Most stereo systems that combine a CD player with a cassette deck with a recording function will do this for you. They are readily available and inexpensive, and can be found in stores like Walmart, K-mart, Best Buy, Circuit City, many furniture and appliance stores, etc. (North American stores). Generally, you will get what you pay for, in product and sound quality.
Separate component systems that include a CD player, a cassette recorder, and a receiver can also be purchased at most of the same types of stores.
You can't record music on your digital answering machine because the song is to long and the machine doesn't have that much memory.
That has been a slow process over the past 30 years. There is still analog recording occuring, but it is dying out.
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You can Purchase a Privia digital piano at zZounds, Shopzilla, Low Price Shopper, Price Machine, Casio, Amazon, eBay and the Casio Music Gear websites.
The Music Machine ended in 1969.
Digital recordings do not have the hiss, crackling, or other artifacts of older systems like the vinyl record or cassette tape. Digital recordings do not degrade as quickly as analog recordings. There is still some debate about whether digital recordings sound better than analog vinyl records, however.
An audio cassette has the music on it recorded in an analogue format, while a CD records information in a digital format. Thus in order to transfer the music from the cassette to the CD it is necessary to play the music on the cassette into a machine that will sample the sound and convert it into a numeric (digital) form, this is called analogue to digital conversion. It would be possible to build a machine to do this, but most of the 'off the shelf' technology to do this is now sold as computer components (boards to fit into a PC). Thus, depending on how many cassettes you want to transcribe you have two options # Use a company to do this for you (if you have only a few cassettes) # Go to a shop and purchase a PC - tell the store what you want to do and they will configure the PC for you (if you have a lot of cassettes) Look at the links I will place below
You can't record music on your digital answering machine because the song is to long and the machine doesn't have that much memory.
Analog in music production refers to using physical equipment like tape machines and analog synthesizers to create and manipulate sound. This method is valued for its warm, organic sound quality and the unique imperfections it can introduce to the music. Digital methods, on the other hand, involve using computers and software to produce and edit music, offering precision and flexibility but sometimes lacking the warmth and character of analog sound. Both analog and digital methods have their own strengths and are often used together in modern music production to achieve a desired sound.
That has been a slow process over the past 30 years. There is still analog recording occuring, but it is dying out.
A cassette Walkman is a handheld music player which you put a cassette in and headphones in the listen to music.
A digital music player plays music represented by a stream of zeroes and ones (for example, the "pits" and "bumps" on a CD or bits in a computer file). A non-digital (analog) music player plays music represented some other way, such as by a groove in a record or signals on a magnetic tape.
Of course. Copper can just as well carry music from your stereo to the speakers, or digital data from your laptop to the printer.
The CD was originally invented for audio music and used an analog recording method that is incompatible with the modern digital recording method that can be used for both audio and digital.
Sound can be both digital and analog. In analog sound, waveforms are continuously varying, while in digital sound, the waveforms are represented by discrete binary numbers. Most modern audio technologies, such as CDs and MP3s, use digital sound, while older mediums like vinyl records use analog sound.
An ADC, or analog to digital decoder, is used to "translate" analog signals into digital signals. An analog signal can take on any value, such as 0.1V, 0.5V, 4.12V, 5V and so on. A digital signal on the other hand can either be "high" or "low", 1 or 0. A computer can only work with digital signals, and therefore you need to convert an analog signal into a digital signal in order for the computer to be able to work with it. This is what you do when you record sounds or music. Sound is an analog signal and had to be converted with an ADC to a digital signal before it can be used in a compter or stored on a CD. A DAC, or digital to analog decoder is the oposite of the ADC. Here the digital signal is converted into an analog signal. This is what happens when you play music from a CD-plate. On a CD there are a number of holes, which each translates as a 0 or 1. These are read with a laser beam which is reflected back into a receiver whenever the laserbeam hits a hole. This then counts as a 1. When the disk is spinning it produces a stream of 1s and 0s, which togerther form a binary string, such as 00010111011101. The DAC then converts this value into a analogue signal, such as 1.1V, which is then used to power your speaker and produce audible sound.
Didn't you hear about the change to digital tv? Old analog tv's will not tune the new digital TV stations.