Broadwave Technologies https://www.broadwavetechnologies.com Manufacturer of passive RF & Microwave coaxial components such as terminations, fixed attenuators and power dividers. Mon, 26 Oct 2020 14:55:46 +0000 en-US hourly 1 https://wordpress.org/?v=5.5.1 50-Watt Directional Coupler https://www.broadwavetechnologies.com/50-watt-directional-coupler/ Mon, 26 Oct 2020 14:55:46 +0000 https://www.broadwavetechnologies.com/?p=8209 The post 50-Watt Directional Coupler appeared first on Broadwave Technologies.

]]>

Model 252-090-020 is a 50 Ohm directional coupler that covers 2 – 4 GHz frequency range and features a 20 dB coupling value. The frequency sensitivity is ± 0.6 dB maximum, insertion loss is 0.5 dB maximum and directivity is 20 dB minimum. Maximum VSWR is 1.25:1, RF input power is 50-Watts average / 1000 Watts peak and the RF connectors are N female. Directional Couplers designed by BroadWave provide an accurate method for sampling a signal. We offer couplers for most applications including power measurements, signal leveling, and frequency measurements from 500 MHz to 18 GHz with N or SMA connectors.

The post 50-Watt Directional Coupler appeared first on Broadwave Technologies.

]]>
4 – Way Power Divider https://www.broadwavetechnologies.com/4-way-power-divider/ Mon, 12 Oct 2020 14:18:07 +0000 https://www.broadwavetechnologies.com/?p=8197 The post 4 – Way Power Divider appeared first on Broadwave Technologies.

]]>

BroadWave Technologies introduced a Wilkinson power divider featuring a 5 – Watt average power rating. Model 152-085-004 is a 50 Ω, 4 – way power divider with 800 – 2700 MHz frequency range. This unit features 25 dB typical isolation, 1.50:1 maximum VSWR and 1.2 dB maximum insertion loss above theoretical loss. The amplitude tracking is +/-0.5 dB, operating temperature range is -55° C to +85° C and the RF connectors are N female. BroadWave manufactures a wide variety of Wilkinson power dividers in 2, 3, 4, 6 and 8 – way configurations. Available connector types are BNC, F, N, SMA and TNC or mixed connector types for unique applications. Wilkinson power dividers are ideal for beam shaping antennas, antenna systems, radar systems and test applications.

The post 4 – Way Power Divider appeared first on Broadwave Technologies.

]]>
Custom Feed Thru Termination https://www.broadwavetechnologies.com/custom-feed-thru-termination/ Mon, 28 Sep 2020 15:12:41 +0000 https://www.broadwavetechnologies.com/?p=8185 The post Custom Feed Thru Termination appeared first on Broadwave Technologies.

]]>

Broadwave Technologies introduced a feed thru termination designed to calibrate a military radio. Model 859-201-FTT is a 50 Ohm feed thru termination that operates from DC – 1500 MHz and is rated 1 – Watt average power. Maximum VSWR is 1.20:1 DC – 1000 MHz and 1.40:1 1000 – 1500 MHz. The RF connectors are a custom probe receptacle and SMA female. BroadWave manufactures feed thru terminations with a wide variety of impedances and RF connectors. Application specific solutions are also available. Please contact us with your unique requirement for the appropriate model number.

The post Custom Feed Thru Termination appeared first on Broadwave Technologies.

]]>
Manual Variable Attenuator https://www.broadwavetechnologies.com/manual-variable-attenuator/ Mon, 14 Sep 2020 13:34:38 +0000 https://www.broadwavetechnologies.com/?p=8175 The post Manual Variable Attenuator appeared first on Broadwave Technologies.

]]>

Model 751-006-050 is a 50 Ohm manual variable attenuator that covers DC – 2.5 GHz frequency range. This device features 50 dB of attenuation in 1 dB steps. The attenuation accuracy is ± 0.4 dB or 3 % and insertion loss is 1.0 dB maximum. Maximum VSWR is 1.50:1, RF input power is 2 Watts average and the RF connectors are SMA female. Manual variable attenuators designed by BroadWave provide an accurate method of varying the level of a signal from DC – 3 GHz. Standard connector options are BNC, N or SMA connectors. Applications include test equipment, telecommunication systems, base stations, radar applications, high precision applications such as military and defense programs.

The post Manual Variable Attenuator appeared first on Broadwave Technologies.

]]>
Electromechanical Programmable Attenuator https://www.broadwavetechnologies.com/electromechanical-programmable-attenuator-2/ Mon, 31 Aug 2020 14:08:35 +0000 https://www.broadwavetechnologies.com/?p=8148 This electromechanical 50 Ohm programmable attenuator features an external TTL control board and SMA female connectors. Model 651-026-063 offers 63 dB dynamic range in 1 dB steps over a frequency range of DC – 1000 MHz. Attenuation accuracy is +/- 0.4 dB or 2% of programmed, maximum VSWR is 1.30:1 and maximum insertion loss is […]

The post Electromechanical Programmable Attenuator appeared first on Broadwave Technologies.

