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ML65245 - High Speed Octal Buffer Transceivers

General Description

The ML65245 and ML65L245 are non-inverting octal transceivers.

1.7ns, ML65L245 2ns) make them ideal for very high speed applications such as processor bus buffering and cache and main memo

Key Features

  • s Low propagation delay.
  • 1.7ns ML65245 2.0ns ML65L245 s Fast 8-bit TTL level transceiver with three-state capability on the output s TTL compatible input and output levels s Schottky diode clamps on all inputs to handle undershoot and overshoot s Onboard schottky diodes minimize noise s Reduced output swing of 0.
  • 4.1 volts s Ground bounce controlled outputs, typically less than 400mV s Industry standard FCT245 type pinout s.

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Datasheet Details

Part number ML65245
Manufacturer Micro Linear
File Size 219.80 KB
Description High Speed Octal Buffer Transceivers
Datasheet download datasheet ML65245 Datasheet

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Full PDF Text Transcription (Reference)

The following content is an automatically extracted verbatim text from the original manufacturer datasheet and is provided for reference purposes only.

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August 1996 ML65245**/ML65L245* High Speed Octal Buffer Transceivers GENERAL DESCRIPTION The ML65245 and ML65L245 are non-inverting octal transceivers. The high operating frequency (50MHz driving a 50pF load) and low propagation delay (ML65245 – 1.7ns, ML65L245 – 2ns) make them ideal for very high speed applications such as processor bus buffering and cache and main memory control. These transceivers use a unique analog implementation to eliminate the delays inherent in traditional digital designs. Schottky clamps reduce under and overshoot, and special output driver circuits limit ground bounce. The ML65245 and ML65L245 conform to the pinout and functionality of the industry standard FCT245 and are intended for applications where propagation delay is critical to the system design.