Single Chip Fast Ethernet NIC Controller

General Description\nThe DM9102A is a fully integrated and cost-effective single chip Fast Ethernet NIC controller. It is designed with low power and high performance process. It is a 3.3V device with 5V tolerance. ! Integrated Fast Ethernet MAC, Physical Layer and transceiver in one chip.\n! 128pin QFP/128pin LQFP with CMOS process.\n! +3.3V Power supply with +5V tolerant I/O.\n! Complies with PCI specification 2.2.\n! PCI clock up to 40MHz.\n! PCI Bus master architecture.\n! PCI Bus burst mode data transfer.;

High-Voltage Switchmode Controllers with MOSFET

General Description The Supertex HV9100 through HV9103 are a series of BiCMOS/ DMOS single-output, pulse width modulator ICs intended for use in high-speed high-efficiency switchmode power supplies. They provide all the functions necessary to implement a single-switch current-mode PWM, in any top

H/V PROCESSOR FOR TTL V.D.U

DESCRIPTION The TDA9102C/T is a monolithic integrated circuit for horizontal and vertical sync processing in monochrome and color video displays driven by input TTL compatible signals. The TDA9102C/T is supplied in a 20 pin dual in line package with pin 11 connected to ground and used for heatsin

H/V PROCESSOR FOR TTL V.D.U

DESCRIPTION The TDA9102C/T is a monolithic integrated circuit for horizontal and vertical sync processing in monochrome and color video displays driven by input TTL compatible signals. The TDA9102C/T is supplied in a 20 pin dual in line package with pin 11 connected to ground and used for heatsin

H/V PROCESSOR FOR TTL V.D.U

DESCRIPTION The TDA9102F is a monolithic integrated circuit for horizontal and vertical sync processing in mono chrome and color video displays driven by input TTL compatible signals. The TDA9102F is supplied in a 20 pin dual in line package with pin 11 connected to ground and used for heats

.040 NPN Phototransistors

PRODUCT DESCRIPTION A medium area high sensitivity NPN silicon phototransistor in a recessed TO-106 ceramic package. The chip is protected with a lens of clear epoxy. The base connection is brought out allowing conventional transistor biasing. These devices are spectrally matched to any of Perkin