It offers excellent carrier suppression (typically -65 dB at 0.5 MHz) and high common-mode rejection (-85 dB).
The output at pin 6 should show an AM waveform with carrier suppressed if balanced, or standard AM if one carrier input is DC-biased. The FFT (frequency domain) tool in Proteus can then confirm the presence of sidebands—a true test of model accuracy. Proteus Mc1496 Lib
This often happens in newer Windows versions. Right-click the Proteus icon, go to Properties > Compatibility , and check " Run this program as an administrator Simulation Errors: It offers excellent carrier suppression (typically -65 dB
In this post, we will cover how to find, integrate, and simulate the MC1496 using the Proteus Design Suite What is the MC1496? This often happens in newer Windows versions
Unlocking the MC1496 Balanced Modulator in Proteus The is a classic integrated circuit (IC) dating back to the 1970s, renowned for its ability to perform high-precision amplitude modulation (AM) , double-sideband suppressed carrier (DSBSC) modulation , and general signal mixing. For electronics students and hobbyists, simulating this "Gilbert Cell" based device in Proteus is essential for understanding RF communications before moving to hardware. Why Use the MC1496 Library?