ANTENNAS TM A wide array of Pulse antennas provide solutions to GSM, CDMA, WCDMA, LTE, TD-SCDMA, WiMax, WiFi TM, GPS, ZigBee , TM ® Bluetooth , UWB, ISM, DVB-H, MediaFLO , DMB-S, Satellite Radios, DECT and other custom applications. Please pick from the charts at htttp://www.pulseelectronics.com/antennas/applications. Click on a part number to access the corresponding data sheet. Contact Pulse for more information on products that are not covered in this catalog. ANTENNAS FOR MOBILE PHONES Pulse Mobile Device Antennas Delight End Users Pulse Electronics boosts appealing mobile devices by providing intelligent antenna design and manufacturing solutions for handsets, tablets and laptops. Our aim is to optimize antenna radiator and mechanics designs for complex multi-radio environments under all circumstances without limiting the industrial design. The carefully developed Pulse solutions truly delight end users. Pulse has track-record of delivering antenna solutions to all mobile device segments and categories. Pulse understands fully customers' specific needs and is capable to offer the most suitable total solution to each customized design. Our wide product range covers standalone antennas, standalone antenna modules and antenna integration to structural and visual mechanics. Pulse utitlizes manufacturing technologies such as LDS, Flex, Sheet Metal and Ceramics. More information: http://www.pulseelectronics.com/poducts/mobile_devices_antennas ANTENNAS FOR WIRELESS DEVICES Antennas for Wireless Access Point Pulse’s new line of wireless access point antennas offers flexible and economical solutions for wireless device OEMs. These antennas offer superior transmission and reception between wireless access points. They are compatible with IEEE 802.11a/b/g/n, Bluetooth and ZigBee applications, as well as other products that utilize ISM frequency bands. All wireless access point antennas are RoHS compliant. For high-volume orders, Pulse can custom design antennas for OEMs. This includes alternative frequencies and a variety of cables/connectors for antenna assemblies. Pulse also manufactures build-to-print internal antennas that feature a variety of stamped metal and PCB configurations. 1, 2 1, 2 Single-Band Dual-Band Part Max Gain Mechanical Part Max Gain Mechanical Frequency Application/Standard Frequency Application/Standard 3 3 Number (dBi) Length Number (dBi) Length W1063 900MHz 3.0 6.65 /169 ISM 868 & 915MHz 802.11a/b/g/n, Bluetooth, W1043 2.4 & 5.0 2.0 4.59/117 ZigBee W1038ES 900MHz 3.0 6.65 /169 ISM 868 & 915MHz 4 802.11a/b/g/n, Bluetooth, W1010 2.4GHz 2.0 3.3/83 802.11b/g/n, Bluetooth, ZigBee W1045 2.4 & 5.0 2.0 4.13/105 ZigBee W1030 2.4 GHz 2.0 3.25/82.5 802.11b/g/n, Bluetooth, ZigBee & W1028 5.15 5.85 2.0 4.88/124 802.11a/b/g/n, ISM 5.8GHz W1034 2.4 GHz 2.0 4.21/107 802.11b/g/n, Bluetooth, ZigBee ISM 5.8 GHz, Public Safety, W1037 2.4 GHz 3.2 6.65/169 802.11b/g/n, Bluetooth, ZigBee R380.500.314 2.4 & 4.9 & 5.8 1.6/5 7.15/1822 4.9 GHz, 802.11b/g/n, W1038 2.4 GHz 4.9 6.65/169 802.11b/g/n, Bluetooth, ZigBee Bluetooth, ZigBee W1027 2.4 GHz 3.2 4.88/124 802.11b/g/n, Bluetooth, ZigBee 1. Antennas come standard with R-SMA male connectors, unless otherwise SB24003 2.4 GHz 2.14 2.5/132 802.11b/g/n, Bluetooth, ZigBee specified. 