Ships in 1 Business Day
Ships in 1 Business Day
WHY CHOOSE THIS DIRECTIONAL COUPLER? ✔ Multi-Band Coverage – Operates from 0.45 to 40GHz, eliminating the need for multiple narrowband couplers....
View full detailsWHY CHOOSE THIS DIRECTIONAL COUPLER? ✔ Multi-Band Coverage – Operates from 0.45 to 40GHz, eliminating the need for multiple narrowband couplers....
View full detailsWHY CHOOSE THIS DUAL-DIRECTIONAL COUPLER? ✔ Broad Frequency Range – Covers 0.45 to 40GHz for versatile RF applications. ✔ Accurate Coupling – 10...
View full detailsWHY CHOOSE THIS DUAL-DIRECTIONAL COUPLER? ✔ Broad Frequency Range – Covers 0.45 to 40GHz for versatile RF applications. ✔ Accurate Coupling – 10...
View full detailsWHY CHOOSE THIS DIRECTIONAL COUPLER? ✔ Multi-Band Coverage – Operates from 0.45 to 40GHz, eliminating the need for multiple narrowband couplers....
View full detailsWHY CHOOSE THIS DIRECTIONAL COUPLER? ✔ Multi-Band Coverage – Operates from 0.45 to 40GHz, eliminating the need for multiple narrowband couplers....
View full detailsWHY CHOOSE THIS DUAL-DIRECTIONAL COUPLER? ✔ Broad Frequency Range – Covers 0.45 to 40GHz for versatile RF applications ✔ Accurate Coupling – 20 ...
View full detailsWHY CHOOSE THIS DUAL-DIRECTIONAL COUPLER? ✔ Broad Frequency Range – Covers 0.45 to 40GHz for versatile RF applications ✔ Accurate Coupling – 20 ...
View full detailsWHY CHOOSE THIS DIRECTIONAL COUPLER? ✔ Multi-Band Coverage – Operates from 0.45 to 8GHz, eliminating the need for multiple narrowband couplers. ...
View full detailsWHY CHOOSE THIS DIRECTIONAL COUPLER? ✔ Multi-Band Coverage – Operates from 0.45 to 8GHz, eliminating the need for multiple narrowband couplers. ...
View full detailsWHY CHOOSE THIS DUAL-DIRECTIONAL COUPLER? ✔ Broad Frequency Range – Covers 0.45 to 8GHz for versatile RF applications. ✔ Accurate Coupling – 10 ...
View full detailsWHY CHOOSE THIS DUAL-DIRECTIONAL COUPLER? ✔ Broad Frequency Range – Covers 0.45 to 8GHz for versatile RF applications. ✔ Accurate Coupling – 10 ...
View full detailsWHY CHOOSE THIS DIRECTIONAL COUPLER? ✔ Multi-Band Coverage – Operates from 0.45 to 8GHz, eliminating the need for multiple narrowband couplers. ...
View full detailsWHY CHOOSE THIS DIRECTIONAL COUPLER? ✔ Multi-Band Coverage – Operates from 0.45 to 8GHz, eliminating the need for multiple narrowband couplers. ...
View full detailsWHY CHOOSE THIS DUAL-DIRECTIONAL COUPLER? ✔ Broad Frequency Range – Covers 0.45 to 8GHz for versatile RF applications. ✔ Accurate Coupling – 20 ...
View full detailsWHY CHOOSE THIS DUAL-DIRECTIONAL COUPLER? ✔ Broad Frequency Range – Covers 0.45 to 8GHz for versatile RF applications. ✔ Accurate Coupling – 20 ...
View full detailsWHY CHOOSE THIS DIRECTIONAL COUPLER? ✔ Multi-Band Coverage – Operates from 0.5 to 18GHz, eliminating the need for multiple narrowband couplers. ...
View full detailsWHY CHOOSE THIS DIRECTIONAL COUPLER? ✔ Multi-Band Coverage – Operates from 0.5 to 18GHz, eliminating the need for multiple narrowband couplers. ...
