Pasternack Enterprises, Inc.
Since 1972, Pasternack has steadily grown by aligning its offerings to match the needs of our Customers. We maintain an inventory of more than 40,000 products that are always available which gives you access to products ranging from the rare, hard-to-find specials to the broadest array of industry standards. Today, Pasternack is a global supplier of RF and Microwave components supported by a growing list of 19 International Distributors who service customers in more than 35 countries worldwide and partner with us in pursuit of our vision to be the world’s most recognized and trusted provider of urgently needed RF/Microwave components and assemblies.
- 1-949-261-1920
866-665-2176 - 1-949-261-7451
- sales@pasternack.com
- 17802 Fitch
Irvine, CA 92614
United States of America
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Product
Lowpass Filters
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Frequency range of this lowpass filter is DC to 100 MHz and the passband is 100 MHz. PE8719 lowpass filter is one of over 40,000 RF, microwave and millimeter wave components supplied by Pasternack. Our 5 section low pass filter can be bought and shipped worldwide the same-day as with our other in-stock RF parts.
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Product
Variable Attenuators
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Continuously variable attenuators from Pasternack are available in 50 Ohm impedance and with SMA connectors. SMA continuously variable attenuators have RF db attenuation values that range from 7 dB to 40 dB. The frequency range of our continuously variable attenuators is from 1 GHz to 18 GHz. This variable attenuator product line includes low to high power attenuators which have the power handling up to 5 Watts.Variable attenuators from Pasternack include female genders and can be bidirectional, depending on the power rating. Our continuously variable attenuators are manufactured to precise industry specifications and the bodies are constructed of. Pasternack commonly uses Pi attenuators or Pi pads for its continuously variable attenuator designs.
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Product
Tunnel Diode Zero Bias Detectors
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A tunnel diode zero-bias detector is a device that converts microwave and millimeter-wave radio frequency (RF) signals into a DC voltage without requiring an external power source


