1. Antennas come standard with R-SMA male connectors, unless otherwise 2. These part numbers are lead-free and RoHS compliant. No additional suffix or specified. identifier is required. 2. These part numbers are lead-free and RoHS compliant. No additional suffix Pulse Jack 3. Inches/millimeters or identifier is required. 3. Inches/millimeters 4. SMA male connector *Antennas for Wireless Access Point table is continued on next page 2 www.pulseelectronics.com G003.Z (12/12) E l e c t r o n i c s ANTENNAS ANTENNAS FOR WIRELESS DEVICES (continued) Antennas for Wireless Access Point (continued) 1, 2 1 Single-Band Antenna with I-PEX Cable Assembly Cable Assembly Part VSWR Insertion Loss Cable Part Mechanical Cable Frequency Application Standard Connector Types 4 3 2 Number 2.4 GHz/6 GHz 2.4 GHz/6 GHz Length Number Length 3 Length W9003 1.2/1.3 0.4 dB/0.8 dB 3/76 R-SMA Female to I-PEX W1049B030 2.4GHz 3.25/82.5 3/76 802.11b/g/n, Bluetooth, ZigBee W9006M 1.1/1.3 0.6 dB/1.1 dB 6/150 SMA Female to I-PEX W1049B050 2.4GHz 3.25/82.5 5/127 802.11b/g/n, Bluetooth, ZigBee W9009 1.2/1.4 0.8 dB/1.4 dB 9/229 R-SMA Female to I-PEX W1049B070 2.4GHz 3.25/82.5 7/178 802.11b/g/n, Bluetooth, ZigBee W9011M 1.2/1.2 0.9 dB/1.8 dB 11/280 SMA Female to I-PEX W1049B090 2.4GHz 3.25/82.5 9/229 802.11b/g/n, Bluetooth, ZigBee W9063B170 1..9 1.3 2.4 dB 17/431 I-PEX to R-TNC Female 1/1 dB/ W1049B120 2.4GHz 3.25/82.5 12/305 802.11b/g/n, Bluetooth, ZigBee 1. These part numbers are lead-free and RoHS compliant. No additional 1. Antennas DO NOT come with bushing holders. Order separately if required. Part suffix or identifier is required. Number: P4208-02A202 2. Inches/millimeters 2. These part numbers are lead-free and RoHS compliant. No additional suffix or identifier is required. 3. Inches/millimeters 4. Max Gain (2 dBi) Helical Antennas PCB Antenna Internal and Surface Mount Antenna Solutions Ceramic Antennas Pulse offers a wide range of standardized internal and surface mount antennas (SMD) for wireless device applications. Pulse ceramic technology results in robust antenna designs that have outstanding performance. These antennas have an inherent immunity to surrounding antenna signals and hand-effect, which makes them exceptionally suitable solutions for small hand-held devices with multiple antennas. Pulse helical antenna technology provides high-performance antennas in a small package that can be easily deployed. These ceramic and helical antennas require minimal ground plane removal for operation, which means saved board space and economical implementation. The SMD compatibility of Pulse’s antenna products makes them simple and easy to mount. 