Pulsar Microwave Corporation
Pulsar Microwave Corporation, established in 1987, is a U.S.-based manufacturer specializing in high-performance RF and microwave passive components spanning DC to 85 GHz. With full in-house design and manufacturing capabilities, we maintain strict control over quality, performance, and lead times, making us a trusted partner for both standard and custom-engineered solutions.
- 973-779-6262
- 973-779-2727
- sales@pulsarmicrowave.com
- 48 Industrial West
Clifton, NJ 07012
United States of America
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Product
90 Degree Hybrid Couplers To 600 MHz
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This category of hybrid dividers features designs from 5 to 600 MHz with 2:1 to 4:1 bandwidth. Maximum insertion loss of 0.5 dB is specified for most units. These 90-degree hybrids are designed for a power rating of 1 watt maximum for a load VSWR of 1.2:1 or better. For use in 50-ohm environments.Pulsar Microwave currently offers this product line in three space-saving packages. The connectorized outline 412 comes standard with SMA female connectors. Outline C is a surface mount package useful for handheld applications with limited PCB area. Outline 301 is hermetically sealed for rugged environments.
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Product
10-16 DB Directional Couplers From 0.5 To 50 GHz
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Single directional couplers within this series operate from 0.5 MHz to 50 GHz and are available in standard values of 10, 13 and 16 dB. They fulfill narrow and broadband requirements with coupling tolerances of +/- 1 to 1.25 dB. These couplers are optimized for best matching and high directivity with flat coupling response.
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Product
Digital Controlled Phase Shifters To 4 GHz
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Pulsar's Digital Controlled Phase shifters utilize PIN diodes and delay lines to produce the necessary phase requirements. These digital phase shifters use switched lines to obtain temperature stable phase shift. The phase is specified at the center frequency ± 3.0% and is proportional to frequency over the entire band.
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Product
SP16T RF Pin Diode Switches To 10 GHz
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Pulsar Microwave's 16-way switches cover 500 MHz to 10 GHz in single pole, 16-throw configuration. Maximum input power is 200 mW and switching time is 100 ns. SMA female connectors are standard. A 15-pin D-SUB male connector makes the internal connections to the power, ground and logic circuitry. Switching control is TTL with the option of line drivers and decoders.
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Product
DC Blocks From 0.1 MHz To 18 GHz
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Pulsar Microwave Corporation's DC blocks are designed to inner-only topology and utilize our standard housings for fast turn manufacturing. Designs are tested to 50 Ohms, and models range up to 18 Ghz with a maximum voltage rating of 500 Vdc.
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Product
90 Degree Hybrid Couplers To 26.5 GHz
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Pulsar Microwave manufactures hybrid couplers and dividers from 400 MHz to 26.5 GHz for use in 50-ohm systems. These hybrids are available in narrowband and wideband designs with up to 20:1 bandwidth ratios. Most models are built to handle 100 watts input power. The designs are stripline, and optimized for best matching and isolation performance. Available with SMA or N type female connectors.
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Product
12 / 16 / 32-Way Power Dividers From 0.5 To 8.5 GHz
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Pulsar Microwave manufactures N-way power dividers in connectorized packages spanning 500 MHz through 8.5 GHz. These narrow and broadband models are designed to operate in a 50-ohm system and are rated at 30 watts.
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Product
Voltage Variable Attenuators To 16 GHz
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Our family of voltage controlled attenuators is non-reflective, with ranges of 32 dB of 64 dB. Pin diodes are used and the frequency range is 0.25-16 GHz. They operate with a control voltage of 0 to +8 VDC and handle +27 dBm maximum input power. These attenuators are bi-directional: either SMA port may be used for an input.
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Product
Low Frequency 3-Way Power Dividers To 1500 MHz
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Pulsar Microwave manufactures 3-way power dividers from 1 MHz to 1.5 GHz in both surface mount and connectorized packages. They are rated for an input power of 1 watt maximum for a load VSWR of 1.20:1 or better. This series of 3-way power dividers are currently offered in four outline packages. The hermetically sealed outline 301 and surface mount outline B are useful in portable applications where space is premium. Outlines 412 and 433 are connectorized versions in cross or in-line format, respectively.
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Product
8-Way Power Dividers From 0.5 To 40 GHz
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Pulsar Microwave's 8-way power dividers cover broadband and narrowband applications from 500 MHz to 40 GHz, and are designed to operate in 50-ohm systems. They are rated at 30 watts input power and are available with SMA or N female connectors, or with 2.92mm connectors for frequencies above 35 GHz.
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Product
Double Balanced Mixers From 0.01 To 6000 MHz
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A double balanced mixer (DBM) employs the use of a well matched quad-diode ring with two balanced transformers. Because of this, a DBM enjoys the inherent advantage of high port to port isolation. The IF port in Pulsar's DBM design is DC coupled to the diodes.
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Product
2-Way Power Dividers From 0.23 To 70 GHz
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Pulsar Microwave manufactures a large selection of 2-way power dividers in narrowband and broadband configurations, covering frequencies from 225 MHz to 70 GHz. They are designed to handle from 10 to 30 watts input power in a 50-ohm transmission system. Microstrip or stripline designs are utilized, and optimized for best performance.Units come standard with SMA or N female connectors, or 2.92mm, 2.40mm, and 1.85mm connectors for high frequency components.
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Product
4-Way Resistive Power Dividers DC To 27 GHz
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Pulsar Microwave manufactures resistive dividers from DC to 27 GHz. They have a rated input power of one half watt maximum. VSWR of 1.5:1 or better maintained throughout band at all ports. Resistive dividers can be fitted with SMA male or female connectors and are available in three outline packages.
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Product
Single Sideband IQ Modulators To 16 GHz
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Single Sideband Modulators incorporate a 90° hybrid, 2-way 0° divider and two mixers to produce either an upper (RF + IF) or lower (RF - IF) sideband when driven by a carrier signal and modulation input signal. Depending on the phase relationship of the signals injected into the MOD.I and MOD.Q ports, the modulator will pass either the upper or lower sideband through to the output while rejecting the other.
