41 results for "Dial" - Most at least downloaded
Answering machine beep
Telephone beep of an answering machine. This is a sound wave of 825 Hz sinusoidal frequency. This sound is easy to loop. UCS Category: COMTelph. Duration: 00:01.
Crackling radio 1
Crackling by radio. When switching from one radio channel to another. UCS Category: COMRadio. Duration: 00:04.
Tone, ringback tone 1
Telephone tone when the phone rings in Europe. This is a sound wave frequency of 440 Hz sinusoidal. This sound is easy to loop. UCS Category: COMTelph. Duration: 00:40.
Dial tone, call ends
Three beeps emitted by a telephone when the caller hung up. UCS Category: COMTelph. Duration: 00:01.
Crackling radio 2
Crackling by radio. When switching from one radio channel to another. UCS Category: COMRadio. Duration: 00:03.
French dial tone : Call
The tone of a telephone when calling my own mobile number. This is called Dual Tone Multi Frequency (DTMF) dialing. UCS Category: COMTelph. Duration: 00:24.
Tone, ringback tone 3
Telephone tone when the phone rings, in the United States and Canada. These are two sound waves of frequencies 440 Hz and 480 Hz sinusoidal. This sound is easy to loop. UCS Category: COMTelph. Duration: 00:30.
Radio interference 1
Interference on a radio. Short passages on two radio channels. UCS Category: COMRadio. Duration: 00:08.
Tone, ringback tone 2
Telephone tone when the phone rings in Europe. This is a sound wave frequency of 425 Hz sinusoidal. This sound is easy to loop. UCS Category: COMTelph. Duration: 00:40.
Radio interference 3
Interference between two wireless audio systems (HF). UCS Category: COMRadio. Duration: 00:08.
Rotary dial 2
Dialing my own cell phone number on an old Socotel S63 rotary dial phone. UCS Category: COMTelph. Duration: 00:18.
Tone, matching search 2
Telephone tone when searching a correspondent. This is a sound wave frequency of 440 Hz sinusoidal. This sound is easy to loop. UCS Category: COMTelph. Duration: 00:01.
Tone, ringback tone 4
Telephone tone when the phone rings, in the UK, Ireland, New Zealand and many other countries with historical ties to the Commonwealth. These are two sound waves of frequencies 400 Hz and 450 Hz sinusoidal. This sound is easy to loop. UCS Category: COMTelph. Duration: 00:30.
Tone, busy 1
Telephone tone when the line is busy, in France. This is a sound wave frequency of 440 Hz sinusoidal, slightly clipped. Half a second, every second. This sound is easy to loop. UCS Category: COMTelph. Duration: 00:10.
Tone, busy 2
Telephone tone when the line is busy, in France. This is a sound wave frequency of 440 Hz sinusoidal. Half a second, every second. This sound is easy to loop. UCS Category: COMTelph. Duration: 00:10.
Radio interference 1
Interference between two wireless audio systems (HF). UCS Category: COMRadio. Duration: 00:06.
Rotary dial 1
Dialing my own cell phone number on an old Socotel S63 rotary dial phone. UCS Category: COMTelph. Duration: 00:19.
Speaking clock 1
French telephone speaking clock from 3699. Male voice. UCS Category: COMTelph. Duration: 00:55.
Tone, matching search 1
Telephone tone when searching a correspondent. This is a sound wave frequency of 440 Hz sinusoidal, slightly clipped. This sound is easy to loop. UCS Category: COMTelph. Duration: 00:01.
Radio interference 6
Interference between two wireless audio systems (HF). UCS Category: COMRadio. Duration: 00:01.
Radio interference 5
Interference between two wireless audio systems (HF). UCS Category: COMRadio. Duration: 00:01.
Radio interference 4
Interference between two wireless audio systems (HF). UCS Category: COMRadio. Duration: 00:03.
Radio interference 2
Interference between two wireless audio systems (HF). UCS Category: COMRadio. Duration: 00:01.
Speaking clock 2
French telephone speaking clock from 3699. Female voice. UCS Category: COMTelph. Duration: 00:55.
Dial phone 3
Old rotary telephone. Pick up, then dial my own cell phone number. It is possible to compare the duration to find my number. Text me if you find out. Don't forget to add the France code if applicable. UCS Category: COMTelph. Duration: 00:24.
