24-PIN SUFFIX F AMD Search Results

SIMM 80 jedec

Contextual Info: EDI7F331MV 1 MEG x 32 FLASH MODULE DESCRIPTION FIG. 1 The EDI7F331MV and EDI7F2331MV are organized as one and two banks of 1 Meg x 32 respectively. The modules are based on AMDs AM29LV008T - 1Meg x 8 Flash device in TSOP packages which are mounted on an FR4 substrate.

AM29F016

Abstract: EDI7F332MC
Contextual Info: White Electronic Designs EDI7F332MC 2Mx32 FLASH MODULE FEATURES „ „ 2Mx32 and 2x2Mx32 Densities „ Based on AMD - AM29F016 Flash Device „ Fast Read Access Time - 90ns „ Data Polling and Toggle Bit feature for detection of program or erase cycle completion

AM29LV017B

Abstract: EDI7F332MV
Contextual Info: White Electronic Designs EDI7F332MV 2Mx32 FLASH MODULE FEATURES „ Data Polling and Toggle Bit feature for detection of program or erase cycle completion „ Low Power Dissipation „ 2Mx32 and 2x2Mx32 Densities „ Based on AMD - AM29LV017B Flash Device „ Fast Read Access Time - 90ns

Contextual Info: EDI7F332MV 2 MEG x 32 FLASH MODULE FIG. 1 DESCRIPTION BLOCK DIAGRAMS The EDI7F332MV and EDI7F2332MV are organized as one and two banks of 2 Meg x 32 respectively. The modules are based on AMDs AM29LV017B- 2 Meg x 8 Flash device in TSOP packages which are mounted on an FR4 substrate.

Contextual Info: EDI7F332MC 2 MEG x 32 FLASH MODULE FIG. 1 DESCRIPTION BLOCK DIAGRAMS The EDI7F332MC and EDI7F2332MC are organized as one and two banks of 2 Meg x 32 respectively. The modules are based on AMDs AM29F016 - 2 Meg x 8 Flash device in TSOP packages which are mounted on an FR4 substrate.

SIMM 80 jedec

Contextual Info: EDI7F331MC 1 MEG x 32 FLASH MODULE FIG. 1 DESCRIPTION BLOCK DIAGRAMS The EDI7F331MC and EDI7F2331MC are organized as one and two banks of 1Meg x 32 respectively. The modules are based on AMDs AM29F080 - 1Meg x 8 Flash device in TSOP packages which are mounted on an FR4 substrate.

Contextual Info: EDI7F331MV 1 MEG x 32 FLASH MODULE DESCRIPTION FIG. 1 The EDI7F331MV and EDI7F2331MV are organized as one and two banks of 1 Meg x 32 respectively. The modules are based on AMDs AM29LV008T - 1Meg x 8 Flash device in TSOP packages which are mounted on an FR4 substrate.

AM29LV008T

Abstract: EDI7F2331MV EDI7F331MV
Contextual Info: ED17F331MV White Electronic 1Mx32 FLASH MODULE DESCRIPTION The EDI7F331MV and EDI7F2331MV are organized as one and two banks of 1Mx32 respectively. The modules are based on AMDs AM29LV008T - 1Mx8 Flash device in TSOP packages which are mounted on an FR4 substrate.

AM29F080

Abstract: EDI7F331MC
Contextual Info: ED17F331MC White Electronic 1Mx32 FLASH MODULE DESCRIPTION The EDI7F331MC and EDI7F2331MC are organized as one and two banks of 1Mx32 respectively. The modules are based on AMDs AM29F080 - 1Mx8 Flash device in TSOP packages which are mounted on an FR4 substrate.

EDI7F331MV

Abstract: AM29LV008T EDI7F2331MV
Contextual Info: EDI7F331MV 1Mx32 FLASH MODULE DESCRIPTION FIG. 1 The EDI7F331MV and EDI7F2331MV are organized as one and two banks of 1Mx32 respectively. The modules are based on AMDs AM29LV008T - 1Mx8 Flash device in TSOP packages which are mounted on an FR4 substrate. BLOCK DIAGRAMS

1.5528

Abstract: 1mx8 MARK J3 AM29F080 EDI7F331MC
Contextual Info: EDI7F331MC 1Mx32 FLASH MODULE DESCRIPTION FIG. 1 The EDI7F331MC and EDI7F2331MC are organized as one and two banks of 1Mx32 respectively. The modules are based on AMDs AM29F080 - 1Mx8 Flash device in TSOP packages which are mounted on an FR4 substrate. BLOCK DIAGRAMS

1mx8

Abstract: AM29LV008T EDI7F2331MV EDI7F331MV
Contextual Info: EDI7F331MV 1Mx32 FLASH MODULE DESCRIPTION FIG. 1 The EDI7F331MV and EDI7F2331MV are organized as one and two banks of 1Mx32 respectively. The modules are based on AMDs AM29LV008T - 1Mx8 Flash device in TSOP packages which are mounted on an FR4 substrate. BLOCK DIAGRAMS