View full detailsWHY CHOOSE THIS DUAL-DIRECTIONAL COUPLER? ✔ Broad Frequency Range – Covers 0.5 to 18GHz for versatile RF applications. ✔ Accurate Coupling – 10 ...
View full detailsWHY CHOOSE THIS DUAL-DIRECTIONAL COUPLER? ✔ Broad Frequency Range – Covers 0.5 to 18GHz for versatile RF applications. ✔ Accurate Coupling – 10 ...
View full detailsWHY CHOOSE THIS DIRECTIONAL COUPLER? ✔ Multi-Band Coverage – Operates from 0.5 to 18GHz, eliminating the need for multiple narrowband couplers. ...
View full detailsWHY CHOOSE THIS DIRECTIONAL COUPLER? ✔ Multi-Band Coverage – Operates from 0.5 to 18GHz, eliminating the need for multiple narrowband couplers. ...
View full detailsWHY CHOOSE THIS DUAL-DIRECTIONAL COUPLER? ✔ Broad Frequency Range – Covers 0.5 to 18GHz for versatile RF applications. ✔ Accurate Coupling – 20 ...
View full detailsWHY CHOOSE THIS DUAL-DIRECTIONAL COUPLER? ✔ Broad Frequency Range – Covers 0.5 to 18GHz for versatile RF applications. ✔ Accurate Coupling – 20 ...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.3dB typ ✔ Low VSWR – 1.10:1 typ, 1.30:1 max ✔ Ultra-Compact Design – Φ4.8x16.5mm, ideal f...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.3dB typ ✔ Low VSWR – 1.10:1 typ, 1.30:1 max ✔ Ultra-Compact Design – Φ4.8x16.5mm, ideal f...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ, ±0.8dB max ✔ Low VSWR – 1.12:1 typ, 1.30:1 max ✔ High Power Handling – Rated for...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ, ±0.8dB max ✔ Low VSWR – 1.12:1 typ, 1.30:1 max ✔ High Power Handling – Rated for...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.3 dB typ ✔ Low VSWR – 1.15:1 typ, 1.30:1 max ✔ High Power Handling – Rated for 1 W contin...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.3 dB typ ✔ Low VSWR – 1.15:1 typ, 1.30:1 max ✔ High Power Handling – Rated for 1 W contin...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.06:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.06:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.06:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.06:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ, ±0.8dB max ✔ Low VSWR – 1.10:1 typ, 1.35:1 max ✔ High Power Handling – Rated for...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ, ±0.8dB max ✔ Low VSWR – 1.10:1 typ, 1.35:1 max ✔ High Power Handling – Rated for...
View full detailsWHY CHOOSE THIS DIVIDER? ✔ Low Insertion Loss – 4.2dB max for efficient power transfer. ✔ Optimized Matching – 1.20:1 typ, 1.60:1 max for minima...
View full detailsWHY CHOOSE THIS DIVIDER? ✔ Low Insertion Loss – 4.2dB max for efficient power transfer. ✔ Optimized Matching – 1.20:1 typ, 1.60:1 max for minima...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.5 to 18GHz for versatile RF applications. ✔ Low Insertion Loss – 8.3dB max for effici...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.5 to 18GHz for versatile RF applications. ✔ Low Insertion Loss – 8.3dB max for effici...
View full detailsWHY CHOOSE THIS ANTENNA? ✔ Low VSWR – 2.20:1 max @ 18-30 GHz, 2.00:1 max @ 30-40 GHz ✔ High Port Isolation – 30 dB min ✔ Superior Gain – 17.5 dB...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.06:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.06:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ ✔ Low VSWR – 1.08:1 typ, 1.30:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ ✔ Low VSWR – 1.08:1 typ, 1.30:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.3 dB typ ✔ Low VSWR – 1.15:1 typ, 1.30:1 max ✔ High Power Handling – Rated for 1 W contin...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.3 dB typ ✔ Low VSWR – 1.15:1 typ, 1.30:1 max ✔ High Power Handling – Rated for 1 W contin...
