Freescale Semiconductor Expands RF Power Transistor Portfolio for GSM EDGE Wireless Networks

RF Power LDMOS Transistors Deliver Ease-of-Integration Features and High Efficiency

BOSTON--(BUSINESS WIRE)--Freescale Semiconductor today expanded on its commitment to GSM EDGE wireless networks with the introduction of three high-performance RF power transistors based on laterally-diffused metal oxide semiconductor (LDMOS) technology. The devices incorporate enhancements that make them easy to integrate into amplifiers while delivering exceptional levels of performance.

“Freescale’s newest RF power transistors are designed to help GSM carriers worldwide increase average revenue per subscriber by improving the efficiency of base station transceivers.”

“As progress continues toward the delivery of third- and fourth-generation wireless services, GSM remains far and away the most widely deployed wireless technology,” said Gavin Woods, vice president and general manager of Freescale's RF Division. “Freescale’s newest RF power transistors are designed to help GSM carriers worldwide increase average revenue per subscriber by improving the efficiency of base station transceivers.”

MRFE6S9046N (920 to 960 MHz)

For GSM EDGE applications, the MRFE6S9046N operates from 920 to 960 MHz and delivers a 17.8 W average RF power output with 19 dB of gain, up to 42.5 percent efficiency and EVM of up to 2.1 percent RMS. It is housed in Freescale’s over-molded plastic package that combines precise mechanical tolerances and cost-effectiveness. The package is also surface-mountable making it compatible with automated pick-and-place manufacturing, and enhanced internal impedance matching enables manufacturers to more easily accommodate printed circuit board variations. The internal output matching enables a user-friendly terminal impedance at the fundamental frequency, but also includes second and third harmonic terminations for higher efficiency, in line with the theory of Class F amplifiers.

MRF8S9100H/HS (920 to 960 MHz) and MRF8S18120H/HS (1805 to 1880 MHz)

These 28 V devices are designed for Class AB and Class C operation in GSM and EDGE systems. In GSM EDGE service, the MRF8S9100H/HS delivers 45 W average power gain of 19.1 dB and efficiency of 44 percent at 940 MHz, and EVM of 2.0 percent RMS.

In GSM EDGE service, the MRF8S18120H/HS delivers 46 W average power gain of 18.2 dB, efficiency of 42 percent at 1840 MHz and EVM of 1.7 percent RMS. The MRF8S9100H/HS and MRF8S18120H/HS are housed in rugged air-cavity ceramic packages. The MRF8S9100H/HS can also be operated in the GSM 800 band, and the MRF8S18120H/HS supports operation in the GSM 1900 frequency band. All three devices are internally-matched to simplify circuit design, are RoHS compliant and contain internal ESD protection circuitry.

Pricing and availability

The MRFE6S9046N is in full production and samples are available. The MRF8S9100H/HS and the MRF8S18120H/HS are sampling now, with full production expected in July 2009. Reference test fixtures are also available with large-signal models expected in July 2009. For sampling and pricing information, please contact Freescale Semiconductor, a local Freescale sales office or an authorized distributor.

Visit Freescale’s booth #2018 at IMS MTT-S (www.ims2009.org) in Boston, June 7-12. For up-to-the-minute show updates, follow RFLeonard on Twitter: www.twitter.com/RFLeonard

About Freescale Semiconductor

Freescale Semiconductor is a global leader in the design and manufacture of embedded semiconductors for the automotive, consumer, industrial and networking markets. The privately held company is based in Austin, Texas, and has design, research and development, manufacturing or sales operations around the world. www.freescale.com.

Reader Inquiry Response:

Freescale Semiconductor

P.O. Box 17927

Denver, CO 80217 USA

Freescale and the Freescale logo are trademarks or registered trademarks of Freescale Semiconductor, Inc., Reg. U.S. Pat. & Tm Off. All other product or service names are the property of their respective owners. © Freescale Semiconductor, Inc. 2009