New Timing Solutions Deliver Phase Noise and High Clock Frequency
8V19N850 radio synchronizer is suitable for use in emerging 5G O-RAN networks for radio units. 8V19N880 and 8V19N882 clock jitter attenuators support frequencies up to 3932.16 MHz. Offers jitter performance as low as 74fs RMS and -90dB spurious attenuation.
Read More »New Timing Solutions Deliver Phase Noise and High Clock Frequency
8V19N850 radio synchronizer is suitable for use in emerging 5G O-RAN networks for radio units. 8V19N880 and 8V19N882 clock jitter attenuators support frequencies up to 3932.16 MHz. Offers jitter performance as low as 74fs RMS and -90dB spurious attenuation.
Read More »New Banana Jack Attenuating Adapters are CE Listed and RoHS 2 Compliant
Provide 1 MΩ impedance and accepting 4 mm. sheathed banana plugs. Allow for work in higher voltages and CAT environments such as electrical panel mains. Ideal for lower frequency (
Read More »New Banana Jack Attenuating Adapters are CE Listed and RoHS 2 Compliant
Provide 1 MΩ impedance and accepting 4 mm. sheathed banana plugs. Allow for work in higher voltages and CAT environments such as electrical panel mains. Ideal for lower frequency (
Read More »An Operations Manager's Guide To The Mobile Connected Factory of Tomorrow
This white paper provides an overview of mobile technology for managing your manufacturing facility, while also discussing the advantages of being an early adopter.
Read More »New VMA-Q8X8SE Matrix Attenuator is Ideal for Wireless Testing
Features full-fan-out design with all paths operating bidirectionally. Users can independently control each of the 64 attenuators. Operates within UHF, L-, S-, and C frequency bands.
Read More »New VMA-Q8X8SE Matrix Attenuator is Ideal for Wireless Testing
Features full-fan-out design with all paths operating bidirectionally. Users can independently control each of the 64 attenuators. Operates within UHF, L-, S-, and C frequency bands.
Read More »New PE43610 and PE43614 Digital Step Attenuators Deliver Glitch-Safe Attenuation State Transitions
Cover 31.5 dB attenuation range in 0.5 dB and 1 dB steps, and are capable of maintaining 0.5 dB and 1 dB monotonicity throughout their frequency ranges. Offers HBM ESD rating of 1 kV, digital control interface and have extended temperature range of −40°C to +105°C. Ideal for 5G test-and-measurement applications that feature high linearity and fast switching time.
Read More »New PE43610 and PE43614 Digital Step Attenuators Deliver Glitch-Safe Attenuation State Transitions
Cover 31.5 dB attenuation range in 0.5 dB and 1 dB steps, and are capable of maintaining 0.5 dB and 1 dB monotonicity throughout their frequency ranges. Offers HBM ESD rating of 1 kV, digital control interface and have extended temperature range of −40°C to +105°C. Ideal for 5G test-and-measurement applications that feature high linearity and fast switching time.
Read More »New VMA-Q64X8SE Digital Matrix Attenuator Equipped with Ethernet Control Port
Features frequency range of 500 MHz to 6000 MHz and enables control of 64 input signals to 8 outputs while managing the signal power for every path. Offers handover and MIMO testing of complex 5G, WiFi, and Satcom antenna modules. Ideal for research labs conducting automated handover, MIMO performance analysis, and product verification testing.
Read More »New VMA-Q64X8SE Digital Matrix Attenuator Equipped with Ethernet Control Port
Features frequency range of 500 MHz to 6000 MHz and enables control of 64 input signals to 8 outputs while managing the signal power for every path. Offers handover and MIMO testing of complex 5G, WiFi, and Satcom antenna modules. Ideal for research labs conducting automated handover, MIMO performance analysis, and product verification testing.
Read More »Ensure Safety, Reliability in Your Cement Plant with Aerzen Blowers and Compressors
Aerzen offers blowers and compressors for challenging cement applications such as pneumatic conveying from raw mill to raw meal silos, combustion air, cement silos fluidization, and more. At Aerzen, safety is our top priority. Check out our video to learn more.
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