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  2. Mixed-mode circuit simulation lets you simulate analog and digital components side-by-side. SPICE-like component models give you accurate results for nonlinear circuit effects. Human-friendly formats let you enter and display values concisely, just like you would on a paper schematic.

  3. Wheatstone Bridge simulator - CircuitLab

    www.circuitlab.com/circuit/8f7u58/wheatstone-bridge-simulator

    Voltage is applied to two parallel legs of equal resistance. Each leg contains two equal resistors. Voltage is measured across the two legs between the resistors. If both legs are equal then the voltage drop across VM1 will be 0Vdc. If one leg is different than the other the legs will have different voltage drops at the mid-point and create a difference of potential across VM1.

  4. Arduino Nano - CircuitLab

    www.circuitlab.com/circuit/mhyvps3yam74/arduino-nano

    Circuit diagram for Arduino nano with AT328P microprocessor. ... Only the circuit's creator can access ...

  5. HC-05 Bluetooth - CircuitLab

    www.circuitlab.com/circuit/27cwy5/hc-05-bluetooth

    These tools allow students, hobbyists, and professional engineers to design and analyze analog and digital systems before ever building a prototype. Online schematic capture lets hobbyists easily share and discuss their designs, while online circuit simulation allows for quick design iteration and accelerated learning about electronics.

  6. D flip flop - CircuitLab

    www.circuitlab.com/circuit/ywmw4t/d-flip-flop

    These tools allow students, hobbyists, and professional engineers to design and analyze analog and digital systems before ever building a prototype. Online schematic capture lets hobbyists easily share and discuss their designs, while online circuit simulation allows for quick design iteration and accelerated learning about electronics.

  7. L293D Motor Driver - CircuitLab

    www.circuitlab.com/circuit/8m6uh3/l293d-motor-driver

    These tools allow students, hobbyists, and professional engineers to design and analyze analog and digital systems before ever building a prototype. Online schematic capture lets hobbyists easily share and discuss their designs, while online circuit simulation allows for quick design iteration and accelerated learning about electronics.

  8. Documentation - CircuitLab

    www.circuitlab.com/docs/academy-bodeplot

    This new plot lets us quickly compare the frequency response of the circuit with two different capacitor values for C1, with 1uF in blue and 10uF in orange. The larger capacitance clearly has a lower cutoff frequency (10x larger capacitor means 10x lower bandwidth). Click Build at the bottom of the window to go back to editing the circuit:

  9. timing diagram - CircuitLab

    www.circuitlab.com/circuit/34s54y/timing-diagram

    These tools allow students, hobbyists, and professional engineers to design and analyze analog and digital systems before ever building a prototype. Online schematic capture lets hobbyists easily share and discuss their designs, while online circuit simulation allows for quick design iteration and accelerated learning about electronics.

  10. pmos and nmos circuit - CircuitLab

    www.circuitlab.com/circuit/7fcmrf/pmos-and-nmos-circuit

    These tools allow students, hobbyists, and professional engineers to design and analyze analog and digital systems before ever building a prototype. Online schematic capture lets hobbyists easily share and discuss their designs, while online circuit simulation allows for quick design iteration and accelerated learning about electronics.

  11. MOSFET (CMOS) NAND gate - CircuitLab

    www.circuitlab.com/circuit/592d96/mosfet-cmos-nand-gate

    These tools allow students, hobbyists, and professional engineers to design and analyze analog and digital systems before ever building a prototype. Online schematic capture lets hobbyists easily share and discuss their designs, while online circuit simulation allows for quick design iteration and accelerated learning about electronics.