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Ships within 24 hrs
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 – ±0.1dB 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 ANTENNA? ✔ Superior Gain – 17dBi typ ✔ Low VSWR – 2.00:1 max, minimizing signal reflection ✔ High Isolation & Signal Purity ...
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 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 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 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 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 – ±0.1dB 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...
View full detailsWHY CHOOSE THIS CABLE? ✔ Low Loss & High Stability – 2.6dB typ, 2.9dB max insertion loss @110GHz ensures minimal signal degradation. ✔ Super...
View full detailsWHY CHOOSE THIS CABLE? ✔ Low Loss & High Stability – 2.6dB typ, 2.9dB max insertion loss @110GHz ensures minimal signal degradation. ✔ Super...
View full detailsWHY CHOOSE THIS CABLE? ✔ Low Loss & High Stability – 2.6dB typ, 2.9dB max insertion loss @110GHz ensures minimal signal degradation. ✔ Super...
View full detailsWHY CHOOSE THIS CABLE? ✔ Low Loss & High Stability – 2.6dB typ, 2.9dB max insertion loss @110GHz ensures minimal signal degradation. ✔ Super...
View full detailsWHY CHOOSE THIS CABLE? ✔ Low Loss & High Stability – 3.4dB typ, 3.7dB max insertion loss @110GHz ensures minimal signal degradation. ✔ Super...
View full detailsWHY CHOOSE THIS CABLE? ✔ Low Loss & High Stability – 3.4dB typ, 3.7dB max insertion loss @110GHz ensures minimal signal degradation. ✔ Super...
View full detailsWHY CHOOSE THIS CABLE? ✔ Low Loss & High Stability – 3.4dB typ, 3.7dB max insertion loss @110GHz ensures minimal signal degradation. ✔ Super...
View full detailsWHY CHOOSE THIS CABLE? ✔ Low Loss & High Stability – 3.4dB typ, 3.7dB max insertion loss @110GHz ensures minimal signal degradation. ✔ Super...
View full detailsWHY CHOOSE THIS TERMINATION? ✔ Superior Signal Absorption – Effectively dissipates RF energy to minimize unwanted reflections. ✔ Opt...
View full detailsWHY CHOOSE THIS TERMINATION? ✔ Superior Signal Absorption – Effectively dissipates RF energy to minimize unwanted reflections. ✔ Opt...
View full detailsWHY CHOOSE THIS TERMINATION? ✔ Superior Signal Absorption – Effectively dissipates RF energy to minimize unwanted reflections. ✔ Opt...
View full detailsWHY CHOOSE THIS TERMINATION? ✔ Superior Signal Absorption – Effectively dissipates RF energy to minimize unwanted reflections. ✔ Opt...
View full detailsWHY CHOOSE THIS TERMINATION? ✔ Superior Signal Absorption – Effectively dissipates RF energy to minimize unwanted reflections. ✔ Opt...
View full detailsWHY CHOOSE THIS TERMINATION? ✔ Superior Signal Absorption – Effectively dissipates RF energy to minimize unwanted reflections. ✔ Opt...
View full detailsWHY CHOOSE THIS TERMINATION? ✔ Superior Signal Absorption – Effectively dissipates RF energy to minimize unwanted reflections. ✔ Optimized Imped...
View full detailsWHY CHOOSE THIS TERMINATION? ✔ Superior Signal Absorption – Effectively dissipates RF energy to minimize unwanted reflections. ✔ Optimized Imped...
View full detailsPRODUCT OVERVIEW URF N Female - SMA Female 4-Hole Flange adapter with a stainless steel passivated body and beryllium copper gold-plated center co...
View full detailsPRODUCT OVERVIEW URF N Female - SMA Female 4-Hole Flange adapter with a stainless steel passivated body and beryllium copper gold-plated center co...
View full detailsPRODUCT OVERVIEW URF's SMA Female - BMA Female 2-Hole Flange adapter with a stainless steel passivated body and beryllium copper gold-plated cente...
View full detailsPRODUCT OVERVIEW URF's SMA Female - BMA Female 2-Hole Flange adapter with a stainless steel passivated body and beryllium copper gold-plated cente...
View full detailsPRODUCT OVERVIEW DC-18GHz SMA Male - SMA Female 90° Right Angle Adapter features 1.05:1 typ, 1.20:1 max VSWR, 0.35dB insertion loss, and >1000 ...
View full detailsPRODUCT OVERVIEW DC-18GHz SMA Male - SMA Female 90° Right Angle Adapter features 1.05:1 typ, 1.20:1 max VSWR, 0.35dB insertion loss, and >1000 ...
View full detailsPRODUCT OVERVIEW DC-18GHz SMA Male to SMA Female 90° Right Angle Adapter features 1.07:1 typ, 1.20:1 max VSWR, 0.35dB insertion loss, and >1000...
View full detailsPRODUCT OVERVIEW DC-18GHz SMA Male to SMA Female 90° Right Angle Adapter features 1.07:1 typ, 1.20:1 max VSWR, 0.35dB insertion loss, and >1000...
View full detailsPRODUCT OVERVIEW DC-18GHz SMA Male to SMA Male 90° Right Angle Adapter features 1.07:1 typ, 1.20:1 max VSWR, 0.35dB insertion loss, and >1000 m...
View full detailsPRODUCT OVERVIEW DC-18GHz SMA Male to SMA Male 90° Right Angle Adapter features 1.07:1 typ, 1.20:1 max VSWR, 0.35dB insertion loss, and >1000 m...
View full detailsWHY CHOOSE THIS TERMINATION? ✔ Superior Signal Absorption – Effectively dissipates RF energy to minimize unwanted reflections. ✔ Opt...
View full detailsWHY CHOOSE THIS TERMINATION? ✔ Superior Signal Absorption – Effectively dissipates RF energy to minimize unwanted reflections. ✔ Opt...
View full detailsPRODUCT OVERVIEW URF's DC-27GHz SMA Female - SMA Female 4-Hole Flange adapter with a stainless steel passivated body and beryllium copper gold-pla...
View full detailsPRODUCT OVERVIEW URF's DC-27GHz SMA Female - SMA Female 4-Hole Flange adapter with a stainless steel passivated body and beryllium copper gold-pla...
View full detailsPRODUCT OVERVIEW The SMA Female to SMA Female Coaxial Adapter is engineered for DC to 27GHz applications, offering low insertion loss (0.25dB max)...
View full detailsPRODUCT OVERVIEW The SMA Female to SMA Female Coaxial Adapter is engineered for DC to 27GHz applications, offering low insertion loss (0.25dB max)...
View full detailsPRODUCT OVERVIEW DC-27GHz SMA Female - SMA Female Bulkhead Adapter is engineered for secure, high-performance signal transitions in RF systems. Fe...
View full detailsPRODUCT OVERVIEW DC-27GHz SMA Female - SMA Female Bulkhead Adapter is engineered for secure, high-performance signal transitions in RF systems. Fe...
View full detailsPRODUCT OVERVIEW The SMA Male to SMA Female Coaxial Adapter is engineered for DC to 27GHz applications, offering low insertion loss (0.25dB max) a...
View full detailsPRODUCT OVERVIEW The SMA Male to SMA Female Coaxial Adapter is engineered for DC to 27GHz applications, offering low insertion loss (0.25dB max) a...
View full detailsPRODUCT OVERVIEW The SMA Male to SMA Male Coaxial Adapter is engineered for DC to 27GHz applications, offering low insertion loss (0.25dB max) and...
View full detailsPRODUCT OVERVIEW The SMA Male to SMA Male Coaxial Adapter is engineered for DC to 27GHz applications, offering low insertion loss (0.25dB max) and...
View full detailsWHY CHOOSE THIS KIT? ✔ All-in-One – M-M, M-F, F-F adapters for flexible setups. ✔ Excellent Performance – max VSWR at 1.15:1. ✔ ...
View full detailsWHY CHOOSE THIS TERMINATION? ✔ Superior Signal Absorption – Effectively dissipates RF energy to minimize unwanted reflections. ✔ Opt...
View full detailsWHY CHOOSE THIS TERMINATION? ✔ Superior Signal Absorption – Effectively dissipates RF energy to minimize unwanted reflections. ✔ Opt...
View full detailsPRODUCT OVERVIEW DC-40GHz 2.92mm Female - 2.92mm Female 4-Hole Flange Adapter with a stainless steel passivated body and beryllium copper gold-pla...
View full detailsPRODUCT OVERVIEW DC-40GHz 2.92mm Female - 2.92mm Female 4-Hole Flange Adapter with a stainless steel passivated body and beryllium copper gold-pla...
View full detailsPRODUCT OVERVIEW DC-40GHz 2.92mm Female - 2.92mm Female 90° Right Angle Adapter features 1.06:1 typ, 1.25:1 max VSWR, 0.55dB insertion loss, and &...
View full detailsPRODUCT OVERVIEW DC-40GHz 2.92mm Female - 2.92mm Female 90° Right Angle Adapter features 1.06:1 typ, 1.25:1 max VSWR, 0.55dB insertion loss, and &...
View full detailsPRODUCT OVERVIEW The 2.92mm Female - 2.92mm Female Coaxial Adapter is engineered for DC to 40GHz applications, offering low insertion loss (0.3dB ...
View full detailsPRODUCT OVERVIEW The 2.92mm Female - 2.92mm Female Coaxial Adapter is engineered for DC to 40GHz applications, offering low insertion loss (0.3dB ...
View full detailsPRODUCT OVERVIEW DC-40GHz 2.92mm Female - 2.92mm Female Bulkhead Adapter is engineered for secure, high-performance signal transitions in RF syste...
View full detailsPRODUCT OVERVIEW DC-40GHz 2.92mm Female - 2.92mm Female Bulkhead Adapter is engineered for secure, high-performance signal transitions in RF syste...
View full detailsPRODUCT OVERVIEW DC-40GHz 2.92mm Male - 2.92mm Female 90° Right Angle Adapter features 1.07:1 typ, 1.25:1 max VSWR, 0.55dB insertion loss, and >...
View full detailsPRODUCT OVERVIEW DC-40GHz 2.92mm Male - 2.92mm Female 90° Right Angle Adapter features 1.07:1 typ, 1.25:1 max VSWR, 0.55dB insertion loss, and >...
View full detailsPRODUCT OVERVIEW The 2.92mm Male - 2.92mm Female Coaxial Adapter is engineered for DC to 40GHz applications, offering low insertion loss (0.3dB ma...
View full detailsPRODUCT OVERVIEW The 2.92mm Male - 2.92mm Female Coaxial Adapter is engineered for DC to 40GHz applications, offering low insertion loss (0.3dB ma...
View full detailsPRODUCT OVERVIEW DC-40GHz 2.92mm Male - 2.92mm Male 90° Right Angle Adapter features 1.05:1 typ, 1.25:1 max VSWR, 0.55dB insertion loss, and >1...
View full detailsPRODUCT OVERVIEW DC-40GHz 2.92mm Male - 2.92mm Male 90° Right Angle Adapter features 1.05:1 typ, 1.25:1 max VSWR, 0.55dB insertion loss, and >1...
View full detailsPRODUCT OVERVIEW The 2.92mm Male - 2.92mm Male Coaxial Adapter is engineered for DC to 40GHz applications, offering low insertion loss (0.3dB max)...
View full detailsPRODUCT OVERVIEW The 2.92mm Male - 2.92mm Male Coaxial Adapter is engineered for DC to 40GHz applications, offering low insertion loss (0.3dB 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 1.15:1. ✔ ...
