Product Description
Analogue Signal Processing The design and construction of electronic circuits to solve practical problems is an essential technique in the fields of electronic engineering and computer engineering. With this board the students can study the operating principle of analog communication systems and analog signal processing techniques such as multiplication, division, square root, power, logarithm, antilogarithm, attenuation, amplitude modulation and demodulation, non inverting adder, difference amplifier, integrator and shunt. Theoretical Topics of Analogue Signal Processing Familiarization with analogue computing techniqueBasic and advanced linear operationsSimultaneous multiplication and divisionAnalog computation of powers and rootsLog ratio computationAntilog computationSquare root operationAttenuator overviewCharacteristics and key specifications for fixed and step attenuatorsAudio attenuatorsForms of amplitude modulationAmplitude modulation and demodulation methods Circuit Blocks of Analogue Signal Processing Reference power supply unitRealtime Analog computational unitOnequadrant multiplication unitRoot circuitPower circuitLog ratio operation with thermic compensationAntilog operation with thermic compensationAttenuatorAmplitude modulation and demodulationNon inverting summing blockDifference amplifierIntegrator
FAQs of Analogue Signal Processing:
Q: What is the primary application of Analogue Signal Processing?
A: The primary application of Analogue Signal Processing is industrial use.
Q: What material is Analogue Signal Processing made of?
A: Analogue Signal Processing is made of metal.
Q: What size does Analogue Signal Processing come in?
A: Analogue Signal Processing comes in a standard size.
Q: What is a key feature of Analogue Signal Processing in terms of efficiency?
A: Analogue Signal Processing is designed for high efficiency.
Q: Is Analogue Signal Processing suitable for laboratory environments?
A: Yes, Analogue Signal Processing is suitable for lab environments.