Features: • Fully compliant with Ethernet II, IEEE 802.3 10BASE-5 and 10BASE-2, and ISO 8802/3 interface specifications• Functionally compatible with industry standard 8392 applications• Optimal implementation can use 1 Watt DC-DC converter and reduces external parts count•...
NE83Q93: Features: • Fully compliant with Ethernet II, IEEE 802.3 10BASE-5 and 10BASE-2, and ISO 8802/3 interface specifications• Functionally compatible with industry standard 8392 applications&...
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SYMBOL |
PARAMETER |
RATING |
UNIT |
VEE |
Supply voltage1 |
12 |
V |
VIN |
Voltage at any input1 |
0 to 12 |
V |
TSTG |
Storage temperature range |
65 to +150 |
°C |
TSOLD |
Lead soldering temperature (10sec.) |
+300 |
°C |
TJ |
Recommended max junction temperature2 |
+150 |
°C |
JA |
Thermal impedance (N and A packages) |
60 |
°C/W |
The NE83Q93 is a low power coaxial transceiver interface (CTI) for Ethernet (10base5) and Thin Ethernet (10base2) local area networks. The CTI is connected between the coaxial cable and the Data Terminal Equipment (DTE) and consists of a receiver, transmitter, receive-mode collision detector, heartbeat generator and jabber timer (see Block Diagram). The transmitter output connects directly to a doubly terminated 50W cable, while the receiver output, collision detector output and transmitter input of NE83Q93 are connected to the DTE through isolation transformers. Isolation between the CTI and the DTE is an IEEE 802.3 requirement that can be met on signal lines by using a set of pulse transformers. Power isolation for the CTI is achieved using DC-to-DC conversion through a power transformer (see Figure 1, Connection Diagram).
The NE83Q93 is functionally the same as the NE83Q92, but with additional features such as a transmit enable input, a carrier detect output and five status LED driver outputs.
The NE83Q93 is manufactured on an advanced BiCMOS process and is available in an SOL package making NE83Q93 ideally suited to lap-top personal computers or systems where low power consumption, limited board space and jumperless design is required. Refer to selection flow chart for optimal application.