W5SWL Brand LOW PIM 7/16 DIN Male to N Female Coax Cable Adapter Teflon White Bronze
W5SWL Brand LOW PIM 7/16 DIN Male to N Female Coax Cable Adapter Teflon White Bronze
- Vendor
- by W5SWL
$34.95
Product Details
Why Low Pim? Modern equipment used for data or cellular/PCS systems will frequently be able to operate at or below the noise floor over a wider bandwidth. The equipment needs the clearest spectrum possible for efficient operation. Using a standard connector or equipment in the antenna, line and system will often create what is called "Passive Intermodulation" or simply put, a created signal that masks the wanted signal. The created signal is a unwanted signal made by mixing in non-linear connections. This is seen as tested by the equations 2F1-F2 and 2F2-F1 using high level carriers or signals to check for non-linear connections. PIM is rated in dBc. Not everyone needs Low Pim products, but if you are working with data, spread spectrum and similar systems you should highly consider it.
*3rd order test done in controlled tech room environment - temperature, humidity, connector tightness, mating connectors and other factors can affect performance of Low Pim products.
Quality Products for the More Knowledgeable and Experienced User !
From W5SWL
| Brand | by W5SWL | |
| Model | 721405426713 | |
| Side A | 7/16 DIN Male |
|
| Side B | N Female |
|
| Fits Cable Type | NA | |
| Dielectric | Teflon | |
| RF Pin Plating | White Bronze |
|
| Body Plating | White Bronze |
|
| Impedance Ohms | 50 | |
| Other Detail | 3rd Order IM at 2050.0 MHz -165.5 dBc 2110.0/2170.0 MHz using 2x43.0 dBm carriers* |
|
| Package Quantity | 1 |
Why Low Pim? Modern equipment used for data or cellular/PCS systems will frequently be able to operate at or below the noise floor over a wider bandwidth. The equipment needs the clearest spectrum possible for efficient operation. Using a standard connector or equipment in the antenna, line and system will often create what is called "Passive Intermodulation" or simply put, a created signal that masks the wanted signal. The created signal is a unwanted signal made by mixing in non-linear connections. This is seen as tested by the equations 2F1-F2 and 2F2-F1 using high level carriers or signals to check for non-linear connections. PIM is rated in dBc. Not everyone needs Low Pim products, but if you are working with data, spread spectrum and similar systems you should highly consider it.
*3rd order test done in controlled tech room environment - temperature, humidity, connector tightness, mating connectors and other factors can affect performance of Low Pim products.