Anaren, Inc. Datasheets for RF Terminations
RF terminations are used to absorb energy and prevent RF signals from reflecting back from open-ended or unused ports.
RF Terminations: Learn more
| Product Name | Notes |
|---|---|
| Features: DC – 1.0 G Hz 150 Watts BeO Ceramic Non - Nichrome Resistive Element Low VSWR 100% Tested | |
| Features: DC – 1.0 G Hz 300 Watts BeO Ceramic Non - Nichrome Resistive Element Low VSWR 100% Tested | |
| Features: DC – 2.0 G Hz 40 Watts BeO Ceramic Non - Nichrome Resistive Element Low VSWR 100% Tested | |
| Features: DC – 2.0 GHz 10 Watts AIN Ceramic Non-Nichrome Resistive Element Low VSWR 100% Tested | |
| Features: DC – 2.0 GHz 150 Watts BeO Ceramic Non-Nichrome Resistive Element Low VSWR 100% Tested | |
| Features: DC – 2.0 GHz 150 Watts BeO Ceramic Non-Nichrome Resistive Element Welded Silver Leads Low VSWR 100% Tested | |
| Features: DC – 2.0 GHz 25 Watts AIN Ceramic Non-Nichrome Resistive Element Low VSWR 100% Tested | |
| Features: DC – 2.0 GHz 25 Watts BeO Ceramic Non-Nichrome Resistive Element Low VSWR 100% Tested | |
| Features: DC – 3 .0 G Hz 30 Watts BeO Ceramic Non - Nichrome Resistive Element Low VSWR 100% Tested | |
| Features: DC – 3 GHz 60 Watts AIN Ceramic Non-Nichrome Resistive Element Low VSWR 100% Tested | |
| Features: DC – 3.0 G Hz 40 Watts BeO Ceramic Non - Nichrome Resistive Element Low VSWR 100% Tested RoHS Compliant | |
| Features: DC – 3.0 GHz 10 Watts BeO Ceramic Non-Nichrome Resistive Element Low VSWR 100% Tested | |
| Features: DC – 3.0 GHz 125 Watts BeO Ceramic Non-Nichrome Resistive Element Low VSWR 100% Tested | |
| Features: DC – 3.0 GHz 150 Watts BeO Ceramic Non-Nichrome Resistive Element Low VSWR 100% Tested | |
| Features: DC – 3.0 GHz 16 Watts AIN Ceramic Non-Nichrome Resistive Element Low VSWR 100% Tested RoHS Compliant | |
| Features: DC – 3.0 GHz 250 Watts BeO Ceramic Non-Nichrome Resistive Element Low VSWR 100% Tested | |
| Features: DC – 3.0 GHz 30 Watts BeO Ceramic Non-Nichrome Resistive Element Low VSWR 100% Tested | |
| Features: DC – 4 GHz 10 Watts BeO Ceramic Non-Nichrome Resistive Element Low VSWR 100% Tested | |
| Features: DC – 4.0 G Hz 5 Watts BeO Ceramic Non - Nichrome Resistive Element Low VSWR 100% Tested RoHS Compliant | |
| Features: DC – 4.0 GHz 10 Watts BeO Ceramic Non-Nichrome Resistive Element Low VSWR 100% Tested | |
| Features: DC – 5.0 GHz 100 Watts AIN Ceramic Non-Nichrome Resistive Element Low VSWR 100% Tested | |
| Features: DC – 500 MHz 400 Watts BeO Ceramic Non-Nichrome Resistive Element Low VSWR 100% Tested | |
| Features: DC – 6.0 G Hz 4 Watts BeO Ceramic Non - Nichrome Resistive Element Low VSWR 100% Tested RoHS Compliant | |
| Features: DC – 6.0 GHz 100 Watts BeO Ceramic Non-Nichrome Resistive Element Low VSWR 100% Tested | |
| Features: DC – 6.0 GHz 20 Watts BeO Ceramic Non-Nichrome Resistive Element Low VSWR 100% Tested | |
| Features: DC – 6.0 GHz 20 Watts BeO Ceramic Non-Nichrome Resistive Element Low VSWR 100% Tested RoHs Compliant | |
| Features: DC – 6.0 GHz 40 Watts BeO Ceramic Non-Nichrome Resistive Element Low VSWR 100% Tested | |
| Features: DC – 6.0 GHz 60 Watts BeO Ceramic Non-Nichrome Resistive Element Low VSWR 100% Tested | |
| Features: DC – 6.0 GHz 60 Watts BeO Ceramic Non-Nichrome Resistive Element Low VSWR 100% Tested RoHA Compliant | |
| Anaren's chip terminations line is ideal for applications that demand high power capability. Our chip termination devices provide high power dissipation when mounted to an appropriate heat sink. Chip devices... | |
| Anaren's flange terminators are high power, mountable devices that are suitable for the most demanding high power applications. Our flanged components are lead-free and RoHS compliant and are manufactured using... | |
| The C150N50Z4 is high performance Aluminum Nitride (AlN) surface mount termination intended as a cost competitive al ternative to Beryllium Oxide (BeO). The termination is well suited to all cellular... | |
| The C16A50Z4 is high performance Alumina (Al2O3) surface mount termination intended as a cost comp etitive alternative to Aluminum Nitride (AlN). The termination is well suited to all cellular frequency... | |
| The C200N50Z4 is high performance Aluminum Nitride (AlN) surface mount termination intended as a cost competitive alternative to Beryllium Oxide (BeO). The termination is well suited to all cellular frequency... | |
| The C20A50Z4 is high performance Alumina (Al 2 O 3 ) surface mount termination intended as a cost comp etitive alternative to Aluminum Nitride (AlN). The termination is well suited... | |
| The C20N50Z4 is high performanc e Aluminum Nitride (AlN) surface mount termination intended as a cost competitive alternative to Beryllium Oxide (BeO). The termination is well suited to all cellular... | |
| The C50A50Z4 is high performance Alumina (Al203) surface mount termination intended as a low cost al ternative to Aluminum Oxide (AlN). The termination is well suited to all cellular frequency... | |
| The C75A50Z4 is high performance Alumina (Al2O3) surface mount termination intended as a cost compet itive alternative to Beryllium Oxide (BeO). The termination is well suited to all cellular frequency... | |
| The C8A50Z4A is high performance Alumina (Al 2 0 3 ) Surface Mount termination intended as a low cost alte rnative to Aluminum Nitride (AlN). The termination is well suited... | |
| The E150N50X4E is high performance Aluminum Nitride (AlN) termination intended as a cost competitive alternative to Beryllium Oxide (BeO). The termination is well suited to all ce llular frequency bands... | |
| The E200N50X4 is high performance Aluminum Nitride (AlN) termination intended as a cost competitive alternative to Beryllium Oxide (BeO). The termination is well suited to all ce llular frequency bands... | |
| The E250N50X4 B is high performance Aluminum Nitride (AlN) termination intended as a cost competitive alternative to Beryllium Oxide (BeO). The termination is well suited to all cellular frequency bands... | |
| The E250N50X4 is high performance Aluminum Nitride (AlN) termination intended as a cost competitive alternative to Beryllium Oxide (BeO). The termination is well suited to all ce llular frequency bands... |