Design Tools:

Impedance Transformer:

For Input or Output gain-setting. Choose from L, Pi or T Networks to transform a complex Z to a new Z (L-Transform shown below).

Series Parallel Transformer (Constant Q)


Impedance Matcher:

All combinations of L. Pi, and T for matching Z1 to Z2. Shown below is a panel of Pi-Match Networks.


PAD Designer:

L, Pi, T, O, H, and Bridged-T, PAD networks are supported.







MicroStrip Stub Designer:

Short-Circuit, Open-Circuit and Resonant stubs from given Z0, Track Width, Track Thickness, Dielectric Thickness, and D.K.


BJT Common-Emitter Amplifier Designer:










J-FET Common-Source Amplifier Designer:



MOSFET Common-Source Amplifier Designer:


Calculators:

General-Purpose Complex Number Calculator:


System Noise and 3RD Order IMD Calculator:

System Input 3rd-Order Intercept Point
System Noise Figure
Thermal Noise Floor
System Noise Floor/Minimum Detectable Signal
Spurious-Free Dynamic Range (SFDR)
Plot of Results


Bit Error Rate vs Carrier-to-Noise Ratio Calculator:


Reactance Calculator:


Zo of MicroStrip track, given Track Width, Track Thickness, Dielectric Thickness, and DK:


Width of MicroStrip track, given Zo, Track Thickness, Dielectric Thickness, and DK: