Out of Stock - On Backorder
AMPLIFIED ANTENNA SPLITTER/With N connector. ALDCBS1X2-N
AMPLIFIED ANTENNA SPLITTER/With N connector. ALDCBS1X2-NAmplified GPS Splitter | 1 input, 2 output, N-type Connector
This amplified loaded DC blocked GPS splitter features one input and two output for spitting RF frequencies from 1.1 GHz — 1.7 GHz. It is designed to amplify and split the L-band frequency to multiple devices from a single antenna. In the standard configuration, the J1 port passes DC voltage from a connected device to the antenna or another device up from the splitter. The other port J2 is DC blocked and loaded with a 200Ω resistor to simulate antenna current draw which prevent alarm faults.
This amplified GPS splitter (Alternate Part# ALDCBS1X2) features one input and two outputs, N-type female connectors.
- Excellent amplitude balance: < 1 dB variation between ports
- Flat group delay < 1 ns variation between L1 & L2
- High output gain: 22 dB typical across operating frequencies
- Wide accepted frequency range: entire L-band & major GNSS constellations
- Efficiently block ports: 200Ω prevents antenna alarm faults
- Matched phase balance: < 4° variation between ports
Product Codes | |
|---|---|
| Mfr Part No: | ALDCBS1X2-N |
| ECCN: | 7B994 |
| NSN: | 5985015001776 |
| SCHEDULE B CODE: | 8526.91.0070 |
Weight: 10.2 oz, max.Dimensions: 1.3 x 3.25 x 2.5 in (without connectors)Operating Temperate Range: -57°C to 87°CFrequency Range: 1.1 GHz — 1.7 GHzCharacteristic Impedance: 50Ω (unused port should be terminated with 50Ω loads)Req. DC Input V.: 3.3 VDC — 15 VDC (for non-network devices)Input P1dB: -24 dBmCurrent Draw: 23 mAGain: 21 dB — 23.5 (22 dB, typical)Input SWR: 2.0:1, max.Output SWR: 2.0:1, max.Noise Figure: L1: 2.3 dB, typical (2.5 dB max.) L2: 4.7 dB, typical (5.0 dB max.)Amplitude Balance: 0.25 dB, typical (1 dB, max.)Phase Balance: 4.0°Isolation: L1: 22 dB L2: 15 dBGroup Delay Flatness: 0.5 ns, typical (1 ns, max.)Connector Option: N-type
- Stock: Out of Stock - On Backorder
- Manufacturer Part #: ALDCBS1X2-N
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