Emhiser Research, Inc. Datasheets for RF Power Dividers and RF Power Combiners

RF power dividers and RF power combiners are circuits that accept input signals and deliver multiple outputs that are equal in phase and amplitude. There are two basic product categories: passive and active.
RF Power Dividers and RF Power Combiners: Learn more

Product Name Notes
All units are designed and constructed to meet or exceed specifications after exposure to any or all of the following MILSTD-202 tests which are applicable.
Applications These Dividers where designed for cell site applications where Tele-Tech’s proprietary processes guarantee low loss, high isolation, and uniform part-to-part performance. In addition Tele-Tech’s plating process insures years of...
Features >3 Decade Bandwidth >40 dB Midband Isolation <0.5 dB Midband Loss
Features >3 Decade Bandwidth Small Footprint (0.1 in²) <0.3 dB Midband Loss >20 dB Midband Isolation
Features >3 Decade Bandwidth Small Footprint (0.1 in²) <0.3 dB Midband Loss >20 dB Midband Isolation 75 ohm Impedance
Features >3 Decade Bandwidth Small Footprint (0.1 in²) <0.3 dB Midband Loss >30 dB Midband Isolation
Features >Cellular Bands Small Footprint (0.1 in²) <1 dB Midband Loss >18 dB Midband Isolation
Features >Cellular Bands Small Footprint (0.1 in²) <1 dB Midband Loss >20 dB Midband Isolation
Features <0.25 dB Amplitude Balance 1° Phase Balance Typical Small Footprint (0.1 in²) Low Cost
Features <0.25 dB Amplitude Balance 1° Phase Balance Typical Surface Mount Low Cost
Features <0.25 dB Amplitude Balance Surface Mount 1° Phase Balance Typical
Features <0.25 dB Amplitude Balance Surface Mount 1° Phase Balance Typical High Temp Materials
Features <0.5 dB Amplitude Unbalance Standard Relay Header Low Cost
Features <1° Phase Unbalance Standard Relay Header Low Cost
Features <30 dB Isolation Typical Standard Relay Header Low Cost
Features .8 dB Typical Midband Insertion Loss 25 dB Typical Midband Isolation 1.4:1 Typical Input VSWR
Features 0.4dB Typical Midband Insertion Loss 35dB Typical Midband Isolation 1.2:! typical Input VSWR
Features 0.4dB Typical Midband Insertion Loss 35dB Typical Midband Isolation 1.2:1 Typical Input VSWR
Features Anzac JH-121 Equivalent
Features Anzac JH115 Equivalent
Features Anzac JH142 Equivalent
Features Broadband Surface Mount Low Cost
Features Broadband Surface Mount Low Cost High Temp Material
Features Excellent Phase Balance Standard Relay Header Low Cost
Features Fully Hermetic Package Surface Mount <0.25 dB Midband Loss Excellent Balance
Features Fully Hermetic Package Surface Mount Excellent Balance
Features Fully Hermetic Package WJ H2 Equivalent <0.25 dB Midband Loss Excellent Balance
Features Fully Hermetic Package WJ H2C Equivalent <0.25 dB Midband Loss Excellent Balance
Features High Performance >30 dB Midband Isolation Small Footprint
Features High Performance Small Footprint
Features Low Cost High Reliability Standard Relay Header
Features Low Cost High Reliability Standard Relay Header 75 Ohm Impedance
Features Low Cost Reliable Standard Relay Header
Features Low Cost Surface Mount <0.25 dB Midband Loss Excellent Balance
Features MCL PSCQ-2-10.5 Equivalent Standard Relay Header Low Cost
Features MCL PSCQ-2-180 Equivalent Standard Relay Header Low Cost
Features MCL PSCQ-2-250 Equivalent Standard Relay Header Low Cost
Features MCL PSCQ-2-50 Equivalent Standard Relay Header Low Cost
Features MCL PSCQ-2-90 Equivalent Standard Relay Header Low Cost
Features N Connectors >Wide Bandwidth Low Midband Loss Excellent Balance
Features SMA Connectors >4 Decade Bandwidth <0.25 dB Midband Loss Excellent Balance
Features SMA Connectors <0.2 dB Midband Loss Excellent Balance
Features Small Footprint (0.1 in²) <0.3 dB Midband Loss
Features Small Footprint (0.12 in²) <0.3 dB Midband Loss
Features Standard Relay Header Low Cost
Features Surface Mount Logical Pinout <0.25 dB Midband Loss Excellent Balance
Features Very Low Frequency Standard Relay Header Low Cost
Features ¨ <0.5 dB Amplitude Balance ¨ 1° Phase Balance Typical ¨ Surface Mount ¨ High Power
Features Low Cost Reliable Standard Relay Header
Reliability All units are designed and constructed to meet or exceed specifications after exposure to any or all of the following MIL-STD-202 tests which are applicable.
Reliability All units are designed and constructed to meet or exceed specifications after exposure to any or all of the following MIL-STD- 202 tests which are applicable.