BGA125N6E6327XTSA1 Infineon RF Amplifier Low Noise 22.2 dB, 6-Pin 1300MHz TSNP

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RS庫存編號:
228-6513
製造零件編號:
BGA125N6E6327XTSA1
製造商:
Infineon
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品牌

Infineon

Amplifier Type

Low Noise

Product Type

RF Amplifier

Technology

Infineon Patented Bipolar Technology

Mount Type

Surface

Gain

22.2dB

Minimum Supply Voltage

1.1V

Package Type

TSNP

Maximum Supply Voltage

2.8V

Pin Count

6

Noise Figure

0.8dB

Minimum Operating Temperature

-40°C

Third Order Intercept OIP3

14dBm

Maximum Operating Temperature

85°C

Length

1.1mm

Standards/Approvals

RoHS/WEEE

Height

0.375mm

Automotive Standard

No

Series

BGA125N6

Infineon BGA125N6 Series RF Amplifier, 22.2dB Gain, 0.8dB Noise Figure - BGA125N6E6327XTSA1


This RF amplifier is a Compact low-noise amplifying device designed for small-footprint surface-mount applications operating around 1300 MHz. It provides signal amplification with low noise contribution and supports low-voltage supply environments, making it appropriate for systems where board space and power headroom are constrained.

Features and Benefits:


• 22.2 dB gain improves weak signal levels for downstream processing
• 0.8 dB noise figure preserves signal-to-noise ratio in receivers
• 14 dBm OIP3 maintains linearity under moderate input drive
• 1.1-2.8 V supply range enables low-voltage system integration
• Infineon-patented bipolar topology delivers predictable RF behaviour
• Surface-mount TSNP package supports automated assembly

Applications


• Suitable for front-end amplification in 1300 MHz receiver chains
• Ideal for low-power wireless infrastructure modules
• Used with tuning networks in Compact RF modules
• Can be used for signal boost in test and measurement fixtures
• Applicable in battery-powered RF sensor nodes

What thermal limits should be considered during layout?


The device operates up to a maximum temperature of 85 °C, so thermal vias and adequate copper should be provided to manage dissipation.

What supply pinning flexibility exists for low-voltage designs?


It accepts supply voltages down to 1.1 V, allowing use with single-cell regulator rails common in portable systems.

How many package connections are available for PCB routing?


The component uses a 6-pin layout which permits separate RF, bias and ground routing for optimised performance.

What frequency performance can I expect for narrowband designs?


It is specified for operation at 1300 MHz, providing intended gain and noise characteristics at that frequency.

Are automotive standards applicable for use in vehicle systems?


It is not qualified to automotive standards and should not be assumed to meet vehicle-specific requirements.

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