4-bit asynchronous bus arbiter

DESCRIPTION The 74F786 is an asynchronous 4–bit arbiter designed for high speed real–time applications. The priority of arbitration is determined on a first–come first–served basis. Separate bus grant (BGn) outputs are available to indicate which one of the request inputs is served by the arbit

文件：95.19 Kbytes 頁數(shù)：12 Pages

PHI

PHI

4-bit asynchronous bus arbiter

DESCRIPTION\nThe 74F786 is an asynchronous 4–bit arbiter designed for high speed real–time applications. The priority of arbitration is determined on a first–come first–served basis. Separate bus grant (BGn) outputs are available to indicate which one of the request inputs is served by the arbitrati ? Arbitrates between 4 asynchronous inputs\n? Separate grant output for each input\n? Common output enable\n? On board 4 input AND gate\n? Metastable–free outputs\n? Industrial temperature range available (–40°C to +85°C)?;

恩XP

4-bit asynchronous bus arbiter

DESCRIPTION The 74F786 is an asynchronous 4–bit arbiter designed for high speed real–time applications. The priority of arbitration is determined on a first–come first–served basis. Separate bus grant (BGn) outputs are available to indicate which one of the request inputs is served by the arbit

文件：95.19 Kbytes 頁數(shù)：12 Pages

PHI

PHI

4-bit asynchronous bus arbiter

DESCRIPTION The 74F786 is an asynchronous 4–bit arbiter designed for high speed real–time applications. The priority of arbitration is determined on a first–come first–served basis. Separate bus grant (BGn) outputs are available to indicate which one of the request inputs is served by the arbit

文件：95.19 Kbytes 頁數(shù)：12 Pages

PHI

PHI

4-bit asynchronous bus arbiter

DESCRIPTION The 74F786 is an asynchronous 4–bit arbiter designed for high speed real–time applications. The priority of arbitration is determined on a first–come first–served basis. Separate bus grant (BGn) outputs are available to indicate which one of the request inputs is served by the arbit

文件：95.19 Kbytes 頁數(shù)：12 Pages

PHI

PHI