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Great choice for TV Video device. Non-interference with image applies to elevators, hospitals, and intersection, factories etc. Avoiding any interference to the process of monitoring the image from any kind of furious electromagnetic sigal and electric waves signal. When you using this kind of product, you can restrain the interference effectively and you can solve the problems about the jiggle, the swirl, the ripple with the images. To ensure the stability of the signals' transmitting quality in the bad environmet, and increasing the distance of the images transmitting.
Description: - This Non-interference Video Transmitter applies to elevators, hospitals, and intersection, factories etc.
- Avoiding any interference to the process of monitoring the image from any kind of furious electromagnetic sigal and electric waves signal.
- When you using this kind of TV Non-interference Adapter, you can restrain the interference effectively and you can solve the problems about the jiggle, the swirl, the ripple with the images.
- To ensure the stability of the signals' transmitting quality in the bad environmet, and increasing the distance of the images transmitting.
- Trasmitter running voltage is rated at DC 12V, receiver don't need working power.
- Video Receiver end of the four stalls brightness adjustment switch is used to adjust image brightness, contrast and definition, adjusting style contain 4 x 4 = 16 kinds of combinations.
- TV Video Adapter is brightess adjustment parameters of a switch in the No. 2 stall position, you can enjoy the scene actual of self-correction.
Specification: - Power in: DC12V±10%
- Power out: DC12V±10%0.3A
- Signal polarity: +
- Signal standards:NTSC/PAL
- Images in: 75Ω1.0V p-p
- Images out: 75Ω1.0V p-p
- Images profit: 0dB±1dB
- Images bandwidth: 10Mhz (±3dB)
- Working environment: 0°C~45°C
- Consuming power:<10W
- Size: 7.8 x 6.3 x 2.2cm
- Weight: 327g
Package contents: - 1 x Video in receiver
- 1 x Video out receiver
- 1 x connect cable
This product was added to our catalog on Friday 18 April, 2008.
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