SMARTCARD INTERFACE ST8004 Search Results

ST8024C

Abstract: ST8024 st8024CDR ISO7816 R100K ST8004 ST8024CTR TSSOP28 ISO-7816 NDS
Contextual Info: ST8024 Smartcard interface Features • Designed to be compatible with the NDS conditional access system ■ IC card interface ■ 3 or 5 V supply for the IC VDD and GND ■ Three specifically protected half-duplex bidirectional buffered I/O lines to card contacts

ST8024C

Abstract: ISO7816 JESD97 ST8004 ST8024 ST8024CDR ST8024CTR TSSOP28
Contextual Info: ST8024 Smartcard interface General features • Designed to be compatible with the NDS conditional access system ■ IC card interface ■ 3 or 5V supply for the IC VDD and GND ■ Three specifically protected half-duplex bidirectional buffered I/O lines to card contacts

Contextual Info: ST8024 Smartcard interface Features • Designed to be compatible with the NDS conditional access system ■ IC card interface ■ 3 or 5 V supply for the IC VDD and GND ■ Three specifically protected half-duplex bidirectional buffered I/O lines to card contacts

Contextual Info: ST8024 Smartcard interface General features • Designed to be compatible with the NDS conditional access system ■ IC card interface ■ 3 or 5V supply for the IC VDD and GND ■ Three specifically protected half-duplex bidirectional buffered I/O lines to card contacts

ST8024CTR

Abstract: st8024
Contextual Info: ST8024 Smartcard interface General features • Designed to be compatible with the NDS conditional access system ■ IC card interface ■ 3 or 5V supply for the IC VDD and GND ■ Three specifically protected half-duplex bidirectional buffered I/O lines to card contacts

ISO7816

Abstract: JESD97 ST8004 ST8024 ST8024CDR ST8024CTR TSSOP28 smart card reader controller
Contextual Info: ST8024 Smartcard interface Features • Designed to be compatible with the NDS conditional access system ■ IC card interface ■ 3 or 5 V supply for the IC VDD and GND ■ Three specifically protected half-duplex bidirectional buffered I/O lines to card contacts

Contextual Info: ST8004 Smartcard interface General features • 3V or 5V supply for the IC ■ Step-up converter for VCC generation ■ 3 specific protected half duplex bi-directional buffered I/O lines ■ Automatic activation and deactivation sequences ■ Thermal and short-circuit protections on all

ST8024C

Abstract: SO28 package ST8024CD st8004 IC card interface ST8024 ISO7816 ST8004 ST8024CDR ST8024CTR TSSOP28
Contextual Info: ST8024 SMARTCARD INTERFACE PRODUCT PREVIEW • ■ ■ ■ ■ ■ ■ ■ ■ ■ IC CARD INTERFACE 3 OR 5 V SUPPLY FOR THE IC VDD AND GND THREE SPECIFICALLY PROTECTED HALF-DUPLEX BI-DIRECTIONAL BUFFERED I/O LINES TO CARD CONTACTS C4, C7 AND C8 DC/DC CONVERTER FOR VCC

Contextual Info: ST8024 SMARTCARD INTERFACE PRELIMINARY DATA • ■ ■ ■ ■ ■ ■ ■ ■ ■ IC CARD INTERFACE 3 OR 5 V SUPPLY FOR THE IC VDD AND GND THREE SPECIFICALLY PROTECTED HALF-DUPLEX BI-DIRECTIONAL BUFFERED I/O LINES TO CARD CONTACTS C4, C7 AND C8 DC/DC CONVERTER FOR VCC

ISO7816-3

Abstract: ST8004 JESD97 ST8004CDR SMARTCARD interface ST8004
Contextual Info: ST8004 Smartcard interface General features • 3V or 5V supply for the IC ■ Step-up converter for VCC generation ■ 3 specific protected half duplex bi-directional buffered I/O lines ■ Automatic activation and deactivation sequences ■ Thermal and short-circuit protections on all

ST8004

Abstract: st8004 IC card interface
Contextual Info: ST8004 SMARTCARD INTERFACE PRELIMINARY DATA • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ 3 OR 5 V SUPPLY FOR THE IC STEP-UP CONVERTER FOR VCC GENERATION 3 SPECIFIC PROTECTED HALF DUPLEX BI-DIRECTIONAL BUFFERED I/O LINES AUTOMATIC ACTIVATION AND DEACTIVATION SEQUENCES

Contextual Info: ST8024 SMARTCARD INTERFACE PRODUCT PREVIEW • ■ ■ ■ ■ ■ ■ ■ ■ ■ IC CARD INTERFACE 3 OR 5 V SUPPLY FOR THE IC VDD AND GND THREE SPECIFICALLY PROTECTED HALF-DUPLEX BI-DIRECTIONAL BUFFERED I/O LINES TO CARD CONTACTS C4, C7 AND C8 DC/DC CONVERTER FOR VCC

Contextual Info: ST8004 SMARTCARD INTERFACE PRELIMINARY DATA • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ 3 OR 5 V SUPPLY FOR THE IC STEP-UP CONVERTER FOR VCC GENERATION 3 SPECIFIC PROTECTED HALF DUPLEX BI-DIRECTIONAL BUFFERED I/O LINES AUTOMATIC ACTIVATION AND DEACTIVATION SEQUENCES

