RF 50 Ohm 50w N Female Connector Termination Dummy Load

50W Dummy load with N Female connector is an impedance load used in wireless communication systems or radio frequency test equipment. It is commonly used to test and calibrate RF equipment to simulate real load conditions. This 50W Dummy load can absorb and convert high-frequency RF signals into heat without reflecting the signal back into the line. The N-type female connector provides a convenient interface for easy connection with other devices.

The advantage of using Dummy load is that it can protect wireless devices from overload or damage, while also simulating real load conditions for performance testing and calibration. The features of this product include high power resistance, stable impedance matching and convenient connection methods. It is one of the common equipment in RF testing and calibration.

Product Description

Company Profile

Specification

Electrical Specifications:
Power	2W	5W	25W	50W	100W	200W
Frequency Range	DC-3GHz
Impedance(Ω)	50
VSWR	≤1.2:1
PIM3(dBc)	≤-120@2X33dBm			≤-105@2X43dBm
PIM5(dBc)	≤-145@2X33dBm			≤-120@2X43dBm
Connectors Type	N-Male,N-Female,DIN-Male,DIN-Female
Operating Temp.(℃)	-20~+55
Humidity	≤95%
Dimension(mm)	Φ16X30	Φ16X30	Φ50X68	Φ50X105	146X100X60	226X142X64

Low PIM Dummy Load-DC-3GHz 50/100/200W N,DIN type

Electrical Specifications:
Power	50W	100W	200W
Frequency Range	DC-3GHz
Impedance(Ω)	50
VSWR	≤1.25:1
PIM3(dBc)	≤-150@2X43dBm
PIM5(dBc)	≤-160@2X43dBm
Connectors Type	N-Male,N-Female,DIN-Male,DIN-Female
Operating Temp.(℃)	-20~+55
Humidity	≤95%
Dimension(mm)	185X142X54	185X142X54	185X142X80

RF 50 Ohm 50w N Female Connector Termination Dummy Load (6)dtf

RF 50 Ohm 50w N Female Connector Termination Dummy Load (7)kl5

DETAILS

The Dummy Load is in a way so that it has a similar impedance to the real device that will be connected to the RF System.Not using a dummy load and leaving the port open, can result in some unwanted reflections which can damage the RF System.

Also, using a real antenna in the testing phase can result in some unwanted transmission in the lab which will interfere with other devices and technologies being tested.