With the full authorisation of National Semiconductor, Rochester Electronics has re-introduced the DS14C232J/B low power dual driver/receiver through its Extension-of-Life program. Featuring an onboard DC/DC converter, the DS14C232J/B eliminates the need for ±12V power supplies by requiring only a +5V power supply.

With the full authorisation of National Semiconductor, Rochester Electronics has re-introduced the RoHS-compliant LM4665 series, a fully integrated single-supply high efficiency switching audio amplifier. The LM4665 series features an innovative modulator that eliminates the LC output filter used with typical switching amplifiers.

  With the full authorisation of Harris, Rochester Electronics has re-introduced the HA-2620/2625 bipolar operational amplifier series. The HA-2620/2625 bipolar operational amplifiers, originally manufactured by Intersil, feature high input impedance coupled with wideband AC performance.

  The 80960MC 32-bit microprocessor was originally manufactured by Intel as an enhanced version of the i960 series and enjoyed great commercial success in a host of embedded applications.

Authorised by Harris/Intersil to continue manufacturing the CA3080 and CA3080A operational transconductance amplifier (OTA), Rochester’s Extension-of-Life program provides a continuous supply of the 2MHz amplifiers. The CA3080 and CA3080A amplifiers are Gatable-Gain Blocks that utilise the unique OTA concept.

Rochester Electronics is a fully-authorised continuing source for the Intel 8XC196 family of microcontrollers. The MQ87C196KD-16/B is a high-performance microcontroller with On-chip EPROM that delivers 16 and 20MHz operation. Originally introduced in 1982 as the Intel MCS-96 family, these devices are most commonly used in motor control, modem, printer and pattern recognition applications within embedded systems.

Rochester Electronics is a fully-authorised continuing source for the Intel 8XC196 family of microcontrollers, which was introduced in 1982 as the Intel MCS-96 Family, and is most commonly used in motor control, modem, printer and pattern recognition applications within embedded systems.

Providing customers with a continuing supply of end-of-life products discontinued by the company, Rochester Electronics has entered into a continuing solution agreement with NXP Semiconductors.

Rochester Electronics is officially licensed by Intel to continue manufacturing the 80C196KC 16-bit microcontroller. The powerful 80C196KC is a high performance member of the MCS 96 microcontroller family, which utilises the CHMOS III process that provides a high performance processor along with low power consumption.

As Altera’s authorized partner for EOL products, Rochester is licensed to manufacture the complex EP1810 erasable programmable logic devices (EPLDs). The EP1810 devices offer LSI density, TTL-equivalent speed, and low power consumption. EP1810 devices have 48 macrocells, 16 dedicated input pins, and 48 I/O pins.

Through its Extension-of-Life products and solutions, Rochester Electronics has expanded its continuing manufacturing and support services of obsolete and active MIL-STD-883 and MIL-PRF-38535 integrated circuits for military and aerospace applications. Additionally, Rochester has expanded its environmental test lab that replicates environmental conditions and elements experienced by these applications.

Authorised by Harris/Intersil to continue manufacturing the CA3078 and CA3078A high gain monolithic operational amplifiers, Rochester’s Extension-of-Life® program provides a continuous supply of the micropower amplifiers. The CA3078 and CA3078A devices deliver milliamperes of current while only consuming microwatts of standby power.

  As Altera’s authorized partner for EOL products, Rochester is the only company officially licensed to manufacture the entire family of Classic EPLD products. Rochester’s’ Extension-of-Life solutions bring the Classics like EP610, EP910 & EP1810 products back to life.

The 80960MC 32-bit microprocessor was originally manufactured by Intel as an enhanced version of the i960 series and enjoyed great commercial success in a host of embedded applications. With 512-byte instruction cache, a built-in interrupt controller, an integrated floating-point unit and a memory management unit, the 80960MC is a versatile and high-demand chip which Rochester is excited to support with full authorization from Intel.

As part of the AM7968/AM7969 TAXIchip Transmitter/Receiver set, the AM7968-125DC is available with a transmission rate of 125 MHz, in a 28-PiN Ceramic Dip package that has been screened to a Commercial temperature range of 0-70 degrees Celsius. These devices are available in several packaging options and different operating ranges. Check inventory now.

Rochester Electronics continues to expand its state-of-the-art, climate- controlled warehouse storage facilities to support the ever-increasing number of semiconductor end-of-life announcements and assist customers requiring Extension-of-Life solutions and Special Product Agreements. Rochester’s expanded environmentally-controlled facilities increase warehousing space from 170,000 square feet to nearly 250,000 square feet, including more th...

Authorized by Advanced Micro Devices as a continuing supplier, Rochester Electronics re-introduces the AM26LS30: Dual Differential RS-422 Party Line/Quad Single Ended RS-423 Line Driver. Originally introduced in the early 1990s, the 26LS30 is a line driver that uses Advanced Low Power Schottky processing, and is primarily used for digital data transmission.

The 26LS29 line driver was originally supplied by Advanced Micro Devices and is now available exclusively though AMD’s authorized partner for EOL devices; Rochester Electronics. The 26LS29 is a quad single ended line driver which has been designed for digital data transmission, features four buffered outputs with high source and sink current and offers output short circuit protection.

Rochester Electronics supports original equipment manufacturers (OEMs), and their customers, with product lifecycle management (PLM) services for critical semiconductor devices vital to equipment and machinery.  Through its PLM initiative, Rochester helps OEMs evaluate and select critical semiconductor devices for their design, ultimately enhancing product development by increasing design efficiency, accelerating time-to-market and ensuring ...

Rochester Electronics has continued to manufacture the 9513 time controlling chips from AMD since its End-Of-Life notification more than a decade ago. AMD’s 9513 time controlling chip is an LSI circuit designed for many types of counting, sequencing and timing applications across an array of industries.