The F1429 family is a series of differential input / single-ended output 1400MHz to 6000MHz high gain RF amplifiers.
 
The F1429 series is designed to operate with a single 5V  power supply using a nominal 70mA of ICC. When using a supply voltage of 5V, the F1429 variant provides 18dB typical gain with 4dB noise figure and +35dBm OIP3 at 3600MHz.
 

Features

  • RF range: 1400MHz to 6000MHz
    • F1429LB Variants: 1400MHz to 3200MHz
    • F1429MB Variants: 3000MHz to 4200MHz
    • F1429HB Variants: 4000MHz to 6000MHz
  • Gain = 18dB at 3600MHz
  • Noise figure = 4dB at 3600MHz
  • OIP3 = +35dBm at 3600MHz
  • Output P1dB = +18dBm at 3600MHz
  • ICC = 70mA at 5V
  • 2mA standby current
  • 50Ω single-ended output impedances
  • 100Ω differential input impedances

tuneProduct Options

Part Number Part Status Pkg. Type Lead Count (#) Frequency Range (MHz) Temp. Grade Carrier Type Buy Sample
F1429LBNELI
Package Info
PCB Symbol, Footprint, and 3D Model
Active VFQFPN 12 1400 - 3200 I Cut Tape
Availability

Buy / Quote
F1429MBNELI
Package Info
PCB Symbol, Footprint, and 3D Model
Active VFQFPN 12 3000 - 4200 I Cut Tape
Availability

Buy / Quote

descriptionDocumentation

Title language Type Format File Size Date
Datasheets & Errata
star F1429MB Datasheet – Datasheet PDF 1.98 MB
F1429LB Datasheet – Datasheet PDF 1.95 MB
User Guides & Manuals
RF Product Selection Guide – Guide PDF 1015 KB
Other
RF Amplifiers with Zero-Distortion Technology – Product Brief PDF 981 KB
info: For device-specific or order-specific documentation, submit a support request.

memoryBoards & Kits

Part Number Title Type Company
F1429EVB Evaluation Board for F1429 Differential Input, Single-ended Output High Gain RF Amplifier Evaluation Renesas

printNews & Additional Resources

Type Date
IDT Leads Growing AAS Market with Innovative Infrastructure Products for 4G and 5G Network Rollouts News Feb 28, 2019
Working to Achieve 5G Expectations Blog Post Dec 3, 2018
IDT Announces Broadband Differential Input RF Amplifier, Simplifying RF DAC and Integrated Transceiver-Based Designs News Dec 17, 2015