What can you do with the oscilloscope?

What can you do with the oscilloscope?

An oscilloscope (from the Latin oscillare to swing, from the Greek skopein to look at) is an electronic measuring device that, in its preferred application, makes the progression over time of one or more electrical voltages visible on a screen.

What is triggering on an oscilloscope?

In most cases it is about measuring periodic signals, a good example would be our alternating current. A trigger synchronizes the horizontal deflection at a specified point on the waveform. …

How is an oscilloscope connected?

In an oscilloscope, this button is firmly connected to a so-called coaxial cable. This button now has two connectors. You connect one connection to the respective measuring point. This is referred to as a potential, which is later to be displayed by the oscilloscope.

What is a probe?

The probe, also probe divider (English: probe = probe) is a measuring device for electrical measurement technology, mainly for measurements with the oscilloscope. But the electrical current can also be displayed with a current probe on the oscilloscope.

Why do you do a probe match?

Adjust probe: Capacitance of trim capacitor too high. Overcompensation occurs when the trim capacity is too high. In this case, the rising edge initially overshoots the target value. The falling edge goes below the zero level before the curve slowly approaches the zero line.

Why does the probe have to be adjusted?

According to Lech’s measurement technology textbook, the probe should be adjusted so that the divider ratio remains constant. This is done by keeping the ratio constant such that RE*CCE = RT*CCT.

Which probe for oscilloscope?

Active probe for broadband measurement tasks If the oscilloscope used has a bandwidth higher than 500 MHz, an active probe is recommended. Despite the higher price, this is the first choice when bandwidth is required.

How can you measure current with an oscilloscope?

The oscilloscope is a voltage measuring device that is able to display voltages over time. The electric current can therefore only be measured indirectly as a voltage drop across a measuring resistor.

How do I measure the frequency?

In some circuits, noise can prevent an accurate frequency measurement. Example: Frequency converters can lead to incorrect measured values ​​due to harmonics. turn the rotary switch to DC volts, and then press the Hz button again to measure frequency with the DC volts setting.

What is measured in Hz?

The hertz (with the unit symbol Hz) is the SI derived unit of frequency. It indicates the number of repeating events per second in a periodic signal. The unit was named after the German physicist Heinrich Hertz in 1930.

How do you measure vibrations?

Frequency meters are measuring devices for determining the frequency of an electrical AC voltage. Depending on the type, it can be used to measure sinusoidal AC voltages or square-wave signals (e.g. relaxation oscillations or pulse trains).

What is the human vibration frequency?

. When the body is at rest, the human heart has a pulse rate of approx. 50–90 min−1 (corresponding to 0.83–1.5 Hz), the respiratory rate is 12 to 50 breaths per minute, depending on the age of the person. In music, the standard pitch with a frequency of 440 Hz is well known.

What happens when you increase the frequency?

The greater the frequency of the vibrations, the higher the pitch. The greater the amplitude of the vibrations, the louder the sound. Loudness is given in the unit phon (phon) and can be determined with sound level meters.

How do frequencies affect the body?

In addition, each frequency is said to have certain effects: UT = 396 Hz: Emits positive energy, relieves fear, helps with grief and releases blockages. MI = 528 Hz: Healing sounds for more life energy and awareness. FA = 639 Hz: Harmonic effect that leads to inner balance.

What is a frequency simply explained?

The frequency describes the number of oscillations per second that are present in a tone. Frequency is measured in Hertz (Hz), 1 Hz = 1/s.

How is a frequency generated?

Because radio waves are frequencies. The oscillator generates an AC voltage signal with a specific frequency. Above a certain number of oscillations per second (frequency), electrical signals tend to radiate into free space. Frequencies (f) are given in units of Hertz, Hz for short.

What is a wavelength?

Consequently, the wavelength is considered to be the length of the distance from wave crest to wave crest, for example, which at the same time indicates the measure of the color of the light and is given in nm (nanometers).

What is a frequency in music?

In practice, the pitch is equated with the frequency (number of oscillations per period of time) of an audible tone, more precisely: with the fundamental frequency, i.e. the frequency of the lowest partial tone in the relevant sound (see e.g. mood (music), interval (music) , concert pitch).

What does 432 Hz music do?

Tones based on the 432 Hz concert pitch have a very harmonious effect on the body, support the synchronization of the hemispheres of the brain and promote healthy cell metabolism.

What does 432 Hz music mean?

The natural concert pitch of 432 Hz is the audio frequency that vibrates in UNISON with people, nature and the cosmos. In 1939, the artificial concert pitch of 440 Hz was standardized almost worldwide and in many places by conference. …