PJ F6AA1G732M4UA-J

Home | Parts | Filters | PJ F6AA1G732M4UA-J

Product Overview

MPN

PJ F6AA1G732M4UA-J

MFG

Category

Description

FILTER, BANDPASS TX 1710-1755MHZ IL

This 1710–1755 MHz bandpass filter is optimized for cellular transmit paths in mobile handsets and base station equipment operating within the GSM-900 or legacy 1.8 GHz bands. Adjacent-channel suppression and insertion loss characteristics make it suitable for regulatory compliance and interference mitigation in wireless transceivers.

PJ F6AA1G732M4UA-J Filters - NetSource Technology
Image for Reference

The image shown is for reference only. Actual product specifications and appearance may vary. Please refer to the product datasheet for exact details.

Technical Resources

RoHS Status:

A green badge indicating an electronic component is RoHS Certified
A green badge indicating an electronic component is RoHS Certified

Datasheet:

Inventory & Availability

MPN

PJ F6AA1G732M4UA-J

In Stock Quantity
4,982
Price per Unit
Requires Quote
Lead Time
In Stock
Ships From
San Clemente, CA
Country of Origin
JAPAN
1508
REQUEST A QUOTE

A minimum order of $250.00 is required unless prior approval is granted.

Similar Components

Trending Parts
Connectors HDR-171708-01 SAMTEC
288 in stock
Cable Assemblies 99-70D-18K1-32S1-00150 CABLECONN
486 in stock
Inductors LQP02FM27NH02L MURATA
119,869 in stock
FPGA XC7A200T-2FBG484C XILINX
120 in stock
Integrated Circuits (I/C's) MAX8654ETX+T MAXIM
2,500 in stock
Attenuators BW-E20-1W653+ MINI-CIRCUITS
68 in stock
Connectors RF23C-24SJ-24SJ-0305 SAMTEC
890 in stock
Memory TH50VSF1461ACXB TOSHIBA
20,442 in stock
Related Parts
Category Manufacturer
we’re here to support you

Not Seeing the Right Part?

Even if the part isn’t listed in stock, our global sourcing team can still quote it. Use the RFQ form below, search our Parts Catalog, or reach out directly — we’re ready to help!

CONTACT US REQUEST A QUOTE SEARCH PARTS CATALOG
Microchip on a circuit board representing global sourcing of electronic components from NetSource Technology