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DDR4 Design Considerations - EEWeb

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<strong>EEWeb</strong> FEATURED PULSE PRODUCTS<br />

FEATURED INTERVIEW PRODUCTS<br />

Technology You Can Trust<br />

Avago Technologies Optocouplers<br />

A Superior Technology<br />

for High Voltage Protection!<br />

IEC 60747-5-5 Certifi ed<br />

Optocouplers are the only isolation devices that meet or exceed the IEC 60747-5-5<br />

International Safety Standard for insulation and isolation. Stringent evaluation tests show Avago’s<br />

optocouplers deliver outstanding performance on essential safety and deliver exceptional High Voltage protection<br />

for your equipment. Alternative isolation technologies such as ADI’s magnetic or TI’s capacitive isolators do not deliver<br />

anywhere near the high voltage insulation protection or noise isolation capabilities that optocouplers deliver.<br />

For more details on this subject, read our white paper at: www.avagoresponsecenter.com/672<br />

VoLTE Capabilities for Smart Phones<br />

Renesas Mobile Corporation, announced the completion of the integration<br />

of the Voice over LTE (VoLTE) capabilities for Renesas Mobile’s<br />

communication processor and slim modem platforms for LTE smart<br />

phones. Ecrio’s FlexIMS based VoLTE Client Software is now integrated<br />

and optimised in the MP5232 and SP2532 multi-mode LTE platforms<br />

paving the way for the broad supply of VoLTE Services based on the 3GPP<br />

IP Multimedia Subsystem (IMS). Renesas Mobile will be demonstrating<br />

VoLTE capabilities on the MP5232 platform at Mobile World Congress<br />

2013 in Barcelona on both TD-LTE and FDD-LTE systems. For more<br />

information, please click here.<br />

Single and Dual Low-Power CMOS Amplifiers<br />

The LMV601/LMV602/LMV604 are single, dual, and quad low voltage, low<br />

power Operational Amplifiers. They are designed specifically for low voltage<br />

general purpose applications. Other important product characteristics are<br />

low input bias current, rail-to-rail output, and wide temperature range.<br />

The LMV601/LMV602/LMV604 have 29nV Voltage Noise at 10KHz, 1MHz<br />

GBW, 1.0V/μs Slew Rate, 0.25mV Vos. The LMV601/2/4 operates from a<br />

single supply voltage as low as 2.7V, while drawing 100uA (typ) quiescent<br />

current. In shutdown mode the current can be reduced to 45pA. The<br />

industrial-plus temperature range of −40°C to 125°C allows the LMV601/<br />

LMV602/LMV604 to accommodate a broad range of extended environment<br />

applications. For more information, click here.<br />

DAB Receiver Enables SDR<br />

Maxim Integrated Products, Inc. (NASDAQ: MXIM) today announced<br />

the MAX2173 RF to Bits® tuner for digital audio broadcast (DAB)<br />

applications in automobiles and other mobile DAB/FM products. The<br />

industry’s first RF to Bits DAB/FM tuner integrates a radio tuner, analogto-digital<br />

converter (ADC), and digital filtering, and uses a digital I2S<br />

output to interface directly to digital signal processors (DSPs). RF to Bits<br />

radios will enable system designers to implement baseband processing<br />

using off-the-shelf DSPs. This level of integration eliminates numerous<br />

external components associated with traditional RF tuners to reduce<br />

cost, BOM count, and space. For more information, please click here.<br />

High Density Thyristor Module Platform<br />

IXYS Corporation announced a new bipolar module platform for high<br />

power applications. The new ComPack family represents a compact<br />

package with the highest power density. The ComPack design is<br />

resulting from the implementation of the newest assembly methods in<br />

combination with the proprietary ‘power metallization chip’ technologies<br />

of IXYS. Advancement in the module design as well as the silicon die<br />

technology leads to a userfriendly product that fulfills the highest needs<br />

in reliability and functionality. The modules have a rated current of<br />

600 Amperes per leg, improved surge rating and a maximum junction<br />

temperature of 140 Deg C. For more information, please click here.<br />

10 <strong>EEWeb</strong> | Electrical Engineering Community<br />

Visit www.eeweb.com<br />

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