View full detailsWHY CHOOSE THIS CABLE? ✔ Low Loss & High Stability – 2.3dB typ, 2.6dB max insertion loss @40GHz ensures minimal signal degradation. ✔ Superi...
View full detailsWHY CHOOSE THIS CABLE? ✔ Low Loss & High Stability – 2.8dB typ, 3.1dB max insertion loss @40GHz ensures minimal signal degradation. ✔ Superi...
View full detailsWHY CHOOSE THIS TERMINATION? ✔ Superior Signal Absorption – Effectively dissipates RF energy to minimize unwanted reflections. ✔ Opt...
View full detailsWHY CHOOSE THIS TERMINATION? ✔ Superior Signal Absorption – Effectively dissipates RF energy to minimize unwanted reflections. ✔ Opt...
View full detailsPRODUCT OVERVIEW DC-50GHz 2.4mm Female - 2.4mm Female 4-Hole Flange Adapter with a stainless steel passivated body and beryllium copper gold-plate...
View full detailsPRODUCT OVERVIEW DC-50GHz 2.4mm Female - 2.4mm Female 4-Hole Flange Adapter with a stainless steel passivated body and beryllium copper gold-plate...
View full detailsPRODUCT OVERVIEW DC-50GHz 2.4mm Female - 2.4mm Female 90° Right Angle Adapter features 1.08:1 typ, 1.25:1 max VSWR, 0.6dB insertion loss, and >...
View full detailsPRODUCT OVERVIEW DC-50GHz 2.4mm Female - 2.4mm Female 90° Right Angle Adapter features 1.08:1 typ, 1.25:1 max VSWR, 0.6dB insertion loss, and >...
View full detailsPRODUCT OVERVIEW The 2.4mm Female - 2.4mm Female Coaxial Adapter is engineered for DC to 50GHz applications, offering low insertion loss (0.35d...
View full detailsPRODUCT OVERVIEW The 2.4mm Female - 2.4mm Female Coaxial Adapter is engineered for DC to 50GHz applications, offering low insertion loss (0.35d...
View full detailsPRODUCT OVERVIEW DC-50GHz 2.4mm Female - 2.4mm Female Bulkhead Adapter is engineered for secure, high-performance signal transitions in RF systems...
View full detailsPRODUCT OVERVIEW DC-50GHz 2.4mm Female - 2.4mm Female Bulkhead Adapter is engineered for secure, high-performance signal transitions in RF systems...
View full detailsPRODUCT OVERVIEW DC-50GHz 2.4mm Male - 2.4mm Female 90° Right Angle Adapter features 1.08:1 typ, 1.25:1 max VSWR, 0.6dB insertion loss, and >10...
View full detailsPRODUCT OVERVIEW DC-50GHz 2.4mm Male - 2.4mm Female 90° Right Angle Adapter features 1.08:1 typ, 1.25:1 max VSWR, 0.6dB insertion loss, and >10...
View full detailsPRODUCT OVERVIEW The 2.4mm Male - 2.4mm Female Coaxial Adapter is engineered for DC to 50GHz applications, offering low insertion loss (0.35dB ...
View full detailsPRODUCT OVERVIEW The 2.4mm Male - 2.4mm Female Coaxial Adapter is engineered for DC to 50GHz applications, offering low insertion loss (0.35dB ...
View full detailsPRODUCT OVERVIEW DC-50GHz 2.4mm Male - 2.4mm Male 90° Right Angle Adapter features 1.08:1 typ, 1.25:1 max VSWR, 0.6dB insertion loss, and >1000...
View full detailsPRODUCT OVERVIEW DC-50GHz 2.4mm Male - 2.4mm Male 90° Right Angle Adapter features 1.08:1 typ, 1.25:1 max VSWR, 0.6dB insertion loss, and >1000...
View full detailsPRODUCT OVERVIEW The 2.4mm Male - 2.4mm Male Coaxial Adapter is engineered for DC to 50GHz applications, offering low insertion loss (0.35dB max) ...