Key # in DTMF
The audible signal when the # key on a telephone is pressed, in "DTMF".
DTMF stands for "Dual-Tone Multi-Frequency." It is a technology used for tone dialing. Each key on a telephone keypad emits a unique combination of two sound frequencies (one low and one high), allowing the telephone system to easily detect which key has been pressed. UCS Category: COMTelph. Duration: 00:01.
Key * in DTMF
The audible signal when the * key on a telephone is pressed, in "DTMF".
DTMF stands for "Dual-Tone Multi-Frequency." It is a technology used for tone dialing. Each key on a telephone keypad emits a unique combination of two sound frequencies (one low and one high), allowing the telephone system to easily detect which key has been pressed. UCS Category: COMTelph. Duration: 00:01.
Key 0 in DTMF
The audible signal when the 0 key on a telephone is pressed, in "DTMF".
DTMF stands for "Dual-Tone Multi-Frequency." It is a technology used for tone dialing. Each key on a telephone keypad emits a unique combination of two sound frequencies (one low and one high), allowing the telephone system to easily detect which key has been pressed. UCS Category: COMTelph. Duration: 00:01.
Key 9 in DTMF
The audible signal when the 9 key on a telephone is pressed, in "DTMF".
DTMF stands for "Dual-Tone Multi-Frequency." It is a technology used for tone dialing. Each key on a telephone keypad emits a unique combination of two sound frequencies (one low and one high), allowing the telephone system to easily detect which key has been pressed. UCS Category: COMTelph. Duration: 00:01.
Key 8 in DTMF
The audible signal when the 8 key on a telephone is pressed, in "DTMF".
DTMF stands for "Dual-Tone Multi-Frequency." It is a technology used for tone dialing. Each key on a telephone keypad emits a unique combination of two sound frequencies (one low and one high), allowing the telephone system to easily detect which key has been pressed. UCS Category: COMTelph. Duration: 00:01.
Key 7 in DTMF
The audible signal when the 7 key on a telephone is pressed, in "DTMF".
DTMF stands for "Dual-Tone Multi-Frequency." It is a technology used for tone dialing. Each key on a telephone keypad emits a unique combination of two sound frequencies (one low and one high), allowing the telephone system to easily detect which key has been pressed. UCS Category: COMTelph. Duration: 00:01.
Key 6 in DTMF
The audible signal when the 6 key on a telephone is pressed, in "DTMF".
DTMF stands for "Dual-Tone Multi-Frequency." It is a technology used for tone dialing. Each key on a telephone keypad emits a unique combination of two sound frequencies (one low and one high), allowing the telephone system to easily detect which key has been pressed. UCS Category: COMTelph. Duration: 00:01.
Key 5 in DTMF
The audible signal when the 5 key on a telephone is pressed, in "DTMF".
DTMF stands for "Dual-Tone Multi-Frequency." It is a technology used for tone dialing. Each key on a telephone keypad emits a unique combination of two sound frequencies (one low and one high), allowing the telephone system to easily detect which key has been pressed. UCS Category: COMTelph. Duration: 00:01.
Key 4 in DTMF
The audible signal when the 4 key on a telephone is pressed, in "DTMF".
DTMF stands for "Dual-Tone Multi-Frequency." It is a technology used for tone dialing. Each key on a telephone keypad emits a unique combination of two sound frequencies (one low and one high), allowing the telephone system to easily detect which key has been pressed. UCS Category: COMTelph. Duration: 00:01.
Key 3 in DTMF
The audible signal when the 3 key on a telephone is pressed, in "DTMF".
DTMF stands for "Dual-Tone Multi-Frequency." It is a technology used for tone dialing. Each key on a telephone keypad emits a unique combination of two sound frequencies (one low and one high), allowing the telephone system to easily detect which key has been pressed. UCS Category: COMTelph. Duration: 00:01.
Key 2 in DTMF
The audible signal when the 2 key on a telephone is pressed, in "DTMF".
DTMF stands for "Dual-Tone Multi-Frequency." It is a technology used for tone dialing. Each key on a telephone keypad emits a unique combination of two sound frequencies (one low and one high), allowing the telephone system to easily detect which key has been pressed. UCS Category: COMTelph. Duration: 00:01.
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