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PIM
1.) Protocol Independent Multicast - network routing over existing unicast framework. 2.) Passive InterModulation - RF interference generation condition.
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DC Blocking Power Splitter Combiner
PD5112
INSTOCK Wireless Components, Inc
Wideband Frequency (698 - 2700 MHz)Low Insertion Loss (0.6 dB avg)High Port to Port Isolation (30 dB avg)Excellent VSWR (1.15 : 1 avg)50 VDC maximum on DC block portsTri Alloy SMA Female (Jack) Low PIM
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RF Power Splitter, Combiner, Divider RoHS, 8 Way, Type-N Female, 350 - 1000 MHz, 50 Ohm
PD2380
INSTOCK Wireless Components, Inc
Wideband Frequency (350 - 1000 MHz)Low Insertion Loss (0.4 dB avg)High Port to Port Isolation (30 dB avg)Excellent VSWR (1.2 : 1 avg)RoHS Compliant Splitter ConstructionTri Alloy Type N Female (Jack) Low PIM
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GPS Signal Splitter 16 Way, N Type Jack, 1 - 2 GHz, 50 Ohm Coaxial
GPS160
INSTOCK Wireless Components, Inc
Wideband Frequency (1000-2000 MHz)Low Insertion Loss (0.6 dB avg)High Port to Port Isolation (30 dB avg)Excellent VSWR (1.15 : 1 avg)15 VDC & 75 mA Max on DC Block PortsTri Alloy Type N Female (Jack) Low PIM
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Low PIM Cable Assemblies
Manufactured using industry standard low PIM cables terminated with RF Industries or other brands of connectors. Assembled in the United States for quick delivery. Jumpers are assembled from a wide variety of in-stock connectors and cables to meet system requirements for flexibility, low loss, low PIM, in-door/out-door, fire rating and electric performance.
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RF Power Splitter, Combiner, Divider
PD2468
INSTOCK Wireless Components, Inc
Wideband Frequency (2.4 - 6.0 GHz)Low Insertion Loss (0.4 dB avg)High Port to Port Isolation (20 dB avg)Excellent VSWR (1.25 : 1 avg)Outdoor Weatherproof ConstructionTri Alloy Type N Female (Jack) Low PIM
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RF Power Splitter, Combiner, Divider RoHS, 4 Way, Type-N Female, 350 - 1000 MHz, 50 Ohm
PD2340
INSTOCK Wireless Components, Inc
Wideband Frequency (350 - 1000 MHz)Low Insertion Loss (0.4 dB avg)High Port to Port Isolation (30 dB avg)Excellent VSWR (1.2 : 1 avg)RoHS Compliant Splitter ConstructionTri Alloy Type N Female (Jack) Low PIM
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Attenuators & Loads
*High power handling 100W with a wide range of available attenuation values*Very low PIM <- 160 dBc with excellent return loss performance*Support for 7-16 or 4.3-10 connectors and optional 19 inch rack mount kit*Designed and produced to ISO 9001:2008 certification standards for reliability and quality
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PIM Carrier Transition Module for 3U cPCI
TCP040-TM
The TCP040-TM is a 3U PIM Carrier Transition Module to be used with 3U CompactPCI PMC carrier like TEWS TCP270 or 3U CompactPCI modules with back I/O. It provides easy access to the PMC I/O lines of 3HE CompactPCI PMC carriers and most TEWS CompactPCI Modules with back I/O.
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RF Power Splitter, Combiner, Divider RoHS, 2 Way, SMA Female, 350 - 1000 MHz, 50 Ohm
PD2420
INSTOCK Wireless Components, Inc
Wideband Frequency (350 - 1000 MHz)Low Insertion Loss (0.2 dB avg)High Port to Port Isolation (30 dB avg)Excellent VSWR (1.10 : 1 avg)RoHS Compliant Splitter ConstructionTri Alloy SMA Female (Jack) Low PIM
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Low PIM Cable Assemblies
Low-PIM jumper cables feature a maximum PIM level of -155 dBc and are made with UL910 plenum-rated SPP-250-LLPL cable. The PIM levels of each cable have been fully tested with the results of those tests marked on each cable. These Low-PIM cables boast a maximum operating frequency of 6 GHz and a maximum VSWR of 1.25:1 up to 2 GHz and 1.35:1 up to 6 GHz. These Low-PIM cables are lightweight, flexible and have an operating temperature range of -55°C to +125°C and are available with 4.3-10, 7/16 DIN, N and 4.1-9.5 mini-DIN connector combinations, including right-angle connectors.
