INSTALLATION

VIDEO CONNECTIONS

Use coaxial cables when connecting a camera and a monitor to this VCR.

Note: Long cable runs to distant cameras may cause signal deterioration and/or sync discrep- ancies. If these problems occur, use video line amplifiers and/or cameras having phase-adjustable line-locked vertical sync.

Video Input

In single camera systems, connect the camera to the Video IN BNC terminal on the VCR rear panel. Use of a 2:1 interlace camera is highly recommended; otherwise, the monitor will show vertical distortion of the TIME/DATE characters.

In multiple camera systems, connect the switcher output to the Video IN BNC terminal. Because mul- tiple camera systems require synchronization, use of cameras having line-locked vertical sync or a gen- locked master drive/sync source is highly rec- ommended. The use of vertical interval switchers is also recommended.

Video Output

Connect the monitor to the Video OUT BNC terminal on the rear panel.

AUDIO CONNECTIONS

Audio can be recorded at all speeds. To hear the playback sound, use the 08, A24 or A40 speed dur- ing playback.

Audio In: Accepts an audio signal from a camera, external sound equipment, or another recorder (Line: –8 dBm, 50 kohm).

Audio Out: Provides an audio output for a monitor or another recorder (–9 dBm, 600 ohm, unbalanced).

MICROPHONE

PREAMP

 

VIDEO CAMERA/RECORDER

 

 

MONITOR

CAMERA

 

SWITCHER

 

9

PHILIPS LTC3924/62 (E) QR34071

Page 10
Image 10
Philips LTC 3924, LTC 3962 manual Installation, Video Connections, Video Input, Video Output, Audio Connections

LTC 3924, LTC 3962 specifications

Philips LTC 3962 and LTC 3924 are two prominent LED drivers designed to enhance lighting efficiency and performance in various applications. These devices stand out for their innovative technology and key features, making them ideal choices for both residential and commercial lighting solutions.

The Philips LTC 3962 is a high-performance LED driver that offers a wide input voltage range, catering to various lighting designs. It supports constant current output, ensuring stable lighting performance over time and aiding in superior color consistency across LED arrays. With its compact design, the LTC 3962 is well-suited for applications requiring space-efficient solutions. Notably, it features built-in thermal protection and supports dimming options, allowing users to adjust brightness levels according to their preferences and energy-saving needs.

On the other hand, the Philips LTC 3924 is designed for higher power applications, enabling it to drive larger LED arrays effectively. It boasts advanced power management technologies, which enhance energy efficiency by minimizing losses during operation. The LTC 3924 supports dimmable LED drivers, while its robust architecture accommodates a wide variety of LED types, ensuring flexibility for design engineers. One of the standout characteristics of the LTC 3924 is its ability to interface seamlessly with smart lighting systems, paving the way for enhanced connectivity and control.

Both the LTC 3962 and LTC 3924 integrate advanced features such as over-voltage, under-voltage, and over-current protection, ensuring reliable performance in varying conditions. They also come with built-in diagnostic features, which allow for easy troubleshooting and maintenance, thus extending the lifespan of the LED lighting systems they power.

In summary, Philips LTC 3962 and LTC 3924 are exceptional LED drivers, engineered with innovative technologies and features that cater to the evolving needs of modern lighting. Their emphasis on efficiency, flexibility, and reliability makes them ideal candidates for a wide range of applications, ensuring optimal performance in any setting. Whether for smart homes, commercial spaces, or industrial environments, these LED drivers represent a significant advancement in lighting technology, driving the future of energy-efficient illumination.