If a leak is located at an amplifier, which type of antenna is best for identifying the exact source?

If a leak is located at an amplifier, which type of antenna is best for identifying the exact source?

• A. Wideband antenna
• B. Directional antenna
• C. Near field probe
• D. Omnidirectional antenna

Answer: (C)

The best choice for identifying the exact source of a leak at an amplifier is a near field probe. This type of antenna is specifically designed to detect electromagnetic fields in close proximity to electronic devices. When pinpointing a leak in a device, the near field probe can accurately measure the intensity of the electromagnetic emissions coming directly from the source, allowing for precise identification. In contrast, a wideband antenna may not focus on the specific frequencies emitted by the leak, which could lead to less targeted results. A directional antenna, while effective in determining the direction of a signal, might not give sufficient detail at close range to identify the exact source of the leak. An omnidirectional antenna captures signals from all directions but lacks the ability to isolate the point of emission effectively, making it less suitable for pinpointing a specific leak at an amplifier. By using a near field probe, you can achieve high sensitivity and specificity near the leak, making it the optimal choice for this situation.

The best choice for identifying the exact source of a leak at an amplifier is a near field probe. This type of antenna is specifically designed to detect electromagnetic fields in close proximity to electronic devices. When pinpointing a leak in a device, the near field probe can accurately measure the intensity of the electromagnetic emissions coming directly from the source, allowing for precise identification.

In contrast, a wideband antenna may not focus on the specific frequencies emitted by the leak, which could lead to less targeted results. A directional antenna, while effective in determining the direction of a signal, might not give sufficient detail at close range to identify the exact source of the leak. An omnidirectional antenna captures signals from all directions but lacks the ability to isolate the point of emission effectively, making it less suitable for pinpointing a specific leak at an amplifier.

By using a near field probe, you can achieve high sensitivity and specificity near the leak, making it the optimal choice for this situation.