Fast Ethernet 10/100 Quad Transceivers

Fast Ethernet 10/100 Quad Transceivers The LXT974 and LXT975 are four-port PHY Fast Ethernet Transceivers which support IEEE 802.3 physical layer applications at both 10 Mbps and 100 Mbps. They provide all of the active circuitry to interface four 802.3 Media Independent Interface (MII) compliant

Fast Ethernet 10/100 Quad Transceivers

Fast Ethernet 10/100 Quad Transceivers The LXT974 and LXT975 are four-port PHY Fast Ethernet Transceivers which support IEEE 802.3 physical layer applications at both 10 Mbps and 100 Mbps. They provide all of the active circuitry to interface four 802.3 Media Independent Interface (MII) compliant

0.5 WATT CAPABILITY WITH PROPER HEAT SINKING

• 1N962B THRU 1N986B AVAILABLE IN JANHC AND JANKC PER MIL-PRF-19500/117 • ZENER DIODE CHIPS • 0.5 WATT CAPABILITY WITH PROPER HEAT SINKING • ALL JUNCTIONS COMPLETELY PROTECTED WITH SILICON DIOXIDE • COMPATIBLE WITH ALL WIRE BONDING AND DIE ATTACH TECHNIQUES, WITH THE EXCEPTION OF SOLDER REFLOW

ZENER DIODES

• 1N962BUR-1 thru 1N986BUR-1 AVAILABLE IN JAN,JANTX AND JANTXV PER MIL-PRF-19500/117 • ZENER DIODES • LEADLESS PACKAGE FOR SURFACE MOUNT • METALLURGICALLY BONDED

Single/Dual, 3V/5V Dual-Speed Comparators with Auto-Standby

General Description The MAX975/MAX977 single/dual comparators feature three different operating modes, and are optimized for +3V and +5V single-supply applications. The operating modes are as follows: high speed, high speed with auto-standby, and low power. Propagation delay is 28ns in high-spe

Integrated Circuit Operational Amplifier

Description: The NTE975 and NTE975SM are general purpose operational amplifiers built on a single chip. The resulting close match and tight thermal coupling gives low offsets and temperature drift as well as fast recovery from thermal transients. The unity–gain compensation specified makes t

Integrated Circuit Operational Amplifier

Description: The NTE975 and NTE975SM are general purpose operational amplifiers built on a single chip. The resulting close match and tight thermal coupling gives low offsets and temperature drift as well as fast recovery from thermal transients. The unity–gain compensation specified makes t