6-Contact Memory Card IC 272-bit EEPROM with Advanced Security Mechanisms

DESCRIPTION The members of the ST1331/1333/1353 family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in

6-Contact Memory Card IC 272-bit EEPROM with Advanced Security Mechanisms

DESCRIPTION The members of the ST1331/1333/1353 family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in

6-Contact Memory Card IC 272-bit EEPROM with Advanced Security Mechanisms

DESCRIPTION The members of the ST1331/1333/1353 family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in

6-Contact Memory Card IC 272-bit EEPROM with Advanced Security Mechanisms

DESCRIPTION The members of the ST1331/1333/1353 family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in

6-Contact Memory Card IC 272-bit EEPROM with Advanced Security Mechanisms

DESCRIPTION The members of the ST1331/1333/1353 family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in

6-Contact Memory Card IC 272-bit EEPROM with Advanced Security Mechanisms

DESCRIPTION The members of the ST1331/1333/1353 family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in

6-Contact Memory Card IC 272-bit EEPROM with Advanced Security Mechanisms

DESCRIPTION The members of the ST1331/1333/1353 family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in

5-Contact Memory Card IC 272-bit EEPROM with Advanced Security Mechanisms

DESCRIPTION The members of the ST1335/1336/1355 family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in

5-Contact Memory Card IC 272-bit EEPROM with Advanced Security Mechanisms

DESCRIPTION The members of the ST1335/1336/1355 family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in

5-Contact Memory Card IC 272-bit EEPROM with Advanced Security Mechanisms

DESCRIPTION The members of the ST1335/1336/1355 family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in

5-Contact Memory Card IC 272-bit EEPROM with Advanced Security Mechanisms

DESCRIPTION The members of the ST1335/1336/1355 family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in

5-Contact Memory Card IC 272-bit EEPROM with Advanced Security Mechanisms

DESCRIPTION The members of the ST1335/1336/1355 family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in

5-Contact Memory Card IC 272-bit EEPROM with Advanced Security Mechanisms

DESCRIPTION The members of the ST1335/1336/1355 family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in

5-Contact Memory Card IC 272-bit EEPROM with Advanced Security Mechanisms

DESCRIPTION The members of the ST1335/1336/1355 family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in

5-Contact Memory Card IC 272-bit EEPROM with Advanced Security Mechanisms

DESCRIPTION The members of the ST1335/1336/1355 family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in

5-Contact Memory Card IC 272-bit EEPROM with Advanced Security Mechanisms

DESCRIPTION The members of the ST1335/1336/1355 family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in

5-Contact Memory Card IC 272-bit EEPROM With Advanced Security Mechanisms and Inlock System

DESCRIPTION The members of the ST1335D/36D/55D family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in a

5-Contact Memory Card IC 272-bit EEPROM With Advanced Security Mechanisms and Inlock System

DESCRIPTION The members of the ST1335D/36D/55D family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in a

5-Contact Memory Card IC 272-bit EEPROM With Advanced Security Mechanisms and Inlock System

DESCRIPTION The members of the ST1335D/36D/55D family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in a

5-Contact Memory Card IC 272-bit EEPROM With Advanced Security Mechanisms and Inlock System

DESCRIPTION The members of the ST1335D/36D/55D family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in a

5-Contact Memory Card IC 272-bit EEPROM With Advanced Security Mechanisms and Inlock System

DESCRIPTION The members of the ST1335D/36D/55D family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in a

ALL DIMENSIONS IN MM [INCH]

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SMALL CHAINS AND FITTINGS

CHAINS Small Chains and Decorative Chains are used in a wide variety of industrial, commercial and domestic applications. Our range includes all the most popular chains – welded and unwelded – made either from solid brass or steel. A choice of electroplated finishes such as chrome, nickel, zinc

Wet Tantalum Capacitors Tantalum-Case with Glass-to-Tantalum Hermetic Seal For - 55 °C to 200 °C Operation

FEATURES • Axial through-hole terminations: Standard tin/lead (SnPb), 100 tin (RoHS compliant) available • Standard and extended ratings • Model 135D tantalum-case electrolytic capacitors incorporate the advantages of all the varieties of electrolytic capacitors and eliminate most of the

Wet Tantalum Capacitors Tantalum-Case with Glass-to-Tantalum Hermetic Seal for - 55 째C to 200 째C Operation

FEATURES • Axial through-hole terminations: Standard tin/lead (SnPb), 100 tin (RoHS compliant) available • Standard and extended ratings • Model 135D tantalum-case electrolytic capacitors incorporate the advantages of all the varieties of electrolytic capacitors and eliminate most of the

STRAIGHT MINIATURE POWER JACKS (continued)

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Temperature Sensors Line Guide

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