View full detailsWHY CHOOSE THIS ANTENNA? ✔ Superior Gain – 16.5dBi typ ✔ Low VSWR – 2.00:1 max, minimizing signal reflection ✔ High Isolation & Signal Purit...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.45 to 8GHz for versatile RF applications. ✔ Low Insertion Loss – 1.2dB max for effici...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.45 to 8GHz for versatile RF applications. ✔ Low Insertion Loss – 1.2dB max for effici...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.5 to 18GHz for versatile RF applications. ✔ Low Insertion Loss – 1.7dB max for effici...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.5 to 18GHz for versatile RF applications. ✔ Low Insertion Loss – 1.7dB max for effici...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.5–40 GHz, with DC-capable operation for maximum versatility. ✔ Low Insertion Loss – 3...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.5–40 GHz, with DC-capable operation for maximum versatility. ✔ Low Insertion Loss – 3...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ True DC-20GHz Coverage – A single resistive divider spans DC all the way to 20GHz, replacing several narrowband...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ True DC-20GHz Coverage – A single resistive divider spans DC all the way to 20GHz, replacing several narrowband...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ True DC-40GHz Coverage – A single resistive divider spans DC all the way to 40GHz, into mmWave territory, witho...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ True DC-40GHz Coverage – A single resistive divider spans DC all the way to 40GHz, into mmWave territory, witho...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ True DC-50GHz Coverage – One resistive divider spans DC to 50GHz without swapping hardware between bands. ✔ Lo...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ True DC-50GHz Coverage – One resistive divider spans DC to 50GHz without swapping hardware between bands. ✔ Lo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.04:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.04:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.3dB typ ✔ Low VSWR – 1.10:1 typ, 1.30:1 max ✔ Ultra-Compact Design – Φ4.8x16.5mm, ideal f...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.3dB typ ✔ Low VSWR – 1.10:1 typ, 1.30:1 max ✔ Ultra-Compact Design – Φ4.8x16.5mm, ideal f...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ, ±1.0dB max ✔ Low VSWR – 1.10:1 typ, 1.35:1 max ✔ High Power Handling – Rated for...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ, ±1.0dB max ✔ Low VSWR – 1.10:1 typ, 1.35:1 max ✔ High Power Handling – Rated for...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.3 dB typ ✔ Low VSWR – 1.15:1 typ, 1.30:1 max ✔ High Power Handling – Rated for 1 W contin...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.3 dB typ ✔ Low VSWR – 1.15:1 typ, 1.30:1 max ✔ High Power Handling – Rated for 1 W contin...
View full detailsWHY CHOOSE THIS ANTENNA? ✔ Low VSWR – 2.00:1 max ✔ High Port Isolation – 30 dB min ✔ Superior Gain – 20.5 dBi typ ✔ Enhanced Cross-Polarization ...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.06:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.06:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.06:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.06:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ ✔ Low VSWR – 1.08:1 typ, 1.30:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ ✔ Low VSWR – 1.08:1 typ, 1.30:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.05 to 18GHz for versatile RF applications. ✔ Low Insertion Loss – 2.1 dB max for effi...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.05 to 18GHz for versatile RF applications. ✔ Low Insertion Loss – 2.1 dB max for effi...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.45 to 8GHz for versatile RF applications. ✔ Low Insertion Loss – 2dB max for efficien...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.45 to 8GHz for versatile RF applications. ✔ Low Insertion Loss – 2dB max for efficien...
View full detailsWHY CHOOSE THIS ANTENNA? ✔ Low VSWR – 2.00:1 max ✔ High Port Isolation – 30 dB min ✔ Superior Gain – 22 dBi typ ✔ Enhanced Cross-Polarization – ...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.07:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.07:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.06:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.06:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.06:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.06:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.3dB typ ✔ Low VSWR – 1.10:1 typ, 1.30:1 max ✔ Ultra-Compact Design – Φ4.8x16.5mm, ideal f...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.3dB typ ✔ Low VSWR – 1.10:1 typ, 1.30:1 max ✔ Ultra-Compact Design – Φ4.8x16.5mm, ideal f...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ, ±0.8dB max ✔ Low VSWR – 1.10:1 typ, 1.30:1 max ✔ High Power Handling – Rated for...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ, ±0.8dB max ✔ Low VSWR – 1.10:1 typ, 1.30:1 max ✔ High Power Handling – Rated for...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.3 dB typ ✔ Low VSWR – 1.15:1 typ, 1.30:1 max ✔ High Power Handling – Rated for 1 W contin...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.3 dB typ ✔ Low VSWR – 1.15:1 typ, 1.30:1 max ✔ High Power Handling – Rated for 1 W contin...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.45 to 8GHz for versatile RF applications. ✔ Low Insertion Loss – 2.2dB max for effici...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.45 to 8GHz for versatile RF applications. ✔ Low Insertion Loss – 2.2dB max for effici...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.5 to 18GHz for versatile RF applications. ✔ Low Insertion Loss – 3.8dB max for effici...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.5 to 18GHz for versatile RF applications. ✔ Low Insertion Loss – 3.8dB max for effici...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.5–40 GHz, with DC-capable operation for maximum versatility. ✔ Low Insertion Loss – 7...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.5–40 GHz, with DC-capable operation for maximum versatility. ✔ Low Insertion Loss – 7...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.07:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.07:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.06:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.06:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ, ±0.8dB max ✔ Low VSWR – 1.10:1 typ, 1.30:1 max ✔ High Power Handling – Rated for...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ, ±0.8dB max ✔ Low VSWR – 1.10:1 typ, 1.30:1 max ✔ High Power Handling – Rated for...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ, ±0.8dB max ✔ Low VSWR – 1.10:1 typ, 1.30:1 max ✔ High Power Handling – Rated for...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ, ±0.8dB max ✔ Low VSWR – 1.10:1 typ, 1.30:1 max ✔ High Power Handling – Rated for...
View full detailsWHY CHOOSE THIS DIVIDER? ✔ True 6-Way Design – Lower theoretical split loss than an 8-way divider (7.78 dB vs. 9.03 dB), with 2.9 dB max...
View full detailsWHY CHOOSE THIS DIVIDER? ✔ True 6-Way Design – Lower theoretical split loss than an 8-way divider (7.78 dB vs. 9.03 dB), with 2.9 dB max...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.5 to 18GHz for versatile RF applications. ✔ Low Insertion Loss – 4.5dB max for effici...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.5 to 18GHz for versatile RF applications. ✔ Low Insertion Loss – 4.5dB max for effici...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.3dB typ ✔ Low VSWR – 1.10:1 typ, 1.30:1 max ✔ Ultra-Compact Design – Φ4.8x16.5mm, ideal f...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.3dB typ ✔ Low VSWR – 1.10:1 typ, 1.30:1 max ✔ Ultra-Compact Design – Φ4.8x16.5mm, ideal f...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ ✔ Low VSWR – 1.12:1 typ, 1.30:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ ✔ Low VSWR – 1.12:1 typ, 1.30:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.3 dB typ ✔ Low VSWR – 1.15:1 typ, 1.30:1 max ✔ High Power Handling – Rated for 1 W contin...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.3 dB typ ✔ Low VSWR – 1.15:1 typ, 1.30:1 max ✔ High Power Handling – Rated for 1 W contin...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ,±0.8dB max ✔ Low VSWR – 1.12:1 typ, 1.30:1 max ✔ High Power Handling – Rated for ...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ,±0.8dB max ✔ Low VSWR – 1.12:1 typ, 1.30:1 max ✔ High Power Handling – Rated for ...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.45 to 8GHz for versatile RF applications. ✔ Low Insertion Loss – 3.4dB max for effici...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.45 to 8GHz for versatile RF applications. ✔ Low Insertion Loss – 3.4dB max for effici...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.5 to 18GHz for versatile RF applications. ✔ Low Insertion Loss – 6.2dB max for effici...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.5 to 18GHz for versatile RF applications. ✔ Low Insertion Loss – 6.2dB max for effici...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.5–40 GHz, with DC-capable operation for maximum versatility. ✔ Low Insertion Loss – 1...
