这款MINI AV2HDMI转换器是一种通用变频器模拟复合输入到HDMI 1080 p(60 hz)输出。模拟数字转换在这个模块使用了10位最大162 m / s的取样,黑/白水平扩张,颜色转变改进,动态范围扩张,蓝色的伸展,自动检测并自动转换复合信号至1080P(60 hz)输出。制作视频活跃起来,提供最最现实的高清画面可用。

2.0特性

1.不需要安装驱动程序,轻便、灵活,即插即用

2.提供先进的信号处理的精度、色彩、决议和细节;

3.支持PAL,NTSC3.58,NTSC4.43、SECAM制式,
  PAL / M,PAL / N标准电视格式的输入。

4.支持1080 p和720 p的HDMI输出。

3.0规格说明

1.1。输入端口:1 xRCA(黄色,白色,红色)。

1.2   输入端口:1*HDMI

1.3  尺寸(mm)：66(D) x55(W) x20(H0) 

1.4  重量(g):40

MINICVBS to HDMI  /AV to HDMI

Table of Contents

1.Introduction

2. Specifications

3. Package Contents

4. Panel Descriptions

5. ConnectionDiagram

1.0 Introduction

The MINI AV2HDMI converter is a universal converter for analog composite input to HDMI 1080p (60HZ) output. The analog to digital conversion in this module employs 10 bits maximal 162MSPS sampling, black/white level expansion, color transition improvement, dynamic range expansion, blue stretch , auto-detect and auto-convert the composite signal to 1080p(60HZ) output. Making video come alive, delivering the sharpest, most realistic HD visuals available.

1.1Features

1.No need to install drivers, portable, flexible, plug and play.

2.Provide advanced signal processing with great precision, colors, resolutions, and details;

3.SupportPAL,NTSC3.58,NTSC4.43,SECAM,

PAL/M,PAL/N standard TV formats input.

4.Support HDMI 1080p or 720p output.

2.0 SPECIFICATIONS

1.Input ports:1xRCA (Yellow,White,Red).

2.Output ports:1xHDMI.

3.Dimensions (mm):66(D) x55(W) x20(H)

4.Wight (g): 40

5.Composite input: PAL,NTSC3.58,NTSC4.43,

SECAM,PAL/M,PAL/N.                     

6.HDMI output: 1080p60Hz, 720p/60Hz.

3.0 PACKAGE CONTENTS

Before attempting to use this unit, please check the packaging and make sure the following items are contained in the shipping carton:

1) Main unit (Mini CVBS to HDMI converter)-----1 PCS

2)USB cable ---------------------------------------------1 PCS

3)User Manual.------------------------------------------1 PCS

4) POWER adapter5V-------------------------------------1PCS

4.0 PANEL DESCRIPTIONS

Please study the panel drawings below and become familiar with the signal input(s), output(s) and power requirements.