The Professional's Source 800.606.6969 / 212.444.6615
The B&H SuperStore will be open on Memorial Day from 9:00AM EDT - 7:00PM EDT

RF-Video AMP-05W-TV 500mW TV UHF Class A Linear Amplifier Board Module

  • Price: $348.95
  • Calculate Shipping
  • Usually ships in 7-10 business days

    Availability Details

    Close

    This item is usually Drop Shipped from the MFR/Distributor within 7-10 business days (subject to availability). Your order will be charged at the time of placing the order with the vendor. Item is non-cancelable and non-returnable.

    International Orders*
    For international orders, credit cards will be charged at time you place your order.
  • B&H # RF500ATVA
  • Mfr# AMP-05W/TV
 

What item is right for you?

Ask our Experts!

800.606.6969
Live Chat
Close

The RF-Video AMP-05W-TV is a linear amplifier board module designed for small TV and studio facilities looking to integrate it into new or existing wireless equipment. Equipped with the latest in amplifying technology, this unit can be used to boost the wireless signal of any transmitter broadcasting in any UHF band, from 470 to 860 MHz. It is also ideal for use as an exciter for high power TV stages. Amplified signals translate into improved video and audio quality transmissions over greater wireless distances.

Note! Requires heat sink installation

Board module unit for system integration by end user
Amplifies all UHF band frequencies, from 470 to 860 MHz
Requires 2mW input power, delivers 500mW output power
Power transistor manufactured by Philips
Double sided and silver plated board module
Ships fully assembled and tested
Frequency 470-860 MHz
Operating Class Class A
RF Power Output 500mW
Gain 25dB
Input Power 2mW
Antenna N/A
Impedance 50 ohm
Power Requirements 24 VDC
Power Consumption 890mA
Operating Temperature Not Specified by Manufacturer
Dimensions (WxD) 4 x 2" (101.6 x 50.8mm)
Weight Not Specified by Manufacturer
RF-Video AMP-05W-TV 500mW TV UHF Class A Linear Amplifier Board Module
  • 1-Year Warranty (except output transistor)
  •  
     
    See any errors on this page? Let us know.

    Close

    Close

    Close