Panasonic AG-CA300G Instrucciones De Funcionamiento página 3

EMC NOTICE FOR THE PURCHASER/USER OF THE APPARATUS
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1. Applicable standards and operating environment (For Europe)
The apparatus is compliant with:
standards EN55103-1 and EN55103-2 1996.11, and
EMC NOTICE FOR THE PURCHASER/USER OF THE APPARATUS
electromagnetic environments E1, E2, E3, and E4.
2. Pre-requisite conditions to achieving compliance with the above standards 1.
1. Applicable standards and operating environment (For Europe)
<1> Peripheral equipment to be connected to the apparatus and special connecting cables
The apparatus is compliant with:
The purchaser/user is urged to use only equipment which has been recommended by us as
standards EN55103-1 and EN55103-2 1996.11, and
peripheral equipment to be connected to the apparatus.
electromagnetic environments E1, E2, E3, and E4.
The purchaser/user is urged to use only the connecting cables described below.
2. Pre-requisite conditions to achieving compliance with the above standards
<2> For the connecting cables, use shielded cables which suit the intended purpose of the
apparatus.
<1> Peripheral equipment to be connected to the apparatus and special connecting cables
Video signal connecting cables
The purchaser/user is urged to use only equipment which has been recommended by us as
Use double shielded coaxial cables, which are designed for 75-ohm type high-frequency
peripheral equipment to be connected to the apparatus.
applications, for SDI (Serial Digital Interface).
The purchaser/user is urged to use only the connecting cables described below.
Coaxial cables, which are designed for 75-ohm type high-frequency applications, are
<2> For the connecting cables, use shielded cables which suit the intended purpose of the
recommended for analog video signals.
apparatus.
Audio signal connecting cables
Video signal connecting cables
If your apparatus supports AES/EBU serial digital audio signals, use cables designed for AES/EBU.
Use double shielded coaxial cables, which are designed for 75-ohm type high-frequency
Use shielded cables, which provide quality performance for high-frequency transmission
applications, for SDI (Serial Digital Interface).
applications, for analog audio signals.
Coaxial cables, which are designed for 75-ohm type high-frequency applications, are
Other connecting cables (IEEE1394, USB)
recommended for analog video signals.
Use shielded cables, which provide quality performance for high-frequency applications, as
Audio signal connecting cables
connecting cables.
If your apparatus supports AES/EBU serial digital audio signals, use cables designed for AES/EBU.
When connecting to the DVI signal terminal, use a cable with a ferrite core.
Use shielded cables, which provide quality performance for high-frequency transmission
If your apparatus is supplied with ferrite core(s), they must be attached on cable(s) following
applications, for analog audio signals.
instructions in this manual.
Other connecting cables (IEEE1394, USB)
2. 3. Performance level Use shielded cables, which provide quality performance for high-frequency applications, as
connecting cables.
The performance level of the apparatus is equivalent to or better than the performance level required
When connecting to the DVI signal terminal, use a cable with a ferrite core.
by these standards.
If your apparatus is supplied with ferrite core(s), they must be attached on cable(s) following
However, the apparatus may be adversely affected by interference if it is being used in an EMC
instructions in this manual.
environment, such as an area where strong electromagnetic fields are generated (by the presence of
3. Performance level
signal transmission towers, cellular phones, etc.). In order to minimize the adverse effects of the
interference on the apparatus in cases like this, it is recommended that the following steps be taken
The performance level of the apparatus is equivalent to or better than the performance level required
with the apparatus being affected and with its operating environment:
by these standards.
1. Place the apparatus at a distance from the source of the interference.
However, the apparatus may be adversely affected by interference if it is being used in an EMC
2. Change the direction of the apparatus.
environment, such as an area where strong electromagnetic fields are generated (by the presence of
signal transmission towers, cellular phones, etc.). In order to minimize the adverse effects of the
3. Change the connection method used for the apparatus.
interference on the apparatus in cases like this, it is recommended that the following steps be taken
4. Connect the apparatus to another power outlet where the power is not shared by any other
with the apparatus being affected and with its operating environment:
appliances.
1. Place the apparatus at a distance from the source of the interference.
2. Change the direction of the apparatus.
3. Change the connection method used for the apparatus.
4. Connect the apparatus to another power outlet where the power is not shared by any other
appliances.
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