NSVG1001MXTAG

Product Overview

NSVG1001MXTAG is a single-pole double-throw (SPDT) RF switch IC from onsemi, intended for controlled signal routing in wireless front-end, broadband RF, instrumentation and embedded radio designs. The device helps select, isolate or redirect RF paths between antennas, filters, LNAs, PAs, receiver inputs, transmitter outputs or test nodes under electronic control.

The available product data indicates single-pole double-throw (SPDT) operation with up to 8.5 GHz RF operation in a 6-PowerXFDFN package. In a practical RF design, engineers should review insertion loss, off-state isolation, return loss, RF power handling, switching speed, ESD rating and control-logic compatibility before approving NSVG1001MXTAG for production.

Key Features

• Manufacturer: onsemi
• Part Number: NSVG1001MXTAG
• Device Type: single-pole double-throw (SPDT) RF switch IC
• Switch Configuration: single-pole double-throw (SPDT)
• Frequency Range: up to 8.5 GHz
• System Impedance: 50 Ω RF signal-chain use is typical for this class of RF switch; confirm the exact impedance data in the datasheet
• Control / Actuation: Logic-controlled RF switch IC for electronic RF path selection
• RF Path Style: RF path style should be confirmed as reflective or absorptive from the datasheet for the exact suffix
• Package / Case: 6-PowerXFDFN
• PCB / Assembly Note: leadless SMT RF package requiring controlled-impedance layout and solid ground connection
• Product Description: single-pole double-throw (SPDT), for RF paths up to 8.5 GHz, in 6-PowerXFDFN for antenna selection, front-end routing, filter-bank switching or test-path control
• Design Notes: Validate insertion loss, isolation, return loss, linearity, RF power rating, switching time, ESD rating and control truth table from the official manufacturer datasheet before production approval

Applications

NSVG1001MXTAG can be used in RF front-end modules, antenna-switching circuits, receiver/transmitter path selection, filter-bank routing, RF test interfaces, wireless communication equipment and compact radio boards. It is especially relevant where a controlled RF path must replace a mechanical jumper, relay contact or larger discrete switching arrangement.

For BOM continuation, repair or redesign projects, buyers should compare the exact switch configuration, frequency range, package or connector format, RF port arrangement and control method with the existing circuit. Substitution should only be approved after confirming the datasheet parameters and board-level RF layout requirements.

Quality & Sourcing

Antrex Electronics can support NSVG1001MXTAG sourcing with stock availability checks, RFQ quotation, date code review, package confirmation and shipment arrangement. For RF switch purchasing, buyers can provide target quantity, acceptable date code, packaging preference, required frequency range, switch topology and inspection requirements for faster quotation support.

For quality control, Antrex Electronics can help arrange product photos, label review, visual inspection and third-party testing support when required. OEMs, EMS providers, RF module manufacturers, repair teams and electronic component buyers are welcome to send BOM lists or hard-to-find RF switch requests for sourcing assistance.