Search Results for 420 : 60

Search Results for pl202y-120-25 6m ... 17-V6 / 17-E6 0,5 A 60 V 25 A 500 V 2500 V 25-V6 / 25-E6 0,5 A 60 V 63 A 500 V 2500 V POWERSAFE / VG96944 - LAYOUTS & ELECTRICAL CHARACTERISTICS Amphenol PowerSafe range offers 6 contact arrangements to fit all your power needs, with single-phase & three-phase layouts, and a choice of 2 insert materials ...

Rx : 420 - 425 MHz: Tx : 415 - 420 MHz Rx : 425 - 430 MHz: Type: TETRA combiner: Max. Input Power: 25 W per port: Insertion Loss Tx-Ant. 9.0 dB: Insertion Loss Rx-Ant. 9.0 dB: ... Hybrid Combiners by Amphenol Procom for Tx 35-100 W in frequency range 60-1000 MHz. Standard products are 2 to 8 channels. Learn more. Explore all Hybrid Combiners.

The PRO-ISO-PHY-TETRA-S6 combiner provides the possibillity of connecting up to six TETRA radios into one common antenna. All PRO-ISO-PHY units are designed for single carrier signal per port and thus it is not recommended to add a multiple carrier signal on the input ports, as this could potentially create unwanted intermodulation products transmitted on the antenna port and reflected on the ...

Rx : 420 - 425 MHz Type TETRA combiner Max. Input Power 25 W / station Insertion Loss Tx-Ant. < 13 dB ... Isolation TRx - TRx Tx - Tx : > 60 dB Rx - Rx : > 60 dB Tx - Rx / Rx - Tx : > 60 dB VSWR < 1.5:1 Group Delay Variation Tx - ANT. < 120 nsec. Rx - ANT. < 150 nsec. No. of channels 8 Mechanical Connection(s) N(f) Colour Combiner : Black ...

The PRO-ISO-PHY-TETRA-S3 combiner provides the possibillity of connecting up to three TETRA radios into one common antenna. The PRO-ISO-PHY-TETRA-S3 models are available in the frequency range 380 - 470 MHz (on request).

420 x 89 (incl. conn.) x 42 mm (excl. load) / 16.54 x 3.50 x 1.65 in. Weight: Approx. 1.33 kg / 2.93 lb. (excl. load) Environmental; Operating temperature range ... RF Cavity Combiners by Amphenol Procom for Tx 150-300 W radio systems in 60-500 MHz. Standard products are 2 to 8 channels. Read more here. Explore all Cavity Combiners.

405 - 420 MHz = 2 415 - 430 MHz = 3 425 - 440 MHz = 4 435 - 450 MHz = 5 445 - 460 MHz = 6 455 - 470 MHz = 7 465 - 480 MHz = 8: Naming Example ; PRO-HDAR450-3: H: H ... Hybrid Combiners by Amphenol Procom for Tx 35-100 W in frequency range 60-1000 MHz. Standard products are 2 to 8 channels. Learn more. Explore all Hybrid Combiners.

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 ...

Rx : 420 - 425 MHz: Tx : 415 - 420 MHz Rx : 425 - 430 MHz: Type: TETRA combiner: Max. Input Power: 25 W per port: Insertion Loss Tx-Ant. 9.0 dB: Insertion Loss Rx-Ant. 9.0 dB: ... Hybrid Combiners by Amphenol Procom for Tx 35-100 W in frequency range 60-1000 MHz. Standard products are 2 to 8 channels. Learn more. Explore all Hybrid Combiners.

305 x 225 x 60 mm / 12.0 x 8.86 x 2.36 in. Wind Load: 85 N (160 km/h) Weight: Approx. 1.05 kg / 2.31 lb. Mounting: Integrated wall mounting bracket: Diagram and Mounting. Radiation Pattern. E-Plane | 420 MHz . Radiation Patterns. H-Plane | 420 MHz . Ordering Designations. Model Product No. Frequency; TETRA indoor panel: 5047420:

The broad temperature ranges from Ultra Low Temperature (-196°C) to High Temperature (+420°C), enables it to be used in virtually all temperature validation applications. ... Ambient Temperature Range: 0 to 60°C (32 to 140°C) Humidity 0 to 95% non condensing: Dimensions: Overall length 603mm (23.75") Grip: 89mm x 32mm (3.5" x 1.25")

Sensor Mounting Pads. Maximize the accuracy and repeatability of your vibration monitoring with sensor mounting pads from IMI Sensors. Designed for critical measurement consistency, these pads ensure that sensors are always positioned identically for reliable data collection.

Rx : 420 - 425 MHz: Tx : 415 - 420 MHz Rx : 425 - 430 MHz: Type: TETRA combiner: Max. Input Power: 25 W per port: Insertion Loss Tx-Ant. 9.0 dB: Insertion Loss Rx-Ant. 9.0 dB: ... Hybrid Combiners by Amphenol Procom for Tx 35-100 W in frequency range 60-1000 MHz. Standard products are 2 to 8 channels. Learn more. Explore all Hybrid Combiners.

4-stack dipole phased array 420 - 470 MHz omni: S.M4-445-OM: 420 - 470 MHz: Add to quote: Related products. ... RF Cavity Combiners by Amphenol Procom for Tx 150-300 W radio systems in 60-500 MHz. Standard products are 2 to 8 channels. Read more here. Explore all Cavity Combiners.

405 - 420 MHz: Add to quote: PRO-PHY450-3-3: 210000557: 415 - 430 MHz: Add to quote: PRO-PHY450-3-4: 210000654: 425 - 440 MHz: Add to quote: PRO-PHY450-3-5: 210000733: 435 - 450 MHz: ... RF Cavity Combiners by Amphenol Procom for Tx 150-300 W radio systems in 60-500 MHz. Standard products are 2 to 8 channels. Read more here. Explore all Cavity ...

Ultra Compact Broadband 4 ch. UHF450 Tx/Rx Combiner System for the PMR/LTE band 410-470 MHz

420 - 425 MHz = 6 424 - 429 MHz = 7 428 - 433 MHz = 8 432 - 437 MHz = 9 436 - 441 MHz = 10 440 - 445 MHz = 11 444 - 449 MHz = 12 448 - 453 MHz = 13 ... Hybrid Combiners by Amphenol Procom for Tx 35-100 W in frequency range 60-1000 MHz. Standard products are 2 to 8 channels. Learn more. Explore all Hybrid Combiners.

40-60 Delaware Avenue Sidney, New York 13838-1395 Website: www.amphenol-aerospace.com 21-033470-111 (PIN) 21-033471-111 (SOCKET) black insulator keyway to its right will be positioned adjacent to and in alignment with the outer contact’s orientation

420 x 182 (incl. connector) x 42 mm / 16.53 x 7.17 (incl. connector) x 1.65 in. Weight: Approx. 1.9 kg / 4.19 lb. Environmental; Operating temperature range ... RF Cavity Combiners by Amphenol Procom for Tx 150-300 W radio systems in 60-500 MHz. Standard products are 2 to 8 channels. Read more here. Explore all Cavity Combiners.

Our wide array of electrical and electronic connectors come in multiple form factors and are designed to meet the latest market needs, including high power requirements, higher speeds, size and weight reduction, EMI shielding, hermeticity, high pressure, and improved board retention.