1, 2 Surface Mount Antennas for Wireless Devic es 3 5 Application/ Antenna Mount Type Frequency RHCP Gain Max Gain Efficiency Return Loss 4 Part Number Size (mm) Range (MHz) (dBic) (dBi) (%/dB) (dB MIN) Zigbee, ISM Monopole 2400, 868, 1575 7x1.6x1.6 SMD GC 11x6 — 2.5 (peak) 75/-1.55 -18 Ceramic and other 6 W30006 Zigbee, ISM Monopole 2400 — 1.5 (peak) 75/-1.25 -6 10x3.2x4mm SMD, GC 10.8x6.25 Ceramic and other 6 W3001 WLAN 3,2 (peak) 70/-1,55 (peak) -8 Dualband SMD, 2400–2483.5 2,7 (band edges) 65/-1,85 (band edges) — 10.0x3.2x1.5 Ceramic GC area 11.60x6.00 5150–5850 4,2 (peak) 80/-0,95 (peak) -10 W3006 3,0 (band edges) 70/-1,55 (band edges) Bluetooth SMD, 1,7 (peak) 70/-1,6 (peak) Ceramic 3.2x1.6x1.1 2400–2483.5 — -8 GC area 4.00x4.25 0,7 (band edges) 55/-2,6 (band edges) W3008 Bluetooth/ WLAN/WiFi SMD, 2,2 (peak) 75/-1,3 (peak) — 3.2x1.6x1.1 2400–2483.5 -11 Ceramic GC area 4.00x6.25 1,9 (band edges) 70/-1,6 (band edges) W3008c GPS SMD, 0.7 (peak) 3 (peak) 80/-1,25 (peak) Ceramic 10.0x3.2x4.0 1575.42 ±10 -10 GC area 10.80x6.25 0.3 (band edges) 2,5 (band edges) 70/-1,25 (band edges) W3009 Pulse Jack 1. All antennas are RoHS Compliant 2. Impedance 50 W, operating temperature -40°C to +85°C 3. GC = Ground Clearance, mm 4. Millimeters (mm) 5. — = NA 6. Monopole antenna performance is linked to different tuning circuit recommendations for the variety of applications. Consult the data sheet for more information *Table for “SMD Antennas for Wireless Devices” continued on next page ➔ G003.Z (12/12) www.pulseelectronics.com 3 E l e c t r o n i c s ANTENNAS ANTENNAS FOR WIRELESS DEVICES (continued) (continued) Internal and Surface Mount Antenna Solutions 1, 2 Surface Mount Antennas for Wireless Devices (continued) 3 5 Application/ Antenna Mount Type Frequency RHCP Gain Max Gain Efficiency Return Loss 4 Part Number Size (mm) Range (MHz) (dBic) (dBi) (%/dB) (dB MIN) GPS SMD, -0,2 (peak) 2,8 (peak) 75/-1,25 (peawk) Ceramic 10.0x3.2x2.0 1575.42 ±10 -18 GC area 10.80x6.25 - 0,7 (band edges) 2,3 (band edges) 70/-1,55 (band edges) W3010 GPS SMD 0.85 (peak) 3.4 (peak) 85/-0.7 (peak) Ceramic 3.2x1.6x1.1 -12 1575.42 ±10 4x4.25/6.25 0.5 (band edges) 3.0 (band edges) 80/-1.0 (band edges) W3011/A ISM 900 SMD 2 (peak) 70/- 1.55 (peak) Ceramic 10x3.2x4 868-870 — -6 GC area 10.80x8.25 0.5 (band edges) 50/- 3 (band edges) W3012 ISM 900 Monopole SMD 868-870 — 1.55 (peak) 45/- 4.5 (peak) -6 10x3.2x1.5 Ceramic GC area 40x16 6 W3014 ISM 868 SMD 1.4 (peak) 65/- 1.9 (peak) Ceramic 10x3.2x4 868-870 — -10 GC area 10.80x8.25 1.4 (band edges) 65/- 1.9 (band edges) W3013 ISM 868 Monpole 10x3.2x4 “SMD GC 11.5x7 868-870 — 1 (peak) “45/- 4.5 (peak) -10 Ceramic 6 W3016 Satellite Radio SMD, - 0,1 (peak) 2,7 (peak) 80/-1,0 (peak) Ceramic 3.2x1.6x1.1 2320–2345 -12 GC area 4.00x4.25 - 0.6 (band edges) 2,4 (band edges) 75/-1,2 (band edges) W3017 DMB-S SMD, 3 (peak) 85/-0,7 (peak) Ceramic 3.2x1.6x1.1 2605–2655 — -10 GC area 4.00x4.25 2,5 (band edges) 80 /-1 (band edges) W3018 WiMAX SMD, 2,8 (peak) 80/-1 (peak) Ceramic 3.2x1.6x1.1 2500–2690 — - 5.5 GC area 4.00x6.25 1 (band edges) 60/-2,25 (band edges) W3020 DECT SMD 2.5 (peak) 80/-1 (peak) Ceramic 10x3.2x2 1800-1930 — -12 GC area 10.60x7.25 2 (band edges) 70/-1.55 (band edges) W3022 MediaFLO SMD, 2 (peak) 75/1,25 (peak) Ceramic 10x3.2x4 716–722 — -8 GC area 10.60x10.25 1,5 (band edges) 70 /-1,55 (band edges) W3024 1800 RX Diversity SMD, 2.5 (peak) 80/-1 (peak) Ceramic 10x3.2x2 GC area 10.60x6.25 1805–1880 — 2 (band edges) 70/-1.55 band edges) -9 W3028 1900 RX Diversity SMD, 2 (peak) 80 /-1 (peak) Ceramic 10x3.2x2 1930–1990 — -10 GC area 10.60x6.25 1.3 (band edges) 70/-1.55 band edges) W3029 2100 RX Diversity SMD, 2 (peak) 80/-1 (peak) Ceramic 10x3.2x2 — -10 GC area 10.60x6.25 2110–2170 1.5 (band edges) 70/-1.55 band edges) W3030 850 RX Diversity SMD, 2.3 (peak) 75 /-1.25 (peak) Ceramic 10x3.2x4 869–894 — -5.5 GC area 10.60x8.25 0.2 (band edges) 45/-3.5 band edges) W3031 900 RX Diversity SMD, 2 (peak) 65/-1.9 (peak) Ceramic 10x 3.2x4 925–960 — -5 GC area 10.60x8.25 0 (band edges) 45/-3.5 band edges) W3032 Zigbee, ISM Monopole 3.2x1.6x1.1 SMD 2400, — 4 (peak) 70/-1.55 (peak) -12 Ceramic GC area , 17x20 1575 and other 6 W3043 850 RX Diversity SMD, 0 (peak) 55/-2.6 (peak) Helical Horizontal 12.4x8x2.5 869–894 — -9 GC area 8.00x40.00 -1.3 (band edges) 40/-4 (band edges) W3117 Pulse Jack *Table for SMD Antennas for Wireless Devices continued on next page ➔ See table notes on next page. 4 www.pulseelectronics.com G003.Z (12/12) E l e c t r o n i c s ANTENNAS ANTENNAS FOR WIRELESS DEVICES (continued) (continued) Internal and Surface Mount Antenna Solutions 1, 2 Surface Mount Antennas for Wireless Devices (continued) 3 5 Application/ Antenna Mount Type Frequency RHCP Gain Max Gain Efficiency Return Loss 4 Part Number Size (mm) Range (MHz) (dBic) (dBi) (%/dB) (dB MIN) 850 RX Diversity SMD, 0 (peak) 52/- 2.9 (peak) Helical Vertical 2.5x8x8 GC area 6.00x11.00 869–894 — 1.4 (band edges) 38/-4.2 (band edges) -9 W3118A WiFi SMD, Helical 5.0x2.5x5.5 2400–2483.5 — 1.5 50/-3 -8 GC area 7.50x5.50 W3108 GPS SMD, -2,1 (peak) 1,3 (peak) 47/-3,3 (peak) Helical 5.0x2.5x5.5 1575.42 ±10 -16 GC area 7.50x5.50 -2,4 (band edges) 0,7 (band edges) 43/-3,7 (band edges) W3110 ISM 0.9 (peak) 67/-1.7 (peak) SMD, Helical 2.5x8.0x8.0 902–928 — -10 GC area 6.00x11.00 -0.3 (band edges) 50/-3 (band edges) W3112A ISM 0.8 (peak) 66 /-1.8 (peak) SMD, Helical 12.4x8.0x2.5 902–928 — -0.3 (band edges) 51/-2.9(band edges) -10 