| No. |
Part Name |
Description |
Manufacturer |
| 31 |
GP2015 |
GPS Receiver RF Front End |
Mitel Semiconductor |
| 32 |
GP2015 |
Miniature GPS Receiver RF Front End |
Zarlink Semiconductor |
| 33 |
GP2015IGFP1R |
6-5V; GPS receiver RF front end. For C/A code global positioning by satellite receivers, time standards, navigation, surveying |
Mitel Semiconductor |
| 34 |
IFC-0603 |
High Q/SRF Film Inductor |
Vishay |
| 35 |
IFC-0805 |
High Q/SRF Film Inductor |
Vishay |
| 36 |
ITM1010 |
CDMA Cellular/CDMA450 Receiver RF Front-end IC |
etc |
| 37 |
ITM1010EV |
CDMA Cellular/CDMA450 Receiver RF Front-end IC |
etc |
| 38 |
ITM1010EV45 |
CDMA Cellular/CDMA450 Receiver RF Front-end IC |
etc |
| 39 |
ITM1010TR |
CDMA Cellular/CDMA450 Receiver RF Front-end IC |
etc |
| 40 |
ITM2520 |
Cellular/GPS Image-Reject Receiver RF Front-end IC |
etc |
| 41 |
LM3263 |
High-Current Step-Down DC/DC Converter with MIPI® RF Front-End Interface for RF Power Amplifiers |
Texas Instruments |
| 42 |
LM3263TME/NOPB |
High-Current Step-Down DC/DC Converter with MIPI? RF Front-End Interface for RF Power Amplifiers 16-DSBGA -30 to 90 |
Texas Instruments |
| 43 |
LM3263TMX/NOPB |
High-Current Step-Down DC/DC Converter with MIPI? RF Front-End Interface for RF Power Amplifiers 16-DSBGA -30 to 90 |
Texas Instruments |
| 44 |
LMX2364 |
2.6 GHz Multimode RF Frequency Synthesizer with 850 MHz Integer-N IF Frequency Synthesizer |
National Semiconductor |
| 45 |
LMX2364EVAL |
2.6 GHz Fractional RF Frequency Synthesizer with 850 MHz Integer-N IF Frequency Synthesizer |
National Semiconductor |
| 46 |
LMX2364SLEX |
2.6 GHz Fractional RF Frequency Synthesizer with 850 MHz Integer-N IF Frequency Synthesizer |
National Semiconductor |
| 47 |
LMX2364TM |
2.6 GHz Fractional RF Frequency Synthesizer with 850 MHz Integer-N IF Frequency Synthesizer |
National Semiconductor |
| 48 |
LMX2364TMX |
2.6 GHz Fractional RF Frequency Synthesizer with 850 MHz Integer-N IF Frequency Synthesizer |
National Semiconductor |
| 49 |
MB15G000 |
ASTRO-NT (for RF front-end LSI-Based on PLL, Analog Macro) |
Fujitsu Microelectronics |
| 50 |
MB15G000 SERIES |
ASTRO-NT (for RF front-end LSI-Based on PLL, Analog Macro) |
Fujitsu Microelectronics |
| 51 |
MRF150 |
Application Note - Get 600 Watts RF from four power FETs |
Motorola |
| 52 |
SA1920 |
Dual-band RF front-end |
Philips |
| 53 |
SA1920BE |
Dual-band RF front-end |
Philips |
| 54 |
SA1921 |
Satellite and cellular dual-band RF front-end |
Philips |
| 55 |
SA1921BE |
Satellite and cellular dual-band RF front-end |
Philips |
| 56 |
SA3600 |
Low voltage dual-band RF front-end |
Philips |
| 57 |
SA3601 |
Low voltage dual-band RF front-end |
Philips |
| 58 |
SA8027 |
2.5 GHz low voltage, low power RF fractional-N/IF integer frequency synthesizer |
Philips |
| 59 |
SA8027DH |
2.5 GHz low voltage, low power RF fractional-N/IF integer frequency synthesizer |
Philips |
| 60 |
SA8027W |
2.5 GHz low voltage, low power RF fractional-N/IF integer frequency synthesizer |
Philips |
| | | |
