Atlona AT-COMP13 manual Application, Features, This package includes, Specifications

Application

The AT-COMP13 is capable of distributing video in 3 different formats and is ideal for use in analog video entertainment distribution system.

Features

-Component/ composite or RGB distribution amplifier.

-Supports SD (composite, YCbCr) and HDTV (YPbPr, RGsB) input signal.

-Accepts one component input and splits the input to

3 identical and buffered outputs via 3x3 RCA connectors.

-When input is composite video, it can connect up to 3 different video sources and output three identical and buffered signal for each video input.

-It can be used for presentation and home theater application.

-High bandwidth performance - 480MHz bandwidth at -3dB

-Worldwide power supply

This package includes

-One CHDD-3 unit.

-One set of power supply

-One user manual

-One set of 3BNC male to 3BNC male cable

Specifications

*Input: YPbPr x 1 or RGsB x 1 (or RGBHV), or composite x 3 1 Vp-p@ 75 ohm

*Output: YPbPr x 3, or RGsB(or RGBHV) x 3, or composite 3 x 3

*Horizontal/Vertical sync 5Vp-p max and H frequency 10KHz~100KHz, V frequency 20Hz~200Hz.

*Bandwidth: 480MHz (-3dB)

*Differential gain: 0.05%

*Differential phase: 0.05 degree

*Power: 5V 2A~1A

*Dimension:141(W) x 38(D) x 105(H)mm

*Weight: 550gs

Also available: AT-COMP13A with audio.

Connection and Installation

1. Works as a 1-in 3-out distribution amplifier for HD component source(YPbPr).

OUTPUT 2	OUTPUT 3	OUTPUT 1	INPUT	DC 5V 1A
Y/G/V1 Pb/B/V2 Pr/R/V3	Y/G/V1 Pb/B/V2 Pr/R/V3	Y/G/V1 Pb/B/V2 Pr/R/V3	Y/G/V1 Pb/B/V2 Pr/R/V3

component out

DVD

Plasma Monitor 2 Plasma Monitor 3 Plasma Monitor 1

2.Works as a 1-in 3-out distribution amplifier for HD RGsB (Sync on Green) video source.

OUTPUT 2	OUTPUT 3	OUTPUT 1	INPUT	DC 5V 1A
Y/G/V1 Pb/B/V2 Pr/R/V3	Y/G/V1 Pb/B/V2 Pr/R/V3	Y/G/V1 Pb/B/V2 Pr/R/V3	Y/G/V1 Pb/B/V2 Pr/R/V3

RGsB out

DVD

3.Works as a three 1-in 3-out distribution amplifier for composite video source.

	OUTPUT 2	OUTPUT 3	OUTPUT 1	INPUT	DC 5V 1A
	Y/G/V1 Pb/B/V2 Pr/R/V3 Y/G/V1 Pb/B/V2 Pr/R/V3		Y/G/V1 Pb/B/V2 Pr/R/V3 Y/G/V1	Pb/B/V2 Pr/R/V3
CV3 out	CV2 out CV1 out	CV3 out	CV2 out CV1 out

CV3 out CV2 out CV1 out CV3 in CV2 in CV1 in