T1/E1 Framer Initialization an-Abstract: This application note highlights the initialization and programming of Dallas Semiconductor Framers. IntroductionThis application note shows how to initialize a...

DS2141A, DS2151 Alarm Set and-Abstract: Application Note 338 provides the criteria used to set and clear alarms using the Dallas Semiconductor/Maxim DS2141A T1 Controller and DS2151 Single Chip Transce...

DS21352/DS21552 versus DS2152-Abstract: This application note will help with the migration from a current design using the DS2152 single chip transceiver (SCT) to one using the DS21352 or DS21552 SCT. ...

DS21354/DS21554 vs. DS2154 Sin-Abstract: This application note provides a list of the differences between Dallas Semiconductor/Maxim Communications Products DS21354/DS21554 and DS2154 single chip trans...

DS2151, DS2153 Device Identifi-Abstract: Application Note 341 describes how to identify the device correctly by software. This application note provides the procedure that allows the software to identi...

T1/E1 and T3/E3 Transformer Se-Abstract: This application note lists vender transformers that meet the specifications required for use with Maxim Single-Chip Transceivers (SCTs) and Line Interface Unit...

Transparent Operation on T1, E-Abstract: The Dallas Semiconductor framers can operate in a transparent mode in both the receive and transmit directions. The transmitter will not insert framing, signali...

DS3112 Clock Rates and Frequen-Abstract: The DS3112 has six different transmit clock and six different receive clock types: transmit DS3, DS2, DS1, E3, E2, and E1 clocks and receive DS3, DS2, DS1, E3, ...

Maxim Telecommunications-Abstract: This FAQ discusses answers to general communication questions as well as Maxim device-specific questions. This set of FAQs is designed to address some of...

Conversion Between T1 and E1-Abstract: This application note describes how to convert T1 to E1 or vice versa using Dallas Semiconductor DS21X52 and DS21X54 single chip transceivers (SCTs) with the DS21...