For over 60 years, the Weinschel name has become synonymous with quality, performance and reliability. Our extensive range of products include components, subsystems and connector systems built upon a strong engineering heritage.
Call: 800-638-2048 / 301-846-9222
Providing a wide variety of Standard and custom RF & Microwave Components & Subsystems that operate over the dc to 50 GHz frequency range.
Call: 800-638-2048 / 301-846-9222
Get the latest RF & Microwave Components & Subsystems Catalog from Weinschel: This New 60th Anniversary edition outlines Weinschel's wide range of RF, Wireless, & Microwave Components and Subsystems.
Call: 800-638-2048 / 301-846-9222
Bring your 3G/4G Testing to a Solid State! If it's time to bring your test systems to the digital age, look to Weinschel, the leaders in solid-state programmable attenuation.
Call: 800-638-2048 / 301-846-9222
Routing. Conditioning. Streamlined: Our promise - one perfectly integrated, dependable signal routing and conditioning box. That's why defense programs such as JSF, SSEE, JTRS, GMR, and EPLARS have put their faith in us.
Call: 800-638-2048 / 301-846-9222
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Weinschel MMIC Switched Digital Attenuators & Switches, to 6 GHz
Weinschel’s line of 4205 and 4205A MMIC Digital Attenuators operate over the 200 MHz to 6 GHz and 300 kHz to 6 GHz frequency ranges respectively and are available in a variety of attenuation ranges. These unit can be controlled using either standand TTL or USB interfaces. All units are supplied with LabView based GUI control software, creating a virtual control panel for ease of use.
This new Weinschel series operates over the 0.1 to 6 GHz frequency range. This single pole 4 throw switch can be controlled using either parallel TTL or USB interfaces.
Ideal for Automated Test Equipment (ATE), WiMAX, LTE, WiFi, 3G/4G Fading Simulators, Engineering/ Production Test Lab environments.
API Weinschel’s new 4207 Series of MMIC Digital Attenuators operate over the 100 to 32,000 MHz frequency range and are available in a variety of attenuation ranges (up to 94.5 dB in 0.5 dB steps). These units can be controlled using parallel (TTLcompatible), I2C, SPI, UART, or USB interfaces.
