Why is battery design so crucial to the future of technology?

In an age where everything is wireless, users crave a kind of battery that’s durable, portable, rechargeable, and absolutely sustainable with an extraordinary lifespan. Portable power is used in practically any electronic device we carry around each day. Before batteries are implemented into portable electronics, the batteries are carefully created and tested by power specialists and designers. As electrochemical gadgets, batteries store energy that takes the form of a chemical that is transformed into electrical energy. Because batteries are influenced by different environs and temperatures, it is important to realize these reactions when crafting an efficient design.

What battery is chosen for an electronic device depends on its application. Batteries range from lithium-ion rechargeable batteries to disposable lithium metal primary batteries. High current power sources are required for heavy duty power tools, as they need a battery made from a dense substance such as nickel cadmium. When batteries are first designed, the power performance is first analyzed and then applied to how this power source will interact with the user. Avago Technologies has an extensive selection for you to choose from when adding power sources to your electronics.

Avago Tech’s battery options have helped catalyze a revolution of smaller wireless products with enhanced overall battery life. Its RF component inventions have encouraged other advanced tech to come forth and be established in the industry. Avago products like CoolPAM power amplifiers, film bulk acoustic Resonator (FBAR) filters, and enhancement-mode pHEMT low-noise amplifiers have raised the bar for the development of batteries on the global level.

How Avago Tech designs its batteries to meet all technical specifications and stringent regulatory tests allows it to deliver optimal power solutions. Its manufacturing technologies include silicon, enhancement mode pseudomorophic high electron mobility transistor, gallium arsenide heterojunction bipolar transistor, pseudomorphic high electron mobility transistor, and film bulk acoustic resonator. Avago Tech’s product offerings consist of filters, duplexers, multiplexers, power amplifier modules, low noise amplifiers, front end modules, RFICs, Schottky and PIN diodes, Field Effect and bipolar transistors, and millimeter wave MMICs. Technology like Avago’s AT-32063 microcurrent transistors are excellent power devices for battery operations with an RF performance of 1-20mA. The AT-32063’s applications include cellular devices and RF applications.

Smart devices require support for difficult LTE frequency bands and must be able to coexist between various radio systems to eliminate any chance of interference. The FBAR filtering technology offered by Avago enables designers to rise above such technological challenges that are presented by providing low loss filtering with added steep rejection. The Microcap wafer-to-wafer bonding technology provides miniature and flexible packaging and true chip-scale WaferCap filters. Avago’s high-performance modules, like FBAR filters, are combined with EpHEMT LNAs that can support GPS and GLONASS programs. These systems broaden the use of the spectrum, extend the battery life, raise the data rate and network for smartphones, and meet the second-harmonic LTE requirements.

Battery designers need to focus on power capacity when producing cutting-edge systems. They realize that smartphone users don’t want to have to recharge their devices every few hours, so they implement power amplifiers that release energy. Avago’s CoolPAM technology heightens battery life by switching on limited amounts of the power amplifier modules only when necessary. These technologies are compatible with 3G and 4G formats while executing excellent power control.

Check out Avago Technologies’ w ebsite for more information. Click here to learn more about Avago’s power solutions and how you can fit these innovations into your tech endeavors.