GC area 8.00x40.00 W3113 DVB-H EU Clearance to ground -9 @ 470 Planar 45x6.6x5 470–750 — -3 — 5 mm -6 @ 750 W3510 DVB-H EU -4.5 @ 470 External 50.5x10.5x3.0 — 470–750 — — -3 -3.5 @ 750 W3520 WCDMA SMD, 2.3 (peak) 80/-1 (peak) Ceramic 10x3.2x2 1920–2170 — -10 GC area 10.60x8.25 1.5 (band edges) 70/-1.55 (band edges) W3040 824-894 -1.0 – -2.5 880-960 -1.0 – -2.5 4-band GSM & 1710-1880 -2.0 – -3.5 — — W-CDMA 2100 40x8 x6 — -6 1850-1990 -2.0 – -3.5 W3530 1920-1980 -3.0 – -3.5 2110-2170 -2.5 – -3.5 1. All antennas are RoHS Compliant 5. — = NA 2. Impedance 50 W, operating temperature -40°C to +85°C 6. Monopole antenna performance is linked to different tuning circuit recommendations for the variety of applications. Consult the data sheet for 3. GC = Ground Clearance, mm more information 4. Millimeters (mm) Printed Circuit Board Antenna Solutions 2 Part Application/ Mechanical Cable Length (mm) Gain Efficiency Frequency 1 Number Standard Dimensions (in/mm) /Connector Type (dBi) (%/B) 56/ 0.98 x 3.43 x .008 W3501 GSM/GPRS 850/900/1800/1900 3.75 to 1.5 50 to 55 % I-PEX Connector 25 x 87 x 0.2 1.69 x 0.67 x 0.02 27.5/ GSM/GPRS 850/900/1800/1901 W3502 2 to 1 40 to 60 % 43 x 17 x 0.5 I-PEX Connector 0.42 x 1.88 x .031 Various cable lenghts/ W3525Bxxx WiFi 2.4 GHz 2 70% 10.7 x 47.7 x 0.8 I-PEX Connector 0.63 x 2.76 x 0.04 250/ W3513 WiFi 2.4 & 5 GHz 2 50 to 72 % 16 x 70 x 0.9 I-PEXConnector 1. These part numbers are lead-free and RoHS compliant. No additional suffix or identifier is required. 2. 2 dBi max Pulse Jack G003.Z (12/12) www.pulseelectronics.com 5 E l e c t r o n i c s ANTENNAS ANTENNAS FOR WIRELESS DEVICES (continued) Alternative Wireless Solutions Pulse offers a wide variety of alternative wireless solutions for applications including machine-to-machine, public safety, hand-held radios, and telematics. Alternative Frequency Gain Length 1 1 Part Number Description Coax Connector (MHz) (dBi) (in/mm) R380.500.314 2400-2500/4900-5900 1.6/5 Swivel Mount Dipole 7/177.8 — RPTNC SB450FME3 450-470 2.14 Stealth Blade 10/254 3’ RG-316 FME SB8003 806-896 2.14 Stealth Blade 2.5/132 3’ RG-174 No Conn SB9003 890-960 2.14 Stealth Blade 2.5/132 3’ RG-174 No Conn Center Fed Dipole, SPDA24850/1900 824-894/1850-1990 — 6.75/171 — SMA Articulating Right Angle SPWB23150 136-174 — Wideband 6.75/171 — SMA F T3 SPWH23832 782-882 — Whip, Standard, ¼ Wave 3/76 — SMA F T3 SPWH23918 863-973 — Whip, Standard, ¼ Wave 3/76 — SMA F T3 SPHS24832 800-864 — Helical, Standard, ¼ Wave 3/76 — SMA F T2 SPDA17806/2170TNCLAR 806-960/1710-2170 5 Pentaband Swivel Mount Dipole 7.5/190.5 — TNC Male W1920G0915 806-960/1710-2170 1.5 Stealth Blade 4.3/110 3’ RG-174 SMA Male W1920G3658 806-960/1710-2170 1.5 Stealth Blade 4.3/110 9’ RG-174 SMA Male 1. UHF and VHF portable/terminal antennas also available. Infrastructure Solutions Single-Band Infrastructure