Kramer FC-14 - Manuals - manualsarea.com

Page 2 - Contents; Converting an RGB Source; Figures

Contents i Contents 1 Introduction 1 2 Getting Started 1 3 Overview 1 4 Your RGBHV to Component Transcoder 2 5 Using Your RGBHV to Component Transcoder 3 5.1 Converting an RGB Source 4 5.2 Converting an RGBS Source 5 5.3 Converting an RGBHV Source 6 5.4 Converting a VGA Source 7 6 Technical Specific...

Page 3 - Introduction; RGBHV to Component; Getting Started; RGBHV to Component Transcoder

Introduction 1 1 Introduction Dedication by Kramer Electronics since 1981, to the development and manufacture of high quality video/audio equipment, makes the Kramer line an integral part of the finest production and presentation facilities in the world. In recent years, Kramer has redesigned and up...

Page 4 - Your RGBHV to Component Transcoder; Figure 1: FC-14 RGBHV to Component Transcoder

Your RGBHV to Component Transcoder KRAMER ELECTRONICS, LTD. 2 In addition, the FC-14 : Recognizes any sync polarity and is compatible with both video level (0.3V) and TTL level syncs Transcodes any RGB video (progressive scan or interlaced) to component format, making it ideal for standard definitio...

Page 5 - Table 2: Rear Panel FC-14 RGBHV to Component Transcoder; Using Your RGBHV to Component Transcoder; You can use your

Using Your RGBHV to Component Transcoder 3 Table 1: Front Panel FC-14 RGBHV to Component Transcoder # Feature Function 1 POWER Switch Illuminated switch supplying power to the unit 2 RGBHV Button Selects RGBHV as the input format 3 RGBS Button Selects RGBS as the input format 4 RGsB Button Selects R...

Page 6 - Using Your RGBHV to Component Transcoder; Converting an RGB Source; RGBHV to; Figure 2: Converting from an RGB Camera to a BETACAM VCR

Using Your RGBHV to Component Transcoder KRAMER ELECTRONICS, LTD. 4 5.1 Converting an RGB Source You can convert an RGB signal to Y, B-Y, R-Y, via a FC-14 RGBHV to Component Transcoder , as the example in Figure 2 illustrates, as follows: 1. Connect the RGB video camera to the R, G and B BNC inputs....

Page 7 - Converting an RGBS Source; Figure 3: Converting from an RGBS Workstation to a Plasma Monitor

Using Your RGBHV to Component Transcoder 5 5.2 Converting an RGBS Source You can convert an RGBS signal to Y, B-Y, R-Y, via a FC-14 RGBHV to Component Transcoder , as the example in Figure 3 illustrates, as follows: 1. Connect the RGBS workstation to the R, G, B and H/S BNC inputs. 2. Connect the Y,...

Page 8 - Converting an RGBHV Source

Using Your RGBHV to Component Transcoder KRAMER ELECTRONICS, LTD. 6 5.3 Converting an RGBHV Source You can convert an RGBHV signal to Y, B-Y, R-Y, via a FC-14 RGBHV to Component Transcoder , as the example in Figure 4 illustrates, as follows: 1. Connect the high resolution graphics source to the R, ...

Page 9 - Converting a VGA Source; Figure 5: Converting from a VGA Graphics Source to a Plasma Monitor

Using Your RGBHV to Component Transcoder 7 5.4 Converting a VGA Source You can convert and output a VGA signal (or SVGA, XGA, UXGA) to Y, B-Y, R-Y, via a FC-14 RGBHV to Component Transcoder , as the example in Figure 5 illustrates, as follows: 1. Connect the VGA graphics source to the RGBHV DB15F in...

Page 10 - Technical Specifications; Table 3 includes the technical specifications:

Technical Specifications KRAMER ELECTRONICS, LTD. 8 6 Technical Specifications Table 3 includes the technical specifications: Table 3: Technical Specifications of the FC-14 RGBHV to Component Transcoder Inputs: R, G, B, H/S and V on BNC connectors; RGBHV IN on a DB15F connector Outputs: 1 component ...