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DC Blocking Power Splitter Combiner
PD5020
INSTOCK Wireless Components, Inc
Wideband Frequency (698 - 2700 MHz)Low Insertion Loss (0.2 dB avg)High Port to Port Isolation (30 dB avg)Excellent VSWR (1.10 : 1 avg)50 VDC maximum on DC block portTri Alloy Type N Female (Jack) Low PIM
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DC Blocking Power Splitter Combiner
PD7030
INSTOCK Wireless Components, Inc
True 3 Way Equal Split and BalanceWideband Frequency, 698-2700 MHzHigh Port to Port Isolation (30 dB avg)Excellent VSWR (1.10 : 1 avg)50 VDC maximum on DC block portTri Alloy Type-N Female (Jack) Low PIM
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Low PIM Coaxial Switch, DC to 26.5 GHz, Transfer
87222R
Low passive intermodulation (PIM) is crucial for applications where two or more transmitted signals share a common antenna or whenever the transmitter signal is too high or the receiver is sensitive to high intermodulation. The Keysight 87222R is a low PIM transfer coaxial switch, operating from DC to 26.5 GHz, which can help to keep the system PIM level low. A guaranteed 0.03 dB insertion loss repeatability and 3 million cycles of operating life ensures signal integrity, improves testing efficiency, and ultimately maximizes test throughput.
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Failsafe, Low PIM, Transfer Switch, 50Ω Impedance, 7/16 DIN Connectors, DC-3GHz
Part No. CCP-33D
Failsafe, Low PIM, Transfer Switch, 50Ω impedance Available with 7/16 DIN connectorsDC-3GHz
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L Band Splitter, DC Block All Ports
PD5132
INSTOCK Wireless Components, Inc
Wideband Frequency (698 - 2700 MHz)Low Insertion Loss (0.3 dB avg)High Port to Port Isolation (30 dB avg)Excellent VSWR (1.10 : 1 avg)50 VDC maximum on DC block portsTri Alloy SMA Female (Jack) Low PIM
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L Band Splitter, DC Block All Ports
PD5032
INSTOCK Wireless Components, Inc
Wideband Frequency (698 - 2700 MHz)Low Insertion Loss (0.3 dB avg)High Port to Port Isolation (30 dB avg)Excellent VSWR (1.10 : 1 avg)50 VDC maximum on DC block portsTri Alloy Type N Female (Jack) Low PIM
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DC Blocking Power Splitter Combiner
PD7120
INSTOCK Wireless Components, Inc
Wideband Frequency, 698-2700 MHzLow Insertion Loss (0.2 dB avg)High Port to Port Isolation (30 dB avg)Excellent VSWR (1.10 : 1 avg)50 VDC maximum on DC block portTri Alloy SMA Female (Jack) Low PIM
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DC Blocking Power Splitter Combiner
PD5040
INSTOCK Wireless Components, Inc
Wideband Frequency (698 - 2700 MHz)Low Insertion Loss (0.4 dB avg)High Port to Port Isolation (30 dB avg)Excellent VSWR (1.10 : 1 avg)50 VDC maximum on DC block portsTri Alloy Type N Female (Jack) Low PIM
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RF Power Splitter, Combiner, Divider RoHS, 2 Way, Type-N Female, 698 - 2700 MHz, 50 Ohm
PD2020
INSTOCK Wireless Components, Inc
Wideband Frequency (698 - 2700 MHz)Low Insertion Loss (0.2 dB avg)High Port to Port Isolation (30 dB avg)Excellent VSWR (1.10 : 1 avg)RoHS Compliant Splitter ConstructionTri Alloy Type N Female (Jack) Low PIM
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RF Power Splitter, Combiner, Divider IP67, 4 Way, N-Type Female, 2.4 - 6.0 GHz
PD2478
INSTOCK Wireless Components, Inc
Wideband Frequency (2.4 - 6.0 GHz)Low Insertion Loss (0.6 dB avg)High Port to Port Isolation (25 dB avg)Excellent VSWR (1.25 : 1 avg)Outdoor Weatherproof ConstructionTri Alloy Type N Female (Jack) Low PIM
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RF Power Splitter, Combiner, Divider RoHS, 8 Way, SMA Female, 698 - 2700 MHz, 50 Ohms
PD2180
INSTOCK Wireless Components, Inc
Wideband Frequency (698 - 2700 MHz)Low Insertion Loss (0.6 dB avg)High Port to Port Isolation (30 dB avg)Excellent VSWR (1.15 : 1 avg)RoHS Compliant Splitter ConstructionTri Alloy SMA Female (Jack) Low PIM
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Low PIM Coaxial Switch, DC to 4 GHz, SP6T
87106P
Low passive intermodulation (PIM) is crucial for applications where two or more transmitted signals share a common antenna or whenever the transmitter signal is too high or the receiver is sensitive to high intermodulation. The Keysight 87106P is a low PIM SP6T coaxial switch, operating from DC to 4 GHz, which can help to keep the system PIM level low. A guaranteed 0.03 dB insertion loss repeatability and 3 million cycles of operating life ensures signal integrity, improves testing efficiency, and ultimately maximizes test throughput.
