Family of Repeater/Retimer and Port Bypass Circuits for Fibre Channel

General Description The VSC7127 and VSC7129 contain six cascaded Port Bypass Circuits (PBCs), the FibreTimer™ configurable Repeater/Retimer (CRU) and a Signal Detect Unit (SDU). These parts are typically used in distributing Fibre Channel signals to an array of disk drives in an FC-AL loop as ill

Dual Speed 10-bit Serializer/Deserializer

General Description\nThe VSC7127 and VSC7129 contain six cascaded Port Bypass Circuits (PBCs), the FibreTimer™ configurable Repeater/Retimer (CRU) and a Signal Detect Unit (SDU). These parts are typically used in distributing Fibre Channel signals to an array of disk drives in an FC-AL loop as illus • ANSI X3T11 Fibre Channel Compliant\n• 1.0625Gb/s Operation\n• Features the FibreTimer™ Configurable Clock\n   Recovery Unit (CRU): Repeater, Retimer or Bypassed\n• Six Port Bypass Circuits (PBC)\n• Analog/Digital Signal Detect (SDU)\n• On-Chip Transmit Termination\n• 3.3V, 700mW Power Dissipation\;

Family of Repeater/Retimer and Port Bypass Circuits for Fibre Channel

General Description The VSC7127 and VSC7129 contain six cascaded Port Bypass Circuits (PBCs), the FibreTimer™ configurable Repeater/Retimer (CRU) and a Signal Detect Unit (SDU). These parts are typically used in distributing Fibre Channel signals to an array of disk drives in an FC-AL loop as ill

Family of Repeater/Retimer and Port Bypass Circuits for Fibre Channel

General Description The VSC7127 and VSC7129 contain six cascaded Port Bypass Circuits (PBCs), the FibreTimer™ configurable Repeater/Retimer (CRU) and a Signal Detect Unit (SDU). These parts are typically used in distributing Fibre Channel signals to an array of disk drives in an FC-AL loop as ill

Family of Repeater/Retimer and Port Bypass Circuits for Fibre Channel

General Description The VSC7127 and VSC7129 contain six cascaded Port Bypass Circuits (PBCs), the FibreTimer™ configurable Repeater/Retimer (CRU) and a Signal Detect Unit (SDU). These parts are typically used in distributing Fibre Channel signals to an array of disk drives in an FC-AL loop as ill

CMOS, 240 MHz 10-Bit High Speed Video DAC

GENERAL DESCRIPTION The ADV7127 (ADV®) is a high speed, digital-to-analog convertor on a single monolithic chip. It consists of a 10-bit, video D/A converter with on-board voltage reference, comple mentary outputs, a standard TTL input interface and high impedance analog output current sources.

Bipolar Linear Integrated Circuit

Description • The S71xx prevents the error of system from supply voltage below normal voltage level at the time the power on and instantaneous power off in systems. Features • Current Consumption is Low (ICCL=300 ㎂ Typ. ICCH =30 ㎂ Typ.) • Resetting Output Minimum Guarantee Voltage is Low (0.8V

Digital video encoder

GENERAL DESCRIPTION The SAA7126H; SAA7127H encodes digital CB-Y-CR video data to an NTSC or PAL CVBS or S-video signal. Simultaneously, RGB or bypassed but interpolated CB-Y-CRsignals are available via three additional Digital-to-Analog Converters (DACs). FEATURES • Monolithic CMO

Digital video encoder

GENERAL DESCRIPTION The SAA7126H; SAA7127H encodes digital CB-Y-CR video data to an NTSC or PAL CVBS or S-video signal. Simultaneously, RGB or bypassed but interpolated CB-Y-CRsignals are available via three additional Digital-to-Analog Converters (DACs). FEATURES • Monolithic CMO

Bipolar Linear Integrated Circuit

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