unbalanced Pi-section
Image filter C half-section. This is a balanced section, the analogue of the unbalanced L half-section
Image filter H section. This is a balanced section, the analogue of the unbalanced T section
Image filter L half-section. This is an unbalanced section, the analogue of the balanced C half-section
Image filter balanced ladder network. This is a balanced network, the analogue of the unbalanced ladder network
Image filter unbalanced ladder network. This is an unbalanced network, the analogue of the balanced ladder network
Image filter Pi section. This is an unbalanced section, the analogue of the balanced box section
Image filter T section. This is an unbalanced section, the analogue of the balanced H section
Image filter X section (Pi section-derived).
Image filter X section.

Fri Jan 16 20:38:51 GMT 2009

]]. A and B are the inputs, Q is the output
English: A labelled MIL/ANSI symbol for an Buffer. A is the input, Q is the output
]]. A and B are the inputs, Q is the output
]]. A and B are the inputs, Q is the output
English: A labelled MIL/ANSI symbol for an Buffer. A is the input, Q is the output
]]. A and B are the inputs, Q is the output
]]. A and B are the inputs, Q is the output
]]. A and B are the inputs, Q is the output

Mon Dec 22 01:53:02 GMT 2008

Diagram showing a way of making an AND gate from a NAND and NOT gate.
Diagram showing a way of making and AND gate from NAND gates.
Diagram showing a way of making an AND gate from NOR gates.
Diagram showing a way of making a logical buffer from AND gates.
Diagram showing a way of making a logical buffer with 3x output drive from the six NOT gates on a hex gate IC (eg 4049)
Diagram showing a way of making a logical buffer with 3x output drive from the four AND gates on a quad gate IC (eg 4081)
Diagram showing a way of making a logical buffer using an OR gate.
Diagram showing a way of making a logical inverter (NOT gate) from a NAND gate.
Diagram showing a way of making a NOT gate from NOR gates.
Diagram showing a way of making an OR gate from NAND gates.
Diagram showing a way of making an OR gate from NOR and NOT gates.
Diagram showing a way of making an OR gate from NOR gates.

Sun Dec 21 23:30:05 GMT 2008

The "advisor" pieces.
The "cannon" pieces.
The "chariot" pieces.
The "elephant" pieces.
The "general" pieces.
The "horse" pieces.
The "soldier" pieces.

Sun Dec 21 18:38:50 GMT 2008

Sun Dec 21 18:13:52 GMT 2008

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