UPC2710TB-A Equivalent and Substitute Parts

Part Overview

The UPC2710TB-A is an RF Amplifier IC designed for cellular, DBS, and PCS applications operating in the 700MHz to 1GHz frequency band. This component is classified as Obsolete, necessitating the identification of compatible substitute components for ongoing design requirements and production continuity. The part is available in a 6-SO (SOT-363) surface mount package.

Substiute Parts

UPC2710TB-A

CELIn Stock: 829UPC2710TB-A Datasheet

Current PartRFQ

BGA2802,115

NXP SemiconductorsIn Stock: 13174BGA2802,115 Datasheet

SimilarRFQ

Key Parameters

Substitute Part Grouping Explanation

Substitute identification for the UPC2710TB-A is based on the following critical parameters:

• Package Compatibility: Both main and substitute parts must use 6-TSSOP/SOT-363 surface mount packaging to ensure PCB footprint compatibility without layout modifications.
• Frequency Coverage: The substitute must support operation within or encompassing the 700MHz to 1GHz cellular band.
• Electrical Performance: Key metrics including P1dB, gain, and noise figure determine functional suitability within the amplification chain.
• Supply Voltage Tolerance: Operating voltage requirements must be compatible with existing power distribution infrastructure.

The BGA2802,115 (NXP Semiconductors) qualifies as a substitute based on matching package specifications (6-TSSOP, SOT-363) and broader frequency coverage (0Hz ~ 2.2GHz), which encompasses the required 700MHz to 1GHz operating band.

Parameter Comparison

Engineering Selection Recommendations

Continuity from Obsolete Part: The UPC2710TB-A, classified as Obsolete, requires migration to active alternatives. The BGA2802,115 is an Active product with production availability (13093 Pcs in stock), providing supply chain continuity.

Compliance Status: Both components are compliant with REACH regulations. The BGA2802,115 is unaffected by REACH restrictions, ensuring regulatory compliance for new designs.

Application Context: Selection of BGA2802,115 as a substitute maintains package-level compatibility and frequency band coverage. Design validation at the system level is necessary to confirm performance adequacy within specific gain, P1dB, and noise figure requirements.

Frequently Asked Questions (FAQ)

Q: Why is the UPC2710TB-A being replaced? A: The UPC2710TB-A is classified as Obsolete, meaning production has ceased. Finding equivalent or substitute components ensures continued availability for repair, refresh, and new production requirements.

Q: Can the BGA2802,115 be used as a direct drop-in replacement? A: Both parts use identical 6-TSSOP/SOT-363 surface mount packaging, enabling direct PCB placement without layout changes. However, the differing supply voltage range (3V ~ 3.6V versus 4.5V ~ 5.5V) requires verification of power supply compatibility in your specific application.

Q: What are the key performance differences? A: The BGA2802,115 offers higher frequency coverage (0Hz ~ 2.2GHz) but exhibits lower P1dB (3dBm versus 7.5dBm), indicating reduced output power capacity. Gain is comparable (31dB versus 30dB ~ 36.5dB range), and noise figure is marginally higher (5.1dB versus 3.5dB ~ 5dB).

Q: Are there packaging considerations for the substitution? A: Both parts are surface mount devices in 6-TSSOP/SOT-363 configuration. Moisture sensitivity level is 1 (Unlimited) for the UPC2710TB-A. Standard handling and storage protocols for surface mount components apply.

Q: Should I be concerned about the voltage difference? A: The supply voltage ranges differ significantly (3V ~ 3.6V for BGA2802,115 versus 4.5V ~ 5.5V for UPC2710TB-A). Your power distribution system must support the lower voltage range of the substitute. System-level electrical analysis is required before implementation.

Q: Is the BGA2802,115 suitable for cellular, DBS, and PCS applications? A: The BGA2802,115 is classified as General Purpose RF Amplifier with frequency coverage spanning cellular bands. Application-specific validation within your system design is necessary to confirm functional adequacy for your specific cellular, DBS, or PCS deployment.