Tools¶
An instrumentation amplifier calculator computes the output voltage and overall gain based on resistor values and input voltages in a three-op-amp configuration.
A data conversion calculator converts digital values to analog signals or vice versa based on parameters like reference voltage, resolution, and bit depth.
A Sallen-Key band-pass filter component calculator determines resistor and capacitor values to achieve a desired center frequency, bandwidth, and gain in an active band-pass filter circuit.
A multifeedback high-pass filter component calculator computes resistor and capacitor values for a desired cutoff frequency, gain, and quality factor (Q) for the op-amp multifeedback high-pass topology.
A second order system design and analysis tool calculates key parameters like damping ratio, natural frequency, overshoot, and settling time to evaluate system performance.
A Delta-Sigma ADC calculator estimates the signal-to-quantization-noise ratio (SQNR), resolution, and performance based on oversampling ratio and modulator order.
Calculate the Inductance, Input ripple voltage, Output voltage ripple of a inverter-boost inverter converter
A comparator with hysteresis or Schmitt trigger calculator determines the upper and lower threshold voltages based on resistor values and reference voltage.
A Sallen-Key high-pass filter component calculator computes resistor and capacitor values required to achieve a specific cutoff frequency, gain, and quality factor (Q) in an active high-pass configuration.
A multifeedback low-pass filter component calculator determines resistor and capacitor values for a specified cutoff frequency, gain, and quality factor (Q) in the op-amp multifeedback low-pass configuration.
A multifeedback band-pass filter component calculator computes resistor and capacitor values needed to achieve a desired center frequency, bandwidth, and gain in an op-amp-based multifeedback band-pass design.
A parallel and series Capacitor calculator computes the equivalent Capacitance for multiple Capacitors connected in series or parallel configurations.
A parallel and series inductor calculator computes the equivalent Inductance for multiple inductors connected in series or parallel configurations.
A microstrip trace inductance calculator estimates the inductance of PCB traces based on their geometry, substrate properties, and layout.
A parallel and series resistor calculator computes the equivalent resistance for multiple resistors connected in series or parallel configurations.
A Sallen-Key low-pass filter component calculator determines resistor and capacitor values needed to achieve a desired cutoff frequency, gain, and quality factor (Q) in an active low-pass filter circuit.
An online Bode plot generator creates magnitude and phase plots from a given transfer function, helping visualize system frequency response.
