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Finirsi 1014D Oscilloscope & Frequency Generator Counter 100MHz
with 2 Analog Channels & Screen 7"
from164,99 € at 6 stores
Keysight Bench Oscilloscope & Frequency Generator 100MHz
with 2 Analog Channels & Screen 7"
Uni-T Oscilloscope Counter 200MHz
from574,99 € at 2 stores
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- Amplitude (AM): Information is transmitted by varying the amplitude (intensity) of the carrier signal while the frequency remains constant. It is used in RF applications and communications testing.
- Frequency (FM): The information is transmitted by varying the frequency of the carrier signal. It offers greater noise resistance compared to AM.
- Phase (PM): The information is transmitted through changes in the phase of the carrier signal. It is used in telecommunications and digital transmission systems.
- Square: Produces a signal that alternates between two voltage levels with abrupt transitions. Suitable for digital circuits and timing tests.
- Triangular: Produces a signal with a linear increase or decrease in voltage over time before the cycle repeats. It is used in scanning, timing, and system control.
- Pulse: Produces short pulses with adjustable amplitude and duration. Useful for testing digital circuits and analyzing system response.
- Arbitrary: Allows the creation or loading of custom waveforms beyond the predefined signal shapes. Suitable for specialized measurements and simulations.
- Pulse Width (PWM): The information is encoded by changing the pulse duration (duty cycle) while the amplitude remains constant. Common in power electronics and motor control.
- Frequency Shift Keying (FSK): Digital modulation where different frequencies correspond to different digital values (e.g., 0 and 1). Used in modems and wireless communications.
- Amplitude Shift Keying (ASK): Digital modulation where the information is represented by changes in the signal amplitude. Used in simple data transmission systems.
- Phase Shift Keying (PSK): Digital modulation where data is encoded by changes in the signal’s phase. Common in modern networks and wireless communications.