View full detailsPRODUCT OVERVIEW The 2.4mm Male - 2.4mm Male Coaxial Adapter is engineered for DC to 50GHz applications, offering low insertion loss (0.35dB 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 1.15:1. ✔ ...
View full detailsWHY CHOOSE THIS CABLE? ✔ Low Loss & High Stability – 3.6dB typ, 3.9dB max insertion loss @50GHz ensures minimal signal degradation. ✔ Superi...
View full detailsPRODUCT OVERVIEW The 1.0mm Female to 1.85mm Female Coaxial Adapter is engineered for DC to 67GHz applications, offering low insertion loss (0.7dB ...
View full detailsPRODUCT OVERVIEW The 1.0mm Female to 1.85mm Female Coaxial Adapter is engineered for DC to 67GHz applications, offering low insertion loss (0.7dB ...
View full detailsPRODUCT OVERVIEW The 1.0mm Female to 1.85mm Male Coaxial Adapter is engineered for DC to 67GHz applications, offering low insertion loss (0.7dB ma...
View full detailsPRODUCT OVERVIEW The 1.0mm Female to 1.85mm Male Coaxial Adapter is engineered for DC to 67GHz applications, offering low insertion loss (0.7dB ma...
View full detailsPRODUCT OVERVIEW The 1.0mm Male to 1.85mm Female Coaxial Adapter is engineered for DC to 67GHz applications, offering low insertion loss (0.7dB ma...
View full detailsPRODUCT OVERVIEW The 1.0mm Male to 1.85mm Female Coaxial Adapter is engineered for DC to 67GHz applications, offering low insertion loss (0.7dB ma...
View full detailsPRODUCT OVERVIEW The 1.0mm Male to 1.85mm Male Coaxial Adapter is engineered for DC to 67GHz applications, offering low insertion loss (0.7dB max)...
View full detailsPRODUCT OVERVIEW The 1.0mm Male to 1.85mm Male Coaxial Adapter is engineered for DC to 67GHz applications, offering low insertion loss (0.7dB 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 1.25:1. ...
View full detailsPRODUCT OVERVIEW DC-67GHz 1.85mm Female - 1.85mm Female 4-Hole Flange Adapter with a stainless steel passivated body and gold-plated beryllium cop...
View full detailsPRODUCT OVERVIEW DC-67GHz 1.85mm Female - 1.85mm Female 4-Hole Flange Adapter with a stainless steel passivated body and gold-plated beryllium cop...
View full detailsPRODUCT OVERVIEW DC-67GHz 1.85mm Female - 1.85mm Female 90° Right Angle Adapter features 1.10:1 typ, 1.25:1 max VSWR, 0.8dB insertion loss, and &g...
View full detailsPRODUCT OVERVIEW DC-67GHz 1.85mm Female - 1.85mm Female 90° Right Angle Adapter features 1.10:1 typ, 1.25:1 max VSWR, 0.8dB insertion loss, and &g...
View full detailsPRODUCT OVERVIEW The 1.85mm Female - 1.85mm Female Coaxial Adapter is engineered for DC to 67GHz applications, offering low insertion loss (0.5dB ...
View full detailsPRODUCT OVERVIEW The 1.85mm Female - 1.85mm Female Coaxial Adapter is engineered for DC to 67GHz applications, offering low insertion loss (0.5dB ...
View full detailsPRODUCT OVERVIEW DC-67GHz 1.85mm Female - 1.85mm Female Bulkhead Adapter is engineered for secure, high-performance signal transitions in RF syste...
View full detailsPRODUCT OVERVIEW DC-67GHz 1.85mm Female - 1.85mm Female Bulkhead Adapter is engineered for secure, high-performance signal transitions in RF syste...
View full detailsPRODUCT OVERVIEW The DC-67GHz 1.85mm Female Solderless PCB Compression Mount Connector delivers exceptional high-performance solution for RF, mmWa...
