R-78S Series 0.1 A SIP4 Boost Switching Regulator

RECOM’s R-78S series is a revolutionary, first-of-its-kind 0.1 A boost switching regulator

Image of RECOM Power's R-78S Series Single Output DC/DC ConverterRECOM’s R-78S is a switching regulator designed to run from single cell batteries. The input voltage range of 0.65 V to 3.15 V means that alkaline, NiCd, NiMH, zinc-carbon, or lithium chemistry cells can be used to generate a stable 3.3 V output to power microprocessors, WLAN / Bluetooth modules, and IoT systems. The very high efficiency and low standby consumption can be used to extend battery lifetimes until the "last gasp" to get the maximum available energy out of the cell. The wide operating temperature of -40°C to +100°C, short-circuit protection, OTP, Class A EMC, and 3-year warranty round off this high-performance converter.

Features (Boost Converter) Applications
  • Efficiency 93%, >80% with 10% load
  • Input range down to 0.65 V
  • Continuous short-circuit protection
  • 7 µA input current in standby
  • -40°C to +100°C operation
  • EN62368-1 + AM2 (pending)
  • Energy harvesting
  • Sensors
  • “Hand-in-hand” IoT
  • Smart-home/smart-office

Efficiency vs. Input Voltage Efficiency vs. Load Output Current vs. Input Voltage
Image of RECOM Power's R-78S Series Single Output DC/DC Converter Image of RECOM Power's R-78S Series Single Output DC/DC Converter Image of RECOM Power's R-78S Series Single Output DC/DC Converter

R-78S Series Single Output Switching Regulator

ImageManufacturer Part NumberDescriptionAvailable QuantityView Details
R-78S3.3-0.1 datasheet linkDC DC CONVERTER 3.3VR-78S3.3-0.1DC DC CONVERTER 3.3V99 - Immediate
84 - Factory Stock
R-78S3.3-0.1 product page link
R-78S1.8-0.1 datasheet linkCONV DC/DC 0.1A 0.65-1.3VIN 1.8VR-78S1.8-0.1CONV DC/DC 0.1A 0.65-1.3VIN 1.8V83 - Immediate
126 - Factory Stock
R-78S1.8-0.1 product page link
R-78S3.6-0.1 datasheet linkCONV DC/DC 0.1A 0.65-3.3VIN 3.6VR-78S3.6-0.1CONV DC/DC 0.1A 0.65-3.3VIN 3.6V77 - Immediate
84 - Factory Stock
R-78S3.6-0.1 product page link
Published: 2017-02-14