Diagram Examples from Real Visitor Prompts

A single-line diagram that shows the a 200 amp breaker, in panel DSB2, feeding a motor with a soft starter

IT-nett 230V, main breaker 63 A, branch 1 3 fas 16A in workroom, branch 2 16A in workroom

IT-nett 230V, main breaker 40A, branch 1 16A kitchen, branch 2 16A living room. 6 contacts in living room. 1 switch for light in the celling for both rooms. need a hall between rooms branch 3 15A

IT-nett 230V, main breaker 40A, branch 1 16A kitchen, branch 2 16A living room. 6 contacts in living room. 1 switch for light in the celling for both rooms

IT-nett 230V, main breaker 40A, branch 1 16A kitchen, branch 2 16A living room

A ───────┐ │ AND ──┐ B ───────┘ │ │ XNOR ──┐ C ───────┐ │ │ │ OR ───┘ │ D ───────┘ │ │ Y

A ───────┐ │ NAND ──┐ B ───────┘ │ │ OR ── NOT ── Y C ─────────────────┘

A ───────┐ │ XOR ──┐ B ───────┘ │ │ AND ─── Y C ───────────────┘

A ───────┐ │ AND ──┐ B ───────┘ │ │ OR ─── Y C ───────────────┘

A ───────┐ │ OR ── NOT ── Y B ───────┘

A ───────┐ │ AND ─── Y B ── NOT ┘

A ───────┐ │ XOR ──┐ B ───────┘ │ │ NOR ─── Y C ───────────────┘

Y = [(A ⊕ B) + C]'

Y = A · B'

Y = (A · B) + C

Boolean expression: Y = (A + B)'

Boolean expression: Y = A · B'

dame un diagrama que sea sobre entidad relacion de MYSQL y que sea de una bibloteca donde tegas que prestar, leer un libro y que sea sencillo

dame un diagrama que sea sobre entidad relacion de MYSQL y que sea de una bibloteca donde tegas que prestar, leer un libro

ANSI standard logic diagram. Inputs A,B,C on left, outputs F,G on right. XOR‑1: inputs A and B. XOR‑2: first input = output of XOR‑1, second input = signal C. Output of XOR‑2 is F. NO WIRE FROM B TO XOR‑2. AND gate: inputs A and C. OR gate: inputs B and output of AND gate. Output of OR gate is G. Black filled dots on all wire‑branch points. No extra boxes, only labels A B C F G.

ANSI logic gate diagram.Inputs:A,B,C left side.Outputs:F,G right side. Gate1:XOR,input1=A,input2=B. Gate2:XOR,input1=output of Gate1,input2=C. Gate2 output=F. Do NOT connect B to Gate2. Gate3:AND,input1=A,input2=C. Gate4:OR,input1=output of Gate3,input2=B. Gate4 output=G. Add black filled junction dots at every wire split.Standard shape ANSI gates.No text box,only simple labels A B C F G.

Draw ANSI standard logic circuit diagram. Three inputs A, B, C on left side. Two outputs F and G on right side. F = (A XOR B) XOR C: First XOR gate inputs A and B. Output of first XOR connects to top input pin of second XOR gate. Signal C connects to bottom input pin of second XOR gate. Second XOR gate outputs F. G = B OR (A AND C): AND gate inputs A and C. Output of AND gate and signal B go into OR gate. OR gate outputs G. Draw filled black solid junction dots at every wire split node. Use standard distinctive‑shape ANSI gate symbols. Label outputs simply F and G, no boxes.

Standard ANSI logic gate schematic. Left inputs A,B,C. Right outputs F and G. F path: First XOR gate inputs A and B. Output of first XOR connects to the top‑input of second XOR gate. Signal C connects to bottom‑input of second XOR gate. Output of second XOR=F. F=(A xor B) xor C. G path: AND gate inputs A and C. AND output and signal B feed into OR gate. OR output=G. G = B OR (A AND C). Draw filled black dot junctions on every wire split point. Do NOT feed B into the second XOR gate.

绘制标准ANSI逻辑门电路图，左侧3个共用输入A,B,C，右侧两个输出F、G。 F支路：两级级联异或门，第一个XOR输入A、B，输出接到第二个XOR；第二个XOR另一个输入C，输出F，F=(A⊕B)⊕C。 G支路：一个与门AND输入A、C，AND输出和B送入或门OR，OR输出G，G=B+(A·C)。 导线分叉位置画上实心黑色连接圆点，使用课本标准异形逻辑门符号。