Search Results for r2-4
Fiber Splice ox (FS D) Installation Instructions
3 to R4 or 4 to R1 52” 3 to R2 or 4 to R3 90” Ribbon able Routing & Sheath Strip Lengths Note: Ideally, cables terminated in ports 1 & 3 are typically routed in a counter-clockwise direction and cables terminated in ports 2 & 4 will typically be routed in a clockwise direction.
Data Sheet L-Series Start-Stop Interface ˝ ˇ - Temposonics
UNITED STATES Temposonics, LLC Americas & APAC Region 3001 Sheldon Drive Cary, N.C. 27513 Phone: +1 919 Phone: +1677-0100 E-mail: info.us@temposonics.com
Electromagnetic shaker system - Wilcoxon Sensing Technologies
1 µlb/√Hz (4.4 µN/√Hz) Connector2 BNC Output cable R2-2-J5A-10 Mass below force gage (including stud) 140 grams (0.31 lb) Effective stiffness3 >500 x 610 lb/in (87 x 10 9 N/m) Diameter of mounting surface 1.62 in. (4.1 cm) Mounting stud, stainless steel 3/8-16 UNC Recommended screw down torque 70 lb/in (7.9 N/m) Temperature range 0° to ...
APXBBLLYY05B 43-CT2 - Amphenol Antenna Solutions
4.5 kg (9.9 lbs) APXBBLLYY05B_43-AT2 Fixed Tilt APM50-B1N Direct Pipe No Tilt Mounting Kit Included 50-110 mm (2.0-4.3 in) 18.1 kg (39.9 lbs) 3.4 kg (7.5 lbs) • 4 ports / 2 cross pol systems in low band (698-960 MHz) • 4 ports / 2 cross pol systems in high band (1710-2690 MHz) • 4 ports / 2 cross pol systems in high band (3300-3800 MHz)
2L4UT360X06F xys4 - amphenol-antennas.com
ARRAY LAYOUT Topology FREQUENCY ARRAY CONNECTOR CONNECTOR TYPE 617-906 MHz R1 1-2 (2x) 4.3-10 Female 617-906 MHz R2 3-4 (2x) 4.3-10 Female 1695-2700 MHz Y1 5-6 (2x) 4.3-10 Female 1695-2700 MHz Y2 7-8 (2x) 4.3-10 Female 1695-2700 MHz Y3 9-10 (2x) 4.3-10 Female 1695-2700 MHz Y4 11-12 (2x) 4.3-10 Female Quoted performance parameters are provided to offer typical, peak or range values only and may ...
696-960 / 696-960 / 1695-2700 / 1695-2700 MHz - Amphenol Antenna Solutions
† Available with 4.3-10 connectors † Four unique mounting options † Available for order with a grey, brown or black radome Features Connector Description The antenna has 24 connectors located at the bottom. Low Band #1 R1 696-960 MHz (6x) 4.3-10 Female Low Band #2 R2 696-960 MHz (6x) 4.3-10 Female
162 | Amphenol Global Search | Amphenol
ARRAY LAYOUT ARRAY FREQUENCY CONNECTOR CONNECTOR TYPE R1 698-960 1-2 7/16-DIN Female Long Neck or 4.3-10 Female Y1 1695-2690 3-4 7/16-DIN Female Ultra Long Neck
ORDERING OPTIONS - amphenol-antennas.com
Array R1 R2 Y1 Y2 Y3 Y4 Connector 1-2 3-4 5-6 7-8 9-10 11-12 Polarization XPOL XPOL XPOL XPOL XPOL XPOL Azimuth Beamwidth (avg) ...
4L6U6VT360X12F wxys5 - Amphenol Antenna Solutions
4L6U6VT360X12F wxys5 (4x) 617-906 | (6x) 1695-2700 | (6x) 3300-4200 MHz 32-Port Canister Antenna OMNI 47.4 IN FIXED TILT REV010423NA ACROSS THE WORLD. AROUND THE CORNER.
ORDERING OPTIONS - Amphenol Antenna Solutions
R1 698-960 1-2 4.3-10 Female R2 698-960 3-4 4.3-10 Female 1427-2690Y1 5-6 4.3-10 Female 1427-2690Y2 7-8 4.3-10 Female Diagram shown at right depicts the view from the front of the antenna. The illustration is not shown to scale. MECHANICAL SPECIFICATIONS Length mm (in) 2683 (105.6)
APXVBB4L26B 43-C-I20 - Amphenol Antenna Solutions
• 4 ports / 2 cross pol systems in low band (698-960 MHz) • 8 ports / 4 cross pol systems in high band (1710-2690 MHz) • Supporting 4x4 MIMO in low band and high band • Integrated and field replaceable SRET • ACU HW version: 2.02 ... Array R1 R2 ...
