Motorola MC100LVEL91/MC100EL91 Triple PECL to ECL Translator Datasheet

The MC100LVEL/EL91 is a triple PECL to ECL translator. It receives low voltage PECL signals and translates them to differential ECL output signals. The MC100EL91 receives standard voltage PECL signals and translates them to differential ECL output signals. Supports low voltage operation with 620ps typical propagation delays. Supports standard voltage operation with 670ps typical propagation delays. Fully differential design. 20-lead SOIC packaging.


Motorola MC100LVEL91/MC100EL91 Triple PECL to ECL Translator Datasheet - cover page
Brand
Motorola
Category
Other Electronics
Document type
Datasheet
Language
English
Pages
5
File format
PDF
File size
61 KB
Published
10 July, 2012
Updated
28 September, 2023
MD5 checksum
080BC6EA0FE6CB2487A20293DEE1E810

About this manual

This document is a technical datasheet for the Motorola MC100LVEL91 and MC100EL91 integrated circuits. These devices function as triple PECL to ECL translators, converting low voltage or standard voltage PECL signals into differential ECL output signals. The MC100LVEL91 supports low-voltage operation with a typical propagation delay of 620ps, while the MC100EL91 supports standard voltage operation with a typical delay of 670ps.

What's inside

  • Triple PECL to ECL Translator
  • LVPECL Input DC Characteristics
  • PECL Input DC Characteristics
  • ECL/LVECL Output DC Characteristics
  • AC Characteristics (MC100LVEL91)
  • AC Characteristics (MC100EL91)
  • Outline Dimensions

Specifications

Package Type20-lead SOIC Wide Package
Typical Propagation Delay (MC100LVEL91)620ps
Typical Propagation Delay (MC100EL91)670ps

Frequently asked questions

What is the function of the Vp output pin?

The Vp output acts as the switching reference for the device under single-ended input switching conditions.

How much current can the Vp output source or sink?

The Vp output can only source or sink up to 0.5mA of current.

What capacitance is required to bypass the VBp output?

The VBp output should be bypassed to ground via a 0.01uF capacitor.

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