]]>
This electromechanical 50 Ohm programmable attenuator features an external TTL control board and SMA female connectors. Model 651-026-063 offers 63 dB dynamic range in 1 dB steps over a frequency range of DC – 1000 MHz. Attenuation accuracy is +/- 0.4 dB or 2% of programmed, maximum VSWR is 1.30:1 and maximum insertion loss is 2.5 dB. The switching speed is 10 milliseconds and TTL control is via a 10-pin connector with a latch. Other impedance and connector options are also available. Please contact us with your unique requirement for the appropriate model number.

The post Electromechanical Programmable Attenuator appeared first on Broadwave Technologies.

]]>
50-Watts Average Power Termination https://www.broadwavetechnologies.com/50-watts-average-power-termination/ Mon, 17 Aug 2020 16:02:17 +0000 https://www.broadwavetechnologies.com/?p=8124 The post 50-Watts Average Power Termination appeared first on Broadwave Technologies.

]]>

This termination efficiently terminates 50-Watts average power. Model 555-144-050 is a 50-Ohm convection cooled RF termination designed for lab and field applications. The unit features an operating frequency range of DC – 3 GHz and maximum VSWR is 1.35:1. The temperature range is – 40°C to +40°C and the RF connector is 7/16 female. Other RF connector types and genders are available in this package.

The post 50-Watts Average Power Termination appeared first on Broadwave Technologies.

]]>
High Power RF Adapter https://www.broadwavetechnologies.com/high-power-rf-adapter/ Mon, 03 Aug 2020 17:34:27 +0000 https://www.broadwavetechnologies.com/?p=8116 The post High Power RF Adapter appeared first on Broadwave Technologies.

]]>

BroadWave Technologies has developed an adapter for high RF power delivery applications. Model 452-492-320 has a 50 Ohm impedance and DC – 8 GHz operating frequency range. The connector configuration is 7/16 female to QC contact. Mounting is 4 – hole on a 1.240 – inch flange. Applications include RF power generators and matching networks.

The post High Power RF Adapter appeared first on Broadwave Technologies.

]]>
Conduction Cooled Fixed Attenuator https://www.broadwavetechnologies.com/conduction-cooled-fixed-attenuator/ Mon, 20 Jul 2020 15:36:44 +0000 https://www.broadwavetechnologies.com/?p=8102 The post Conduction Cooled Fixed Attenuator appeared first on Broadwave Technologies.

]]>

BroadWave Technologies has developed a small, lightweight 100-Watt Fixed Attenuator. Model series 352-355-XXX* is a space saving 50 Ω, DC-4 GHz attenuator with N female connectors. Standard attenuation values are 3, 6, 10, 20 and 30 dB (other attenuation values are available). Conduction cooled attenuators mount to a customer provided heat sink, exhibit 1.45:1 maximum VSWR with an operating temperature range of -40℃ to +40℃. Other connector types and average power conduction cooled fixed attenuators are also available. Useful for analyzing harmonic signals or isolating a device under test, these attenuators reduce the amount of power delivered in a transmission line without introducing much noise or distortion Applications include test equipment, telecommunication systems, base stations, radar applications, high precision applications such as military and defense programs. Please contact us with your unique requirement for the appropriate model number.
* Insert desired attenuation value ( example: 3 dB = 003 )

The post Conduction Cooled Fixed Attenuator appeared first on Broadwave Technologies.

]]>
Directional Coupler https://www.broadwavetechnologies.com/directional-coupler/ Mon, 06 Jul 2020 14:33:53 +0000 https://www.broadwavetechnologies.com/?p=8091 The post Directional Coupler appeared first on Broadwave Technologies.

]]>

Model 251-086-020 is a 50 Ohm directional coupler that covers 7 – 12.4 GHz frequency range and features a 20 dB coupling value. The frequency sensitivity is ± 0.75 dB maximum, insertion loss is 1.0 dB maximum and directivity is 12 dB minimum. Maximum VSWR is 1.50:1, RF input power is 50 Watts average / 1000 Watts peak and the RF connectors are SMA female. Directional couplers designed by BroadWave provide an accurate method for sampling a signal. We offer couplers for most applications including power measurements, signal leveling, and frequency measurements from 500 MHz to 18 GHz with N or SMA connectors.

The post Directional Coupler appeared first on Broadwave Technologies.

]]>
Wilkinson Power Dividers https://www.broadwavetechnologies.com/wilkinson-power-dividers/ Thu, 25 Jun 2020 15:11:38 +0000 https://www.broadwavetechnologies.com/?p=8084 The post Wilkinson Power Dividers appeared first on Broadwave Technologies.

]]>

Model series 153-014-XXX are Wilkinson power dividers featuring 25 dB typical isolation. Available in 2, 3, 4, 6 and 8 way configurations these 50 Ohm units are ideal for high isolation applications. The operating frequency range is 800-2200 MHz, average power rating is 5 Watts, phase tracking is ± 5° maximum, operating temperature range is – 55°C to +85°C and the RF connectors are TNC female. Amplitude tracking is ± 0.3 dB maximum and VSWR is 1.40:1 maximum for the 2 and 4 way configurations. Amplitude tracking is ± 0.5 dB maximum and VSWR is 1.50:1 maximum for the 3, 6 and 8 way configurations. Solutions featuring BNC, N and SMA RF connectors are also available. Model 153-014-003 is pictured.

The post Wilkinson Power Dividers appeared first on Broadwave Technologies.

]]>