ACE Introduces Patent-Pending

MASEC’s

Matter Amplification for

Stimulated Emission Computation

Semiconductor Circuit Element
Building Blocks and Chips

Explore MASEC Applications

  1. Dynamic Range Compression: MASECs can implement amplifiers used in audio processing to compress the dynamic range of audio signals. This means they can make quiet sounds louder and loud sounds quieter, which is useful in hearing aids, audio recording, and broadcasting to ensure that all sounds are audible without being too loud or too soft.

  2. Signal Processing: In signal processing, MASECs are used to perform operations on signals that have a wide dynamic range. This is particularly useful in radar systems, where the received signals can vary significantly in amplitude.

  3. Measurement and Instrumentation: MASECs are used in measurement equipment to extend the dynamic range of the instrument. For example, they are used in optical power meters, where the power of the light being measured can vary over several orders of magnitude.

  4. Radio Frequency (RF) Applications: In RF circuits, MASECs are used for signal strength measurement and automatic gain control. They can help in determining the strength of an incoming signal and adjust the gain of the system accordingly to maintain signal quality.

  5. Biomedical Applications: In biomedical engineering, MASECs are used in devices like pulse oximeters and other sensors that need to measure signals across a wide range of amplitudes.

  6. Photodiode Signal Processing: MASECs are used to convert the current generated by a photodiode (which can vary logarithmically with light intensity) into a voltage that is more easily measurable.

  7. Chemical Concentration Measurement: MASECs can be used in spectrophotometry for measuring the concentration of chemical substances. The absorbance of light by a solution (which is logarithmically related to the concentration of the absorbing species) can be converted into a voltage signal for measurement.

  8. Detection and Measurement of Low-level Signals: In applications where signals vary over a wide dynamic range, MASECs can detect and measure very low-level signals in the presence of high-level signals without saturation.

By providing a means to deal with signals that span a wide range of magnitudes, MASECs enable more effective analysis, processing, and management of these signals in various technological and scientific applications. MASEC high precision, coupled with picosecond performance, is a game changer to existing product channels.