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Surface mount test points from KOA make board testing simple and reliable, samples available from Anglia
KOA have introduced the RC series of surface mount test points, they allow customers to conveniently measure signals and voltages at various points on the PCB either during production or in the field.

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Ultralow power buck regulator achieves industry's highest power conversion efficiency to boost battery life for IoT applications

Analog Devices has introduced an ultralow power buck regulator that extends battery life in portable devices by achieving the industry's highest ultra-light-load power conversion efficiency.

With a 90 percent efficiency rating and consuming only 180-nA quiescent current, the ADP5301 buck regulator is designed to deliver maximum power for a longer period of time than previously achievable and is ideally suited for Internet of Things (IoT) applications, including wireless sensor networks and wearable devices such as fitness bands and smartwatches.

The new device is housed in a tiny WLCSP package that measures less than 3.1-mm2, which makes it suitable for small form factors.

ADP5301 Ultralow Power Buck Regulator Key Features:

  • 90 percent power conversion efficiency in ultralight load with 180-nA quiescent current boosts battery life
  • 6.5-V to 2.05-V input voltage range enables wide range of battery sources or architectures
  • Selectable, low-noise forced PWM mode with low output voltage ripple powers noise-sensitive analog load up to 500-mA output current capability
  • Integrated voltage supervisory function increases overall system reliability
Product
Sample Availability
Full Production
Special Feature
Packaging
ADP5301
Now
Now
VOUT OK Flag
9-ball WLCSP
ADP5300
Now
Now
VOUT OK Flag
10-lead LFCSP
ADP5302
Now
Now
VIN OK Flag
10-lead LFCSP
ADP5303
Now
Now
VIN OK Flag
9-ball WLCSP

 

Click here for more information or buy from Anglia-Live.

 

For more information, or details on the full range of Analog Devices products available from Anglia, please email info@anglia.com

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This news article was originally published in January 2016.

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19/10/17