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small voltage which is unique to the sound it is taking in. the microphone then connects to studio equipment that amplifies this up to level that you can hear. and because the ribbon is a flat piece of metal, it can interpret vibrations from both sides. finally, of course, we want to hear a bit more of how the microphone sounds. we can hear it in use by sirjohn snagge, the bbc voice who made the first announcement of the d—day landings and who went on to become one of the first bbc television news readers. he specially recorded with the microphone for this demo tape. this speech is recorded from a bbc marconi velocity ribbon microphone type ax bt. i'll leave it for you, then, to make up your own mind on how that sounds. for a lack of time it was not possible... interference of course, radio continues to innovate and evolve. podcasts have taken the world
so thin that it flexes and wiggles when the noise vibrations in the air hit it, just like your eardrum. the flexing moves the ribbon through a magnetic field created by two magnets on either side. doing this generates a very small voltage which is unique to the sound it is taking in. the microphone then connects to studio equipment that amplifies this up to level that you can hear. and because the ribbon is a flat piece of metal, it can interpret vibrations from both sides. finally, of course, we want to hear a bit more of how the microphone sounds. we can hear it in use by sirjohn snagge, the bbc voice who made the first announcement of the d—day landings and who went on to become one of the first bbc television news readers. he specially recorded with the microphone for this demo tape. this speech is recorded from a bbc marconi velocity ribbon microphone type ax bt. i'll leave it for you, then,
the flexing moves the ribbon through a magnetic field created by two magnets on either side. doing this generates a very small voltage which is unique to the sound it is taking in. the microphone then connects to studio equipment that amplifies this up to level that you can hear. and because the ribbon is a flat piece of metal, it can interpret vibrations from both sides. finally, of course, we want to hear a bit more of how the microphone sounds. we can hear it in use by sirjohn snagge, the bbc voice who made the first announcement of the d—day landings and who went on to become one of the first bbc television news readers. he specially recorded with the microphone for this demo tape. this speech is recorded from a bbc marconi velocity ribbon microphone type ax bt. i'll leave it for you, then, to make up your own mind on how that sounds. for a lack of time it was not possible... interference.
just like your eardrum. the flexing moves the ribbon through a magnetic field created by two magnets on either side. doing this generates a very small voltage which is unique to the sound it is taking in. the microphone then connects to studio equipment that amplifies this up to level that you can hear. and because the ribbon is a flat piece of metal, it can interpret vibrations from both sides. finally, of course, we want to hear a bit more of how the microphone sounds. we can hear it in use by sirjohn snagge, the bbc voice who made the first announcement of the d—day landings and who went on to become one of the first bbc television news readers. he specially recorded with the microphone for this demo tape. this speech is recorded from a bbc marconi velocity ribbon microphone type ax bt. i'll leave it for you, then, to make up your own mind interference.
bbc television news readers. he specially recorded with the microphone for this demo tape. this speech is recorded from a bbc marconi velocity ribbon microphone type ax bt. i'll leave it for you, then, to make up your own mind on how that sounds. for a lack of time it was not possible... interference. of course, radio continues to innovate and evolve. podcasts have taken the world by storm, giving us the chance to listen to what we want, when we want. even this medium is adapting and changing. literally. the future of radio is really exciting because it means it is going to be adaptive. podcasts and programmes will change around people listening to them. the programme would understand some of your preferences, the device you're using, where you are, if you are moving on a journey, and it might change part of the programme to fit around those contexts.
created by two magnets on either side. doing this generates a very small voltage which is unique to the sound it is taking in. the microphone then connects to studio equipment that amplifies this up to level that you can hear. and because the ribbon is a flat piece of metal, it can interpret vibrations from both sides. finally, of course, we want to hear a bit more of how the microphone sounds. we can hear it in use by sirjohn snagge, the bbc voice who made the first announcement of the d—day landings and who went on to become one of the first bbc television news readers. he specially recorded with the microphone for this demo tape. this speech is recorded from a bbc marconi velocity ribbon microphone type ax bt. i'll leave it for you, then, to make up your own mind on how that sounds. for a lack of time it was not possible... interference. of course, radio continues
the microphone then connects to studio equipment that amplifies this up to a level that you can hear. and because the ribbon is a flat piece of metal, it can interpret vibrations from both sides. finally, of course, we want to hear a bit more of how the microphone sounds. well, we can hear it in use by sirjohn snagge, the bbc voice who made the first announcement of the d—day landings and who went on to become one of the first bbc television newsreaders. he specially recorded with the microphone for this demo tape. this speech is recorded from a bbc—marconi velocity ribbon microphone type ax bt. i'll leave it for you, then, to make up your own mind on how that sounds. for lack of time, it was not possible to get... interference. that was joe leates and, of course, radio continues to innovate and evolve. podcasts have taken the world by storm, giving us the chance to listen to what we
of how the microphone sounds. well, we can hear it in use by sirjohn snagge, the bbc voice who made the first announcement of the d—day landings and who went on to become one of the first bbc television news readers. he specially recorded with the microphone for this demo tape. this speech is recorded from a bbc marconi velocity ribbon microphone type ax bt. i'll leave it for you, then, to make up your own mind on how that sounds. for lack of time, it was not possible... interference. that was joe eates and, of course, radio continues to innovate and evolve. podcasts have taken the world by storm, giving us the chance to listen to what we want, when we want. and even this medium is adapting and changing. literally. so, the future of radio is really exciting because it means it's going to be adaptive, so podcasts and programmes will change around people
in use by sirjohn snagge, the bbc voice who made the first announcement of the d—day landings and who went on to become one of the first bbc television newsreaders. he specially recorded with the microphone for this demo tape. this speech is recorded from a bbc—marconi velocity ribbon microphone type ax bt. i'll leave it for you, then, to make up your own mind on how that sounds. for lack of time, it was not possible to get... interference. that was joe leates and, of course, radio continues to innovate and evolve. podcasts have taken the world by storm, giving us the chance to listen to what we want, when we want. and even this medium is adapting and changing, literally. so, the future of radio is really exciting because it means it's going to be adaptive, so podcasts and programmes will change around people listening to them. the programme would understand some of your preferences,
the microphone for this demo tape. this speech is recorded from a bbc marconi velocity ribbon microphone type ax bt. i'll leave it for you, then, to make up your own mind on how that sounds. for a lack of time it was not possible... interference. of course, radio continues to innovate and evolve. podcasts have taken the world by storm, giving us the chance to listen to what we want, when we want. even this medium is adapting and changing. literally. the future of radio is really exciting because it means it is going to be adaptive. podcasts and programmes will change around people listening to them. the programme would understand some of your preferences, the device you're using, where you are, if you are moving on a journey, and it might change part of the programme to fit around those contexts. if you are listening