PD5540 - DC Blocking L-Band Splitter Combiner
4-Way, DC Block 3 Ports, BNC, 698-2700 MHz
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Product Overview
- 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 port
- Tri Alloy BNC Female (Jack) 50 Ohm
Frequency Range |
Insertion Loss above 6.02 dB |
Amplitude Balance |
Phase Balance |
Isolation | Input VSWR |
Output VSWR |
---|---|---|---|---|---|---|
698-2700 MHz | 0.8 dB max | 0.3 dB max | 4° max | 22 dB min | 1.25 : 1 max | 1.20 : 1 max |
Mechanical Specifications | |
---|---|
Circuit Design | Passive Wilkinson; DC pass 1 port, DC block 3 ports |
Connectors | BNC Female, 50 Ohm Coaxial |
Connector Body | Brass, Tri-Alloy Plate |
Connector Pin | Beryllium Copper, Gold Plate |
Connector Insulator | PTFE, Virgin Electrical Grade |
Housing | Aluminum, Clear Chem Film |
Operating Temp | -65°C to +85°C |
Weight | 386 Grams |
4 Way Power Divider RF Input Ratings | ||
---|---|---|
Into Matched Load VSWR's |
In-Phase | 180° Out-of-Phase |
1.2 : 1 | 40 Watts | 40 Watts |
2.0 : 1 | 40 Watts | 20 Watts |
∞ | 20 Watts | 2 Watts |
4 Way Power Combiner RF Input Ratings | ||
Input Signals | In-Phase | 180° Out-of-Phase |
Coherent | 4 X 10 Watts | 4 X 0.5 Watts |
Non-Coherent | 4 X 1 Watt |
PD5540 Features & Benefits
Overview
PD5540 is a DC blocking, four way, RF broadband, 50 ohm, power divider, power combiner furnished with BNC coaxial connectors. The passive Wilkinson design passes RF, 10 MHz and DC current through one port, typically for powering an active antenna, with the other ports blocking DC. Max voltage rating at the DC blocked ports is 50 VDC. All wireless band applications in the frequency range from 698 to 2700 MHz are covered with best in class RF performance. The RoHS compliant PD5540 is a bidirectional device capable of 40 W max microwave input power level in both power splitter and combiner apps. See 4 way power divider input rating tables for additional power handling info.
Electrical
The heart of the unit is a precision designed and etched Wilkinson type microstrip circuit on a low loss, high frequency, dielectric substrate. Electrical performance is highlighted by 0.8 dB max insertion loss (above the 6.02 dB power split), 22 dB min isolation, 1.25:1 max input VSWR and 1.20:1 max output port VSWR. Equal power split and symmetry is displayed by 0.3 dB amplitude balance and 4 degrees phase balance. Narrow band RF performance over your frequency range may be even better. See 4 way power divider test sweeps for details.
Mechanical
Mechanical features include precision CNC, brass, 50 ohm BNC female coaxial connectors with tri alloy plating to insure tarnish resistance and low PIM operation. Connector pins are gold plated beryllium copper for reliability and low contact resistance. Virgin electrical grade PTFE support insulators captivate the contact pins enabling trouble free coaxial connector mating. Long term operation and superior shielding is assured by the rugged CNC machined aluminum housing with clear chemical film finish. Secure mounting is provided by two 0.125" diameter (3.18 mm) through holes. RoHS construction includes no-lead solder and a finish free of hexavalent chromium.
Physical
Housing dimensions are 3.98" wide by 2.98" deep by 0.88" high (101.1 x 75.7 x 22.2 mm). The BNC female (jack) connectors extend 0.61" (15.5 mm) from the housing. Operating temperature range is from -65°C to +85°C. Weight is 386 grams. See 4 way DC block splitter outline drawing for more information.
Applications
The PD5540 4-way, BNC-jack, DC blocking, power splitter combiner is ideal for a wide range of wireless radio frequency microwave applications on both transmit and receive sides, ranging from amplifier sharing & receiver combining to antenna splitting, and is deployed world wide in networks encompassing 700 MHz Public Safety Band, 800 MHz cellular, GSM 850, 900, 1800 & 1900, PCS 1900, 1 GHz to 2 GHz L-Band, GPS, W-CDMA-3G, UMTS, TETRA, RFID, IEEE802.11b/g, 2.45 GHz ISM, Wi Fi and 2.3 GHz & 2.5 GHz WiMAX.