Antennas Part Frequency Gain Length 1 1 Description Coax Connector Number (MHz) (dBi) (in/mm) Fully welded YA5900W 890-960 11 dBi 30/762 — N Female seven element Yagi Fully welded YA6900W 890 - 960 8 dBi 17.5/444.5 — N Female four element Yagi OC806/2170TNCLAR 806 - 960/1710 - 2170 1.5/2.5 Pentaband Omni Ceiling 7 dia/177 dia 8” RG-405 TNC Male LP806/2170TNCLAR 806 - 960/1710 - 2170 0/1.5 Pentaband Low Profile 5.75 dia/146 dia 15' LMR-195 TNC Male RO806/2170TNCWA 806 - 960/1710 - 2170 4/4 Pentaband Radome Omni 16.5/419 — TNC Male RO2408NF 2400 - 2500 8 Radome Omni 20/508 — N Female RO2408NM 2400 - 2500 8 Radome Omni 20/508 — N Male RO4910NF 4940 - 4990 10 Radome Omni 18/457 — N Female Pulse Jack RO4910NM 4940 - 4990 10 Radome Omni 18/457 — N Male 1. Variety of Coax availble. Order separately. * Table for Single-Band Infrastructure Antennas, continued on next page. ➔ 6 www.pulseelectronics.com G003.Z (12/12) E l e c t r o n i c s ANTENNAS ANTENNAS FOR WIRELESS DEVICES (continued) (continued) Infrastructure Solutions Single-Band Infrastructure Antennas (continues) Part Frequency Gain Length 1 1 Description Coax Connector Number (MHz) (dBi) (in/mm) RO4910NF 4940 - 4990 10 Radome Omni 18/457 — N Female RO4910NM 4940 - 4990 10 Radome Omni 18/457 — N Male RO5810NM 5725 - 5875 10 Radome Omni 16.5/419 — N Male RO5210NF 5150 - 5350 10 Radome Omni 16.5v419 — N Female RO5210NM 5150 - 5350 10 Radome Omni 16.5/419 — N Male RO5810NF 5725 - 5875 10 Radome Omni 16.5/419 — N Female Planar Array - 8” Low-loss R380.500.218 2400 - 2500 14 12/304.8 N Female Horizontal Polarization SHF-142 Planar Array - 8” Low-loss R380.700.203 5720-5820 20 12/304.8 N Female Vertical Polarization SHF-142 1. Variety of Coax availble. Order separately. ANTENNAS FOR AUTOMOTIVE APPLICATIONS Pulse’s antenna product line offers the highest quality, most reliable antennas in the automotive industry. Pulse antennas combine premium materials with high-efficiency designs, delivering antennas with superior mechanical durability and electrical performance. ® UV, chemical and impact resistant Makroblend bases help ensure the highest performance for all your mobile applications. “traditional-style” mobile antennas are available from 27 MHz to 5.9 GHz, as well as many “multi-band” designs. Whether you need communication interoperability, radio communication, data transmission, increased cellular/PCS coverage or GPS tracking, these antennas are the solution. Vehicular Mount Single-Band Solutions 1 Single-Band 2 3 Part Number Frequency (MHz) Gain (dBi) Description Length (in/mm) Coax Connector NMOWB150C 135-174 2 NMO Wide Band 51.75 /1314 — — NMO450C 450-750 5.6 NMO UHF Field Tunable 33/838 — — LP800NMO 806-960 2 NMO Low Profile 1.25/32 — — NMOQW900 890-970 2 NMO 1/4 Wave 3/76 — — GPSMM 1575.4 5 dBic GPS Magnetic Mount 1.7/43 RG-174 — GPSDM 1575.4 5 dBic