Contextual Info: ST8004 Smartcard interface General features • 3V or 5V supply for the IC ■ Step-up converter for VCC generation ■ 3 specific protected half duplex bi-directional buffered I/O lines ■ Automatic activation and deactivation sequences ■ Thermal and short-circuit protections on all

uA719

Abstract: SMARTCARD interface ST8004
Contextual Info: ST8004 SMARTCARD INTERFACE • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ 3 OR 5 V SUPPLY FOR THE IC STEP-UP CONVERTER FOR VCC GENERATION 3 SPECIFIC PROTECTED HALF DUPLEX BI-DIRECTIONAL BUFFERED I/O LINES AUTOMATIC ACTIVATION AND DEACTIVATION SEQUENCES THERMAL AND SHORT-CIRCUIT

ST8004

Abstract: SMARTCARD interface ST8004 ISO7816-3 ST8004CD ST8004CDR PF226 st8004 IC card interface
Contextual Info: ST8004 SMARTCARD INTERFACE • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ 3 OR 5 V SUPPLY FOR THE IC STEP-UP CONVERTER FOR VCC GENERATION 3 SPECIFIC PROTECTED HALF DUPLEX BI-DIRECTIONAL BUFFERED I/O LINES AUTOMATIC ACTIVATION AND DEACTIVATION SEQUENCES THERMAL AND SHORT-CIRCUIT

Contextual Info: ST8004 SMARTCARD INTERFACE • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ 3 OR 5 V SUPPLY FOR THE IC STEP-UP CONVERTER FOR VCC GENERATION 3 SPECIFIC PROTECTED HALF DUPLEX BI-DIRECTIONAL BUFFERED I/O LINES AUTOMATIC ACTIVATION AND DEACTIVATION SEQUENCES THERMAL AND SHORT-CIRCUIT

STI5519

Abstract: viper32 STI5518 sti5516 STI5518B STV0700 sti5519 DATASHEETS STI5528 STV0499 STI5517
Contextual Info: Leading the way in the set-top box world You decide the functionality… Multiple/interactive Interactive STB ST has developed complete scalable solutions targeted for low to high end set-top box requirements. With our silicon technology and your system knowledge we can easily deliver

viper32

Abstract: STx5100 STB0899 STI5528 STB6100 STI5518 DVB-S2 chipset stx7710 st40 st231 DVB-S2 hd 22
Contextual Info: Leading the way in the set-top box world And expanding future horizons June 2005 www.st.com/stb You decide the functionality… Interactive STB The digital consumer industry is evolving in several ways, including the migration from MPEG2 to other video and audio compression standards like

ST33F1M

Abstract: HDMI2C1-5DIJ lm833 in audio amplifier ISO 7816 I2C Serial-Interfaced 6-Digit LED controller with key ST23ZL48 DFN8 gemalto STMPE610 LGA 16L 4X4 ST23YL18
Contextual Info: Peripheral semiconductors for set-top box applications September 2009 www.st.com Contents Power management DC-DC conversion - step-down converters DC-DC conversion - step-up converters DC-DC conversion - multi-output regulators Single-phase switching DC-DC controllers and smart regulators

HDMI2C1-5DIJ

Abstract: VIPER27L VIPER53 QFN-4x4-24 STMPE821 VIPER22A L6668 LM833 LISY300AL viper27
Contextual Info: Peripheral semiconductors for set-top box applications September 2008 www.st.com Contents Power management DC-DC conversion - step-down DC-DC conversion - step-up DC-DC conversion - multi-output regulators Single-phase switching DC-DC controllers and smart regulators

PM8903

Abstract: ST33F1M LIS3DH LSM303DLH HDMI2C1-5DIJ STMPE24M31 STPS2L40A ST1S40 ST23ZL48 STEVAL-mki062v2
Contextual Info: Peripheral semiconductors for set-top box applications STMicroelectronics www.st.com Contents Power management DC-DC conversion - step-down converters DC-DC conversion - step-up converters DC-DC conversion - multi-output regulators Single-phase switching DC-DC controllers and smart regulators

TM 1628 driver display

Abstract: LD1117 equivalent ST2052 LNBP21 LNBH21 ST2042 diseqc 2.0 vfd controller ST8004 LD1117
Contextual Info: Audio drivers for headphone output Operating temp ºC Part number TS482 TS486 TS487 Supply voltage Vcc V Package -40 to 85 -40 to 85 -40 to 85 Voltage regulators SO8 - Mini SO8 - DFN8 SO8 - Mini SO8 - DFN8 SO8 - Mini SO8 - DFN8 Input channels 2 to 5.5 2 to 5.5

uln 2007

Abstract: CAMERA SMIA 85 ULN 232 ULx2003 SMIA 85 ST8004 STOTG04E SO16L uln2064 RS-423
Contextual Info: Interface ICs Selection guide August 2007 www.st.com/interface Interface standards Interface ICs are a collection of standard functional blocks that provide a means to connect logic level signals to the various voltages and current requirements of transmission lines and buses. With this in mind a variety of Recommended