View full detailsWHY CHOOSE THIS POWER DIVIDER? ✔ Broad Frequency Range – 0.5–40 GHz, with DC-capable operation for maximum versatility. ✔ Low Insertion Loss – 1...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ, ±0.8dB max ✔ Low VSWR – 1.12:1 typ, 1.30:1 max ✔ High Power Handling – Rated for...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ, ±0.8dB max ✔ Low VSWR – 1.12:1 typ, 1.30:1 max ✔ High Power Handling – Rated for...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.1dB typ ✔ Low VSWR – 1.05:1 typ, 1.25:1 max ✔ High Power Handling – Rated for 2W continuo...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ, ±0.8dB max ✔ Low VSWR – 1.10:1 typ, 1.30:1 max ✔ High Power Handling – Rated for...
View full detailsWHY CHOOSE THIS ATTENUATOR? ✔ Precise Attenuation – ±0.4dB typ, ±0.8dB max ✔ Low VSWR – 1.10:1 typ, 1.30:1 max ✔ High Power Handling – Rated for...
View full detailsPRODUCT OVERVIEW The 0.8mm Female - 1.0mm Female Coaxial Adapter is engineered for DC to 110GHz applications, offering low insertion loss (0.65dB ...
View full detailsPRODUCT OVERVIEW The 0.8mm Female - 1.0mm Male Coaxial Adapter is engineered for DC to 110GHz applications, offering low insertion loss (0.65dB ma...
View full detailsPRODUCT OVERVIEW The 0.8mm Male - 1.0mm Female Coaxial Adapter is engineered for DC to 110GHz applications, offering low insertion loss (0.65dB ma...
View full detailsPRODUCT OVERVIEW The 0.8mm Male - 1.0mm Male Coaxial Adapter is engineered for DC to 110GHz applications, offering low insertion loss (0.65dB max)...
View full detailsWHY CHOOSE THIS KIT? ✔ All-in-One – M-M, M-F, F-F, F-M adapters for flexible setups. ✔ Excellent Performance – max VSWR at 1.35:1. ...
View full detailsPRODUCT OVERVIEW The 1.0mm Female - 1.0mm Female Coaxial Adapter is engineered for DC to 110GHz applications, offering low insertion loss (0.65dB ...
View full detailsPRODUCT OVERVIEW The 1.0mm Female - 1.0mm Female Coaxial Adapter is engineered for DC to 110GHz applications, offering low insertion loss (0.65dB ...
View full detailsPRODUCT OVERVIEW The 1.0mm Male - 1.0mm Female Coaxial Adapter is engineered for DC to 110GHz applications, offering low insertion loss (0.65dB ma...
View full detailsPRODUCT OVERVIEW The 1.0mm Male - 1.0mm Female Coaxial Adapter is engineered for DC to 110GHz applications, offering low insertion loss (0.65dB ma...
View full detailsPRODUCT OVERVIEW The 1.0mm Male - 1.0mm Male Coaxial Adapter is engineered for DC to 110GHz applications, offering low insertion loss (0.65dB max)...
View full detailsPRODUCT OVERVIEW The 1.0mm Male - 1.0mm Male Coaxial Adapter is engineered for DC to 110GHz applications, offering low insertion loss (0.65dB max)...
View full detailsWHY CHOOSE THIS KIT? ✔ All-in-One – M-M, M-F, F-F adapters for flexible setups. ✔ Excellent Performance – max VSWR at 1.25:1. ✔ ...
View full detailsWHY CHOOSE THIS CABLE? ✔ Low Loss & High Stability – 4.9dB typ, 5.2dB max insertion loss @110GHz ensures minimal signal degradation. ✔ Super...
View full detailsWHY CHOOSE THIS CABLE? ✔ Low Loss & High Stability – 4.9dB typ, 5.2dB max insertion loss @110GHz ensures minimal signal degradation. ✔ Super...
View full detailsWHY CHOOSE THIS CABLE? ✔ Low Loss & High Stability – 4.9dB typ, 5.2dB max insertion loss @110GHz ensures minimal signal degradation. ✔ Super...
View full detailsWHY CHOOSE THIS CABLE? ✔ Low Loss & High Stability – 4.9dB typ, 5.2dB max insertion loss @110GHz ensures minimal signal degradation. ✔ Super...
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