Shahin Sadeghi, director of marketing and applications, Microsemi, said : "Microsemi's high-performance line drivers
, along with the STreamPlug SoC, provide a world-class IoT total solution, enabling faster development of innovative power management systems.
About the Le87501 Line Driver
The Le87501 is a single channel line driver
designed to work in HomePlug Alliance HPAV2 systems.
The TLD4012 is an ADSL line driver
that provides the industry's lowest power consumption, low distortion as well as high through-put in a very small package due to Tripath's proprietary Digital Power Processing (DPP(R)) Technology.
The single-chip AFE and line driver
is packaged in a 48-pin exposed thin quad flat pack (ETQFP), and the digital portion of the solution including digital signal processing (DSP) and controller functionality is packaged in a 17mm x 17mm chip-array ball grid array (CABGA).
Three New Quad Differential Line Drivers
Assure Reliable Performance in Rugged Industrial Environments with Wide Voltage and Temperature Operating Ranges
Integrating Microsemi's highly reliable line drivers
with our new high performance extended band HomePlug AV2 single platform reference designs will allow our customers to quickly and cost-effectively capitalize on the rollout of next-generation PLC deployments," said John Gloekler, Broadcom's director of Marketing, Broadband Communications.
By ensuring the tracking supply is always at the highest level, the new line driver
eliminates clipped signals and distortion even when operating at the VDSL2 transmission frequencies of up to 17.
The DS90LV027AQ LVDS dual differential line driver
supports switching rates up to 600 Mbps (300 MHz), while the DS90LV028AQ LVDS dual differential line receiver and DS90LV049Q LVDS dual line driver
and receiver pair each support switching rates up to 400 Mbps (200 MHz).
These low power Schottky TTL line drivers
are designed to meet the requirements of EIA standards RS-422 and RS-423.
Key Features SN65MLVD128/129 * LVTTL receiver and eight line drivers
configured as an 8-port M-LVDS repeater (MLVD128) * Two LVTTL receivers and eight line drivers
configured as dual 4-port M-LVDS repeaters (MLVD129) * Low-voltage differential 30-ohm.
The chip combines a MIPS 32-bit RISC processor, a DSP-based digital transceiver, an ADSL analog front end (AFE) including line driver
and receiver, power management and hundreds of passive components onto a single piece of silicon.
The Power Efficient Line Driver
patent covers an improved amplifier topology, which may be used to reduce the distortion and power consumption of virtually any type of amplifier including class A, AB, C, D, E, F, G and H.