698-960 | 698-960 | 1695-2690 | 1695-2690 | 1695-2690 | 1695-2690 MHz ...
Connector 1-2 3-4 5-6 7-8 9-10 11-12 Polarization XPOL XPOL XPOL XPOL XPOL XPOL Azimuth Beamwidth (avg) ... ELECTRICAL SPECIFICATIONS Low Band R2 Frequency Range MHz 698-960 MHz 698-806 790-862 824-894 880-960 Polarization --- ±45° ...
GNSS & GPS Antennas | PCTEL
Bluetooth (2.4 GHz) Cellular + WiFi Cellular 2G (1900 MHz) Cellular 3G (850 MHz/1900 MHz) Cellular 4G (700 MHz, 1700 - 2100 MHz, 1900 MHz and 2500 - 2700 MHz) Cellular 5G (600 MHz - 6 GHz) Cellular CBRS/5G NR (3300 MHz-4200 MHz) Cellular LTE (700 MHz / 900MHz) FirstNet (758 - 798 MHz) Globalstar L Band (1610–1618.75 MHz) GNSS (B1 - 1559-1591 MHz) GNSS (E1 - 1575.420 MHz) GNSS (G1 - 1589.0625 ...
14-Port Antenna - Amphenol Antenna Solutions
Connector 1-2 3-4 5-6 7-8 9-10 11-12 13-14 Polarization XPOL XPOL XPOL XPOL XPOL XPOL XPOL Azimuth Beamwidth (avg) ... ELECTRICAL SPECIFICATIONS Ultra Low Band R2 Frequency Range MHz 698-960 MHz 698-806 790-862 824-894 880-960 Polarization --- ±45° ...
12-Port Antenna - Amphenol Antenna Solutions
Connector 1-2 3-4 5-6 7-8 9-10 11-12 Polarization XPOL XPOL XPOL XPOL XPOL XPOL Azimuth Beamwidth (avg) ... ELECTRICAL SPECIFICATIONS Ultra Low Band R2 Frequency Range MHz 698-960 MHz 698-806 790-862 824-894 880-960 Polarization --- ±45° ...
Panel Antennas XPA U2-L4-2.7 - amphenolprocom.com
2 ports on LTE450 and 4 ports on LTE700/800/850. AISG Remote electrical tilt (RET) on both bands. Horizontal Beamwidth optimised for tri-sector configuration. Fully enclosed / extruded glass fiber shroud for improved weather protection. ... 698 - 960 MHz (R2, R3) Max. Input Power: 400 W: 300 W:
16-Port Antenna - Amphenol Antenna Solutions
Connector 1-2 3-4 5-6 7-8 9-10 11-12 13-14 15-16 Polarization XPOL XPOL XPOL XPOL XPOL XPOL XPOL XPOL Azimuth Beamwidth (avg) ... ELECTRICAL SPECIFICATIONS Ultra Low Band R2 Frequency Range MHz 698-960 MHz 698-806 790-862 824-894 880-960 Polarization --- ±45° ...
TWIN656LU000G-T - amphenol-antennas.com
Array R1 R2 Y1 Y2 Connector 1-2 3-4 5-6 7-8 Connector Type 4.3-10 Female Long Neck 4.3-10 Female Long Neck 4.3-10 Female Long Neck 4.3-10 Female Long Neck Polarization XPOL XPOL XPOL XPOL Azimuth Beamwidth (avg) 65° 65° 65° 65° Electrical Downtilt 0-12° 0-12° 2-10° 2-10° Dimensions 1936 x 660 x 214 mm (76.2 x 26.0 x 8.4 in)
16-Port Antenna - amphenol-antennas.com
Array R1 R2 R3 Y1 Y2 Y3 Y4 Y5 Connector 1-2 3-4 5-6 7-8 9-10 11-12 13-14 15-16 Polarization XPOL XPOL XPOL XPOL XPOL XPOL XPOL XPOL Azimuth Beamwidth (avg) ...
Fiber Splice ox (FS D) Installation Instructions
3 to R4 or 4 to R1 52” 3 to R2 or 4 to R3 90” Ribbon able Routing & Sheath Strip Lengths Note: Ideally, cables terminated in ports 1 & 3 are typically routed in a counter-clockwise direction and cables terminated in ports 2 & 4 will typically be routed in a clockwise direction.