Test & Measurement
RF Components

High-performance RF and mmWave passive components for precision test, measurement, and validation applications.

Signal Integrity Starts
with Quality RF Components

From early-stage design validation to automated production testing, every measurement depends on the integrity of the RF signal path. Nuvotronics develops high-performance RF and mmWave passive components that help engineers preserve signal integrity, minimize measurement uncertainty, and achieve repeatable results across microwave and mmWave test environments.

Our portfolio includes RF filters, couplers, combiners, switched filter banks, multiplexers, RF packaging, and integrated passive assemblies designed to support precision test systems, laboratory instrumentation, and production test applications. Whether selecting a standard component or collaborating on a tailored solution, Nuvotronics combines innovative PolyStrata® technology with scalable manufacturing to deliver consistent performance from prototype through production.

Measurement Accuracy

Maintain signal fidelity with ultra-low-loss, high-isolation passive components that improve measurement confidence across microwave and mmWave frequencies.

Repeatable Results

Achieve consistent electrical performance with precision-manufactured components designed for reliable validation and production testing.

Broadband Coverage

Support wide frequency ranges with passive components optimized for modern RF and mmWave test environments.

Integrated Passive Assemblies

Consolidate multiple RF functions into compact surface-mount passive assemblies that reduce system complexity, simplify integration, and optimize valuable board space.

Built for Measurement Confidence

  • Preserve Signal Integrity

    Minimize insertion loss and deliver high isolation to preserve signal integrity and improve measurement accuracy across demanding RF and mmWave test environments.

  • Enable Broader Frequency Coverage

    Support emerging microwave and mmWave applications with passive components designed for broadband operation and exceptional electrical performance.

  • Simplify Complex Test Architectures

    Reduce system complexity with integrated passive solutions that consolidate multiple RF functions into compact, high-density assemblies.

  • Validate with Confidence

    Whether evaluating prototypes or supporting automated production test, Nuvotronics delivers repeatable performance backed by scalable manufacturing and rigorous quality processes.

RF Filters

Product NameDesigned with StrataworksSKUFrequency (GHz)Frequency BandInsertion LossDimensionsData SheetBuy
18 - 40 GHz Wideband FilterPSF29B22S18 - 40K–Ka0.4 dB7.6 x 4.6 x 1.6 (mm) View Data Sheet View link
18 - 50 GHz Wideband FilterPSF34B32S18 - 50K–V0.3 dB5.8 x 4.1 x 1.6 (mm) View Data Sheet View link

Multiplexers

Product NameDesigned with StrataworksSKUFrequency (GHz)Frequency BandInsertion LossDimensionsData SheetBuy
5-Channel Multiplexer0PSM0218B5S0 - 2 - 4 - 8 - 12 - 18DC–Ku2 dB26.5 x 26 x 1.8 (mm) View Data Sheet View link
4-Channel Multiplexer0PSM0640B4S0 - 6 - 10.5 - 18 - 40DC–Ka1.5 dB24.7 x 14.7 x 1.8 (mm) View Data Sheet View link
3-Channel Multiplexer0PSM0206B3S0 - 2 - 3.5 - 6DC–C1.5 dB26.5 x 25.7 x 1.8 (mm) View Data Sheet View link
18 GHz “Cross-Over” LPF & BPF Diplexer0PSD1840B2S0 - 18 - 40DC–Ka1.2 dB10 x 9.7 x 1.8 (mm) View Data Sheet View link
18 GHz “Cross-Over” LPF & HPF Diplexer0PSD1840B2SV20 - 18 - 40DC–Ka1 dB7.9 x 9.7 x 1.8 (mm) View Data Sheet View link

RF Couplers

Product NameFrequency (GHz)Insertion LossOutput PowerDimensionsData SheetBuy
2 - 18 GHz 90 Degree Hybrid Coupler2 - 180.7 dB20W28.8 x 7 x 1.6 (mm) View Data Sheet View link
6 - 18 GHz 90 Degree Hybrid Coupler6 - 180.3 dB20W21.3 x 5.7 x 1.6 (mm) View Data Sheet View link
18 - 50 GHz 90 Degree Hybrid Coupler18 - 500.3 dB20W9.3 x 5.7 x 1.6 (mm) View Data Sheet View link
18 - 50 GHz Directional Coupler18 - 500.2 dB20W7 x 4.5 x 1.6 (mm) View Data Sheet View link

mmWave Packages

Product NameFrequency (GHz)Insertion Loss (AB)Return Loss (AB)Max Die Size (L x W x D)Package Size (L x W x D)DC PinsLid #Data SheetBuy
PolyStrata® Package: PSP102810755 - 900.6 dB122.71 x 2.55 x 0.1 (mm)6 x 6 x 0.7 (mm)121028940-004 View Data Sheet View link
PolyStrata® Package: PSP102810855 - 900.6 dB121.71 x 1.55 x 0.1 (mm)5 x 5 x 0.7 (mm)81028940-003 View Data Sheet View link
PolyStrata® Package: PSP1028109500.3 dB125 x 5 x 0.1 (mm)7 x 7 x 0.4 (mm)121028940-005 View Data Sheet View link
PolyStrata® Package: PSP1028111500.3 dB123 x 3 x 0.1 (mm)5 x 5 x 0.4 (mm)81028940-003 View Data Sheet View link
PolyStrata® Package: PSP1028112500.3 dB122 x 2 x 0.1 (mm)4 x 4 x 0.4 (mm)61028940-002 View Data Sheet View link

Interconnections

Product NameDescriptionLaunchFrequency (GHz)Insertion LossIsolation (*Shielded)DimensionsData SheetBuy
Ultra-Broadband, Cross-over Interconnect Bridge: PSTLC04W
  • Small Size: 4 x 4mm
  • Frequency Range: DC - 72 GHz
  • Weight: 0.1g
  • Low loss, high isolation
  • Compatible with SMT assembly processes
WirebondDC - 700.2 dB-80 dB*4 x 4 x 1 (mm) View Data Sheet View link
Ultra-Broadband, Cross-over Interconnect Bridge: PSTLC04S
  • Small Size: 4 x 4mm
  • Frequency Range: DC - 50 GHz
  • Weight: 0.12g
  • Low loss, high isolation
  • Compatible with SMT assembly processes
SMTDC - 500.2 dB-45 dB4 x 4 x 1 (mm) View Data Sheet View link
Ultra-Broadband, Cross-Over Interconnect Bridge: PSTLC04SV2
  • Small Size
  • Wide operational range: DC–67GHz
  • Low loss, high isolation
  • CTE matched to PCB substrates
DC - 670.2 dB7 x 7 x 2.3 (mm) View Data Sheet View link
Ultra-Broadband, Cross-Over Interconnect Bridge: PSTLC02S
  • Small Size
  • Wide operational range: DC–67GHz
  • Low loss, high isolation
  • CTE matched to PCB substrates
DC - 670.2 dB3 x 1.6 x 0.4 (mm) View Data Sheet View link

Need a Custom Filter Topology?

Improve the Accuracy of 
Your Next Test System

Whether you’re developing a laboratory instrument, validating a new RF design, or optimizing an automated production test platform, our engineering team can help identify the right passive component or develop a tailored solution for your application. Let’s discuss how we can improve measurement accuracy, simplify integration, and accelerate development.