F-Type Male to Female DC Passing Attenuator - 40-2050 MHz
F-Type Male to Female DC Passing Attenuator - 40-2050 MHz - 3 dB
This 3 dB nickel-plated coaxial attenuator has an F-type male opposite an F-type female connector. This attenuator reduces the signal strength that is passing through when there is too much present. Attenuators protect your amplifiers, TVs, etc. by preventing overdrive. It is rated for 40-2050 MHz bandwidth.
Features:
- Connector 1: F-Type Male
- Connector 2: F-Type Female
- DC Power Passing
- Brass Body
- Nickel Plated
- Steel Center Pin
Q: What is the difference between an amplifier and an attenuator?
A: An amplifier and an attenuator are exact opposites of each other. An amplifier makes the signal stronger in your network while an attenuator makes the signal weaker in a network when it is too strong.
Q: When would I use an attenuator?
A: You would use an attenuator when the power level is too strong in your network. If you exceed the maximum input power level you can damage your equipment. You might use one of these when you need a lower signal level for an antenna input on a sensitive radio receiver.
Q: When would I want to block DC power?
A: Many devices aren't designed to take in DC power so you would want to use a DC power blocking attenuator to make sure that your equipment doesn't get fried. They stop the DC voltage from getting through thus protecting your antennas TVs amplifiers etc.
Q: Can I get 26 dB of attenuation by cascading a 20 dB and a 6 dB attenuator?
A: Yes you can. Attenuators are additive so 20 dB + 6 dB = 26 dB.
| Features & Specs | ||
|---|---|---|
| Connector 1 | The connector type on one side of the attenuator.? | F-Type Male |
| Connector 2 | The connector type on the opposite side of the attenuator.? | F-Type Female |
| Attenuation | The amount of reduction in signal strength during transmission.? | 10 dB |
| Return Loss | The amount of loss when the signal discontinues at a connector. More return loss indicates a better connection link.? | 20 dB |
| Bandwidth | The range of frequencies from lowest to hightest that the signal uses.? | 40-2050 MHz |
| Gauge | The size of the wire.? | 22 AWG |
| Accuracy | The difference between the true value and the measured value.? | ±5% |