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RF Power Splitter, Combiner, Divider
PD2578
INSTOCK Wireless Components, Inc
Wideband Frequency (2.4 - 6.0 GHz)Low Insertion Loss (0.5 dB avg)High Port to Port Isolation (22 dB avg)Excellent VSWR (1.20 : 1 avg)Outdoor Weatherproof ConstructionTri Alloy SMA Female (Jack) Low PIM
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Passive Intermodulation Analyzers
The current standard of PIM testing offers a well-known system of two primary carriers and a calculated PIM frequency, which is monitored via a spectrum analyzer. This provides a measurement of the overall linearity of the antenna system and the surrounding environment.
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Handheld Network Tester
T-BERD/MTS-5882
The T-BERD/MTS-5882 is extremely versatile, enabling the cell site technician to address all key tests with one, lightweight, handheld tester; including: Fiber Inspection: Dirty fiber connections are the #1 cause of network downtime. Microwave back-haul: The majority of microwave backhaul links around the world are still microwave. Enhanced Cable Diagnostics: Environmental factors can damage the CAT X shielded twisted pair cable connecting the microwave antenna. Fronthaul: Avoid dangerous tower climbs with CPRI testing including BERT, PIM detection, MIMO diversity, RET, and VSWR. Backhaul: In addition to packet testing across error-prone microwave hops.
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PIM Analyzers
PIMPro Tower Series
*Available LTE 700, Cellular 850, GSM 900, GSM 1800/UMTS 2100, PCS 1900/AWS 2100 & 2600 MHz models*Real Time PIM, Return Loss measurements and distance to PIN*40W PIM sensitivity -125 dBm*Lightest full power unit less than 19 lbs in a durable backpack enclosure*Smart phone app Wi-Fi remote*Automatic GPS site location*Integrated DAS test feature
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Normally Open, Low PIM, SP3T, SP4T, or SP6T, Multi-Throw Switch, 50Ω Impedance, N Connectors, DC-3 GHz
Part No. CCP-18N
Normally Open, Low PIM, SP3T, SP4T, or SP6T, Multi-Throw switch, 50Ω impedance Available with N connectorsDC-3GHz
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RF Power Splitter, Combiner, Divider RoHS, 6 Way, SMA Female, 698 - 2700 MHz, 50 Ohms
PD2160
INSTOCK Wireless Components, Inc
Wideband Frequency (698 - 2700 MHz)Low Insertion Loss (0.5 dB avg)High Port to Port Isolation (30 dB avg)Excellent VSWR (1.15 : 1 avg)RoHS Compliant Splitter ConstructionTri Alloy SMA Female (Jack) Low PIM
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PIM Testing
Rosenberger Hochfrequenztechnik GmbH & Co. KG
Passive Intermodulation (PIM) is a non-linear response of two or more signals of different frequencies mixing together in a passive device, e.g., antenna, cable, con- nector or splitter. Today, PIM has become a very serious, and challenging issue for mobile operators, equipment vendors, and component manufacturers due to frequency planning in modern communication networks, the usage of high-power transmitters and the usage of more sensitive receivers in base stations. If a PIM with sufficient magnitude generated from a transmitter falls within an adjacent receiver channel, it causes serious interfe- rences to the base station receiver and will significantly degrade the network quality of service.
