EVAL BGA7H1N6

The  BGA7H1N6 is a front-end low noise amplifier (LNA) for LTE applications in the range from 2300 MHz to 2690 MHz. The LNA uses as low as 1 external component, and provides 12.5 dB gain and 0.9 dB noise figure at 1.8 V, 4.7 mA in the application. The BGA7H1N6 is based upon Infineon Technologies's Silicon Germanium technology. Please specify your frequency requirement when you order the board.

• Low noise figure in the application • Low current consumption: 4.7 mA • Operating frequencies: 2300 - 2690 MHz • Supply voltage: 1.5 V to 3.3 V • Digital on/off switch (1V logic high level) • RF output internally matched to 50 Ω • Only 1 external SMD component necessary • 2kV HBM ESD protection (including AI-pin) • Ultra small leadless and halogen-free TSNP-6-2 package (0.7 x 1.1mm2) with a very low height of 0.4mm

ParametricEVAL BGA7H1N6
Frequency2300-2690 MHz
Gain12.5dB
P-1dB (in)-4
I4.7mA
I-
Sales Product NameEVAL BGA7H1N6
OPNEVALBGA7H1N6TOBO1
Product Statuson request
Package Name--
Completely lead free
Halogen free
RoHS compliantyes
Packing Size1
Packing TypeCONTAINER
PCB Design Data
TitleSizeDateVersion
PCB Footprints & Symbols - UMTS LTE LNA - Mentor - v1.055 KB22 十月 201301_00
PCB Footprints & Symbols - UMTS LTE LNA - Eagle - v1.09 KB22 十月 201301_00
PCB Footprints & Symbols - UMTS LTE LNA - Cadence - v1.050 KB22 十月 201301_00
PCB Footprints & Symbols - UMTS LTE LNA - Altium - v1.0481 KB22 十月 201301_00
PCB Design Data
TitleSizeDateVersion
PCB Footprints & Symbols - UMTS LTE LNA - Mentor - v1.055 KB22 十月 201301_00
PCB Footprints & Symbols - UMTS LTE LNA - Eagle - v1.09 KB22 十月 201301_00
PCB Footprints & Symbols - UMTS LTE LNA - Cadence - v1.050 KB22 十月 201301_00
PCB Footprints & Symbols - UMTS LTE LNA - Altium - v1.0481 KB22 十月 201301_00
PCB Footprints & Symbols - UMTS LTE LNA - Mentor - v1.0 EVAL+BGA7M1N6
PCB Footprints & Symbols - UMTS LTE LNA - Eagle - v1.0 EVAL+BGA7M1N6
PCB Footprints & Symbols - UMTS LTE LNA - Cadence - v1.0 EVAL+BGA7M1N6
PCB Footprints & Symbols - UMTS LTE LNA - Altium - v1.0 EVAL+BGA7M1N6