![Table 4: 6410N Input Signal and Gain](/images/new-backgrounds/15162/1516219x1.webp)
Your Audio Converters
Table 4 shows an example of the relation between the input signal, the selected gain and the THD + N.
Table 4: 6410N Input Signal and Gain
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| s | z |
| b | z V | pc[ 6 i z V TB c |
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| 1 |
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| +12 |
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| 1 |
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| +16 |
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| 1 |
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| +20 |
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| 0.7 |
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| +24 |
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E:C v | GECAi U |
| [ | U | Y |
Figure 4 and Table 5 define the GEC?h Analog to Digital Audio Converter:
Figure 4: 6420N Analog to Digital Audio Converter
Table 5: 6420N Analog to Digital Audio Converter Features
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| 1 | 12V DC |
| +12V DC connector for powering the unit |
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| 2 | DIGITAL | AES 75 BNC connector | Connect to the digital audio acceptor |
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| OUTPUTS |
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| 3 | AES / EBU Detachable | Connect to the digital audio acceptor |
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| Terminal Block Connector |
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| 4 |
| S/PDIF RCA Connector | Connect to the digital audio acceptor |
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| 5 |
| OPTICAL Toslink® Optical | Connect to the digital audio acceptor |
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| Connector |
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| 6 | ANALOG | LEFT and RIGHT | Connect to the analog audio source |
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| INPUTS | Detachable Terminal Block |
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| Connectors |
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| 7 | MODE SELECTOR Dipswitches | Set a dipswitch to ON to choose the appropriate |
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| sample rate frequency |
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| 8 | ON LED |
| Illuminates when receiving power |
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8 |
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| KRAMER: SIMPLE CREATIVE TECHNOLOGY |