PIM Analyzers

176 PIM Analyzers from 6 manufacturers listed on everything RF

PIM Analyzers are test equipment’s that test and measure the PIM distortion levels for various uplink and downlink frequencies in a wireless network. PIM Analyzers from the leading manufacturers are listed below. Use the filters to narrow down on products based on your requirement. Download Datasheets, Compare products and Request Quotations. Your Inquiry will be directed to the manufacturer and their distributors who will get back to you with a quote.

Description:700 MHz Portable 2-Port PIM Analyzers
Type:
Portable
Measurements:
Distance to Fault, PIM
TX Frequeny:
728 to 764 MHz
RX Frequency:
692-716 MHz / 776-800 MHz
Tx Carrier Power:
27 to 43 dBm
more info
Description:1.93 to 2.17 GHz, Portable PIM Analyzer
Type:
Portable
Measurements:
PIM over Time, Noise Floor
TX Frequeny:
1.93 to 2.17 GHz
RX Frequency:
1.71 to 1.91 GHz
PIM Sensitivity:
-135 dBm
Tx Carrier Power:
24 to 46 dBm × 2 (100 mW to 40 W × 2)
more info
Description:High Power Portable PIM Analyzer with optional Cable & Antenna Analyzer
Type:
Portable
Measurements:
Cable Loss, Distance to Fault, Distance to PIM, No...
Tx Carrier Power:
20 to 46 dBm
more info
Description:Portable PIM Analyzer from 698 to 2700 MHz with Replaceable Filter Units
Type:
Portable
Measurements:
PIM over Frequency, VSWR, Return Loss, Distance to...
PIM Sensitivity:
< -168 dBc
Tx Carrier Power:
20 to 46 dBm
more info
Description:Bench Top PIM Analyzer from 2.11 to 2.17 GHz (Tx) / 1.92 to 2.06 GHz (Rx)
Type:
Bench Top
Measurements:
PIM over Frequency, PIM over Time
TX Frequeny:
2.11 to 2.17 GHz
RX Frequency:
1.92 to 1.98 GHz / 2.06 GHz
PIM Sensitivity:
2x 43 dBm
Tx Carrier Power:
20 to 44 dBm
more info
Description:700 to 2700 MHz, 3200 to 3600 MHz PIMD Analyzer
Type:
Bench Top
Measurements:
Noise Floor
TX Frequeny:
728 MHz to 2.69 GHz
RX Frequency:
776 MHz to 2.57 GHz
Tx Carrier Power:
44 dBm
more info
Description:APT700 LTE, Battery Portable Passive Intermodulation Analyzer
Type:
Portable
Measurements:
Distance to Fault, Distance to PIM, Return Loss
TX Frequeny:
758 to 803 MHz
RX Frequency:
703 to 748 MHz
Tx Carrier Power:
20 to 43 dBm
more info
Description:791 to 821 MHz, Portable PIM Analyzer
Type:
Portable
Measurements:
PIM over Time, Noise Floor
TX Frequeny:
791 to 821 MHz
RX Frequency:
832 to 862 MHz
PIM Sensitivity:
-135 dBm
Tx Carrier Power:
24 to 46 dBm × 2 (250 mW to 40 W × 2)
more info
MW8208A-0098 Image
Description:PIM Master MW8208A for the 850 MHz cellular frequency bands
Type:
Portable
Measurements:
Distance to PIM, Noise Floor, PIM over Time, Swept...
TX Frequeny:
869 to 894 MHz
PIM Sensitivity:
-70 dBm to -130 dBm
more info
Type:
Bench Top
Measurements:
PIM over Frequency
TX Frequeny:
2400 - 2428 MHz
RX Frequency:
2448 - 2484 MHz
PIM Sensitivity:
< -168 dBc
Tx Carrier Power:
36 to 46 dBm
more info

PIM Analyzers from Anritsu, Kaelus, Anritsu, CCI and Many Others

Passive Inter Modulation (PIM) is a form of signal interference. It is usually caused by a number of carriers sharing the same downlink path in a wireless network. This is becoming more common as with multiple wireless networks and technologies operating at a single site. The signals from various technologies combine to generate interference which impacts the uplink signal. Antennas, cables, connectors and passive components can all be sources of PIM. PIM Analyzers are used to test PIM levels at for various uplink and downlink situations at different frequencies.

everything RF has listed most of the analyzers from the leading manufacturers in the industry. Use the parametric search tools on the left side to find PIM analyzers that meet your requirement - You can select the type, frequency, PIM sensitivity required and a number of other parameters. Once you narrow down the products to match your requirement - Download the datasheet, see complete product specifications, compare products across manufacturers and request a quotation. Your inquiry will be directed to the manufacturer/distributor of the product, who will get back to you on the email address you provide.

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