View full detailsPRODUCT OVERVIEW The DC-67GHz 1.85mm Female Solderless PCB Compression Mount Connector delivers exceptional high-performance solution for RF, mmWa...
View full detailsPRODUCT OVERVIEW The 1.85mm Male - 1.85mm Female Coaxial Adapter is engineered for DC to 67GHz applications, offering low insertion loss (0.5dB ma...
View full detailsPRODUCT OVERVIEW The 1.85mm Male - 1.85mm Female Coaxial Adapter is engineered for DC to 67GHz applications, offering low insertion loss (0.5dB ma...
View full detailsPRODUCT OVERVIEW DC-67GHz 1.85mm Male - 1.85mm Male 90° Right Angle Adapter features 1.10:1 typ, 1.25:1 max VSWR, 0.8dB insertion loss, and >10...
View full detailsPRODUCT OVERVIEW DC-67GHz 1.85mm Male - 1.85mm Male 90° Right Angle Adapter features 1.10:1 typ, 1.25:1 max VSWR, 0.8dB insertion loss, and >10...
View full detailsPRODUCT OVERVIEW The 1.85mm Male - 1.85mm Male Coaxial Adapter is engineered for DC to 67GHz applications, offering low insertion loss (0.5dB max)...
View full detailsPRODUCT OVERVIEW The 1.85mm Male - 1.85mm Male Coaxial Adapter is engineered for DC to 67GHz applications, offering low insertion loss (0.5dB 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 1.20:1. ✔ ...
View full detailsWHY CHOOSE THIS TERMINATION? ✔ Superior Signal Absorption – Effectively dissipates RF energy to minimize unwanted reflections. ✔ Opt...
View full detailsWHY CHOOSE THIS TERMINATION? ✔ Superior Signal Absorption – Effectively dissipates RF energy to minimize unwanted reflections. ✔ Opt...
View full detailsWHY CHOOSE THIS CABLE? ✔ Low Loss & High Stability – 4.3dB typ, 4.6dB max insertion loss @67GHz ensures minimal signal degradation. ✔ Superi...
View full detailsWHY CHOOSE THIS CABLE? ✔ Low Loss & High Stability – 6.1dB typ, 6.4dB max insertion loss @67GHz ensures minimal signal degradation. ✔ Superi...
View full detailsWHY CHOOSE THIS CABLE? ✔ Low Loss & High Stability – 6.1dB typ, 6.4dB max insertion loss @67GHz ensures minimal signal degradation. ✔ Superi...
View full detailsWHY CHOOSE THIS TERMINATION? ✔ Superior Signal Absorption – Effectively dissipates RF energy to minimize unwanted reflections. ✔ Opt...
View full detailsWHY CHOOSE THIS TERMINATION? ✔ Superior Signal Absorption – Effectively dissipates RF energy to minimize unwanted reflections. ✔ Opt...
View full detailsWHY CHOOSE THIS CABLE? ✔ Precision Phase Matching – 2 cables factory-matched within <±0.5ps for highly accurate signal alignment in phase-sen...
View full detailsWHY CHOOSE THIS CABLE? ✔ Precision Phase Matching – Factory-matched within <±0.5ps for highly accurate signal alignment in phase-sensitive te...
View full detailsWHY CHOOSE THIS CABLE? ✔ Precision Phase Matching – 2 cables factory-matched within <±0.5ps for highly accurate signal alignment in phase-sen...
View full detailsWHY CHOOSE THIS CABLE? ✔ Precision Phase Matching – 2 cables factory-matched within <±0.5ps for highly accurate signal alignment in phase-sen...
View full detailsWHY CHOOSE THIS CABLE? ✔ Precision Phase Matching – 16 cables factory-matched within <±1ps per set for highly accurate signal alignment in ph...
View full detailsWHY CHOOSE THIS CABLE? ✔ Precision Phase Matching – 16 cables factory-matched within <±1ps per set of 16 channels, ±1ps per pair. ✔ Reliable ...
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