AM29LV017B

Abstract: EDI7F332MV 15607
Contextual Info: EDI7F332MV 2Mx32 FLASH MODULE DESCRIPTION FIG. 1 The EDI7F332MV and EDI7F2332MV are organized as one and two banks of 2Mx32 respectively. The modules are based on AMDs AM29LV017B- 2Mx8 Flash device in TSOP packages which are mounted on an FR4 substrate. BLOCK DIAGRAMS

MARK J3

Abstract: AM29F016 EDI7F332MC amd AM29F016
Contextual Info: EDI7F332MC 2Mx32 FLASH MODULE DESCRIPTION FIG. 1 The EDI7F332MC and EDI7F2332MC are organized as one and two banks of 2Mx32 respectively. The modules are based on AMDs AM29F016 - 2Mx8 Flash device in TSOP packages which are mounted on an FR4 substrate. BLOCK DIAGRAMS

Contextual Info: CM 00 National Semiconductor 54F/74F821 10-Bit D-Type Flip-Flop General Description Features The ’F821 is a 10-bit D-type flip-flop with TRI-STATE true outputs arranged in a broadside pinout. The ’F821 is functionally and pin compatible with the AMD’s Am29821.

Contextual Info: National Semiconductor 54F/74F821 10-Bit D-Type Flip-Flop General Description Features The ’F821 is a 10-bit D-type flip-flop with TRI-STATE true outputs arranged in a broadside pinout. The ’F821 is functionally and pin compatible with the AMD's Am29821.

Contextual Info: 54F 74F821 10-Bit D-Type Flip-Flop General Description Features The ’F821 is a 10-bit D-type flip-flop with TRI-STATE true outputs arranged in a broadside pinout The ’F821 is functionally and pin compatible with the AMD’s Am29821 Y Commercial Y TRI-STATE Outputs

54F823FM

Abstract: 54F823LM 54F823SDM 74F823 74F823SC 74F823SPC J24F M24B N24C 754E
Contextual Info: 54F 74F823 9-Bit D-Type Flip-Flop General Description Features The ’F823 is a 9-bit buffered register It features Clock Enable and Clear which are ideal for parity bus interfacing in high performance microprogramming systems The ’F823 is functionally and pin compatible with AMD’s

Contextual Info: & December 1994 54F /74F 821 10-Bit D -Type Flip-Flop General Description Features The ’F821 is a 10-bit D-type flip-flop with TRI-STATE true outputs arranged in a broadside pinout. The ’F821 is func­ tionally and pin compatible with the AMD’s Am29821.

GX32

Contextual Info: ^EDI EDI7F33IMC m gx32 ELECTRONIC L 6iJ&W5. INC 1Megx32 Flash Module Block Diagrams The EDI7F33IMC and EDI7F2331MC are orga­ nized as m e and two banks of 1 meg x 32 respec­ tively, The modules are based on AMDs AM29F08Q EDI7F33IMGBNC -1 Megx 8 Flash devicein TSOP packages which are

74F821

Abstract: 54F821FM 54F821LM 54F821SDM 74F821SC 74F821SPC J24F M24B N24C
Contextual Info: 74F821 10-Bit D-Type Flip-Flop General Description Features The ’F821 is a 10-bit D-type flip-flop with 3-STATE true outputs arranged in a broadside pinout. The ’F821 is functionally and pin compatible with the AMD’s Am29821. n 3-STATE Outputs n Direct replacement for AMD’s Am29821

Contextual Info: EDI7F4331MV 4 x 1 MEG x 32 FLASH MODULE DESCRIPTION FIG. 1 The EDI7F4331MV is organized as four banks of 1 Meg x 32. The module is based on AMDs AM29LV008T - 1 Meg x 8 Flash device in TSOP packages which are mounted on an FR4 substrate. BLOCK DIAGRAM EDI7F4331MV-BNC: 4 x 1 MEG x 32 80 PIN SIMM

Contextual Info: EDI7F4331MC 4 x 1 MEG x 32 FLASH MODULE DESCRIPTION FIG. 1 The EDI7F4331MC is organized as four banks of 1 Meg x 32. The module is based on AMDs AM29F080 - 1 Meg x 8 Flash device in TSOP packages which are mounted on an FR4 substrate. BLOCK DIAGRAM EDI7F4331MC-BNC:4 x 1 MEG x 32 80 PIN SIMM

AM29F080

Abstract: EDI7F4331MC
Contextual Info: White Electronic Designs EDI7F4331MC 4x1Mx32 FLASH MODULE FEATURES n 4x1Mx32 n Based on AMD - AM29F080 Flash Device n Fast Read Access Time - 80ns n 5V Only Reprogramming n Sector Erase Architecture n n n n The module offers access times between 80 and 150ns