GPS Direct Mount 2.5 dia/63.5 RG-174 — GPSNMO 1575.4 5 dBic GPS NMO Mount 2.9 dia/73.66 — — EF2405NMO 2400-2500 5 NMO Mount Elevated Feed 13/260.4 — — EF4905NMO 4900-5000 5 NMO Mount Elevated Feed 10/254 — — NMO5E2400B 2400-2500 5 NMO Whip 8.54/ 217 — — NMO4E4900B 4900-5350 4 NMO Whip 4.5 /114.30 — — W4000D197 1575.4 1.5dBi/26dBi Glass mount 1.97x1.18/50x30 oval RG-174 MMCX W4000G197 1575.4 1.5dBi/26dBi Glass mount 1.97x1.18/50x30 oval RG-174 SMA W4000J197 1575.4 1.5dBi/26dBi Glass mount 1.97x1.18/50x30 oval RG-174 MCX W4000L197 1575.4 1.5dBi/26dBi Glass mount 1.97x1.18/50x30 oval RG-174 FME Pulse Jack 1. Antennas available in multiple frequencies and mounting options. 3. Variety of connectors available. Order separately. 2. Variety of coax available. Order separately. 4. All NMO antennas require an NMO mount for installation. G003.Z (12/12) www.pulseelectronics.com 7 E l e c t r o n i c s ANTENNAS ANTENNAS FOR AUTOMOTIVE APPLICATIONS (continued) Vehicular Mount Multi-Band Solutions 1 Multi-Band Frequency Gain Length 2 3 Part Number Description Coax Connector (MHz) (dBi) (in/mm) 4 NMO150/450/800 50-165/450-470/806-940 -7/0/1 NMO Tri Band 16.5/419 — — RG-58 Low Loss MMC/P3EFME 824-960/1850-1990 4/4 Dual Band Magnetic Mount 5/127 FME Dual Shield 4 NMOC/P3E 824-960/1850-1990 4/4 Dual Band NMO Mount 4.7/119 — — GPSCW1502 136-174/1575.4 2.14/5 dBic Direct Feed Dual Band VHF/GPS Combi Whip 22/558.8 RG-174 SMA/SMB GPSCW450 406-512/1575.4 2.14/5 dBic Direct Feed Dual Band UHF/GPS Combi Whip 6.5/165.1 RG-174 — GPSCW3E800 806-896/175.4 5/5 dBic Direct Feed Dual Band GSM/GPS Combi Whip 11.5/292.1 RG-174 — GPSCW3E900 890-960/1575.4 2.14/5 dBic Direct Feed Dual Band GSM/GPS Combi Whip 10.25/260.4 RG-174 — — GPSCPOO 824-960/1710-2170/1575.42 2/2/5 dBic Direct Feed GPS Tri Band 7.6/193 RG-174 — GPSCWCPOO 824-960/1710-2170/1575.42 2/2/5 dBic Roof Mount GPS Tri Band 3.9/99 RG-174 Any NMO mount antenna Dependent on RG-58/RG-174 NMOHFGPS Direct Feed NMO Mount with GPS 202/5130.8 __ plus GPS antenna/5dBic (GPS) 1. Antennas available in multiple frequencies and mounting options. 3. Variety of connectors available. Order separately. 2. Variety of coax available. Order separately. 4. All NMO antennas require an NMO mount for installation NMO Mounting 1 NMO Mounting Kits Part Number Description Cable Length Coax Type Connector NMOKHFUD NMO Low/High Frequency Mount 17/5.18 RG-58/U Dual Shield, Low Loss Cablew NO CONN NMOKHFUDTHK NMO Low/High Frequency Thick Mount 17/5.18 RG-58/U Dual Shield, Low Loss Cable NO CONN NMOMMRNOCONN NMO Low/High Frequency Magnetic Mount 12/3.66 RG-58 A/U cable NO CONN NMOHFGPSNOCONN Any NMO mount antenna plus GPS 202/5130.8 RG-58 /RG-174(GPS) NO CONN 1. All NMO mounting kits are available with a variety of cables and connectors. Pulse Jack 8 www.pulseelectronics.com G003.Z (12/12) E l e c t r o n i c s