Conical Inductor
OEM / ODM Multi Layer Inductor Noble Metal Inductor Anti Microphonic Damping Low Outgassing
Custom Conical Inductor Anti Microphonic Damping Low Outgassing NASA Standard Noble Metal Composite HACC-CUSTOM-AD: Anti-Microphonic Damped Low-Outgassing Conical Inductor with Noble Metal Plating Dual-Action Anti-Microphonic Damping Formulation Conical inductors in high-vibration environments — airborne platforms, launch vehicles, spacecraft during ascent — act as microphonic transducers: mechanical vibration induces winding displacement relative to the magnetic field,
Gold Plated Conical Inductor Custom Metal Composite Inductor Micro Magnetic Shielding
Custom Conical Inductor Noble Metal Composite Plating Micro Magnetic Shielding Optimized Return Loss Impedance HACC-CUSTOM-NM: Noble Metal Plated Magnetically Shielded Conical Inductor with Optimized Return Loss & Impedance Matching Proprietary Multi-Layer Noble Metal Composite Plating Standard gold-plated conical inductor wire uses a simple Au/Ni/Cu stack that is adequate for benign environments but degrades in high-humidity, high-temperature, or corrosive atmospheres. The
Cryogenic Deep Space Conical Inductors Extended SRF Broadband Inductor
Custom Conical Inductor Cryogenic Deep Space Vacuum Reliability Wafer Level Digital Twin Data Packaging Extended SRF HACC-CUSTOM-CR: Cryogenic Deep-Space Qualified Conical Inductor with Wafer-Level Digital Twin Data & Extended SRF Cryogenic & Deep-Space Vacuum Reliability Deep-space scientific instruments — radio astronomy receivers, quantum computing readout chains, and planetary exploration payloads — require RF components that maintain calibrated performance from room
Extended SRF Conical Inductors 3D Laser Skin Loss Microwave Inductor
Custom Conical Inductor Extended SRF Millimeter Wave Limit 3D Laser Surface Modification Skin Loss Blind Mate Assembly HACC-CUSTOM-MW: Extended-SRF mmWave Conical Inductor with 3D Laser Surface Modification & Blind-Mate Assembly Extended-SRF Millimeter-Wave Limit Customization Standard conical inductors achieve SRF of 20–40 GHz — adequate for microwave but insufficient for V-band (50–75 GHz) and E-band (60–90 GHz) millimeter-wave applications where parasitic capacitance at
Ultrasonic Proof Metal Composite Inductor Hand Tunable SMD Inductor
Custom Conical Inductor Ultrasonic Cleaning Proof Ruggedized Structural Matrix Dynamic Prototyping Hand Tunable Pitch HACC-CUSTOM-UP: Ultrasonic-Proof Ruggedized Conical Inductor with Dynamic Hand-Tunable Prototyping & CTE Matching Ultrasonic Cleaning Proof / Ruggedized Structural Matrix RF module assembly processes — particularly for high-reliability applications — include aggressive cleaning steps: 40 kHz ultrasonic baths at 60°C in IPA, deionized water, or aqueous flux
CTE Matching RF Choke Inductor Ultra Low DCR Surface Mount Inductor
Custom Conical Inductor Zero Thermal Stress CTE Matching Ultra Low DCR High Current Bias Tee Eutectic Micro Tip HACC-CUSTOM-TH: Zero-Thermal-Stress CTE-Matched Conical Inductor with Ultra-Low DCR & Eutectic Micro-Tip Zero-Thermal-Stress CTE Matching Design Hybrid circuits and RF modules using alumina (Al₂O₃, CTE 6.7 ppm/°C) or aluminum nitride (AlN, CTE 4.5 ppm/°C) substrates experience significant thermal stress at component-substrate interfaces during temperature cycling.
Microwave Absorbent Conical Inductors Precision Stripping Custom Inductor
Custom Conical Inductor Microwave Absorbent Encapsulation Stress Relief Micro Leads Precision Stripping Support HACC-CUSTOM-AB: Microwave-Absorbent Encapsulated Conical Inductor with Stress-Relief Micro-Leads & Precision Stripping Custom Integrated Microwave-Absorbent Encapsulation Conical inductors operating in dense RF modules are susceptible to cavity resonances — electromagnetic standing waves between the inductor body and nearby metallic structures (module lids, ground
Resonance Free Conical Inductor Precision Metal Inductor Low Jitter
Custom Conical Inductor Resonance Free Dynamic Bandwidth Gradient Pitch Taper Ratio Ultra Low Jitter Optical HACC-CUSTOM-BW: Resonance-Free Conical Inductor with Gradient Variable Pitch & Ultra-Low Jitter for High-Speed Optical Modules Resonance-Free Dynamic Bandwidth Customization Standard conical inductors with uniform winding pitch exhibit parasitic series resonances — impedance nulls where the inductor behaves as a capacitor — limiting usable bandwidth. The HACC-CUSTOM-BW
High Density SMD Inductor Compact Surface Mount Inductor For Broadband Operation
20008 conical inductor features compact SMD packaging with high-density integration capability, delivering high reliability and resonance-free broadband performance for demanding RF and microwave applications.
Bias Tee Conical Inductor Through Hole / Surface Mount Wideband Choke Minimal Parasitic Capacitance
20008 conical inductor delivers ultra-wideband RF performance from 200MHz to 40GHz with minimal parasitic capacitance, ideal for broadband bias tee circuits in microwave and RF front-end designs.
SMT Conical Inductor 470nH Ultra-Wideband RF Choke 40GHz+ Flying Leads Flexible Mounting
HALT40012 470nH SMT Conical Inductor | Ultra-Wideband RF Choke up to 40GHz+ The HALT40012 brings the resonance-free performance of tapered conical winding to automated assembly lines. With flexible mounting options covering both SMT pads and flying leads, this 470nH broadband choke sustains continuous RF blocking from 50 MHz through 40 GHz while fitting into high-volume optical transceiver and microwave module production. Ultra-Wideband Frequency Coverage up to 40GHz+ The
220nH Conical Inductor Ultra-Wideband RF Choke 40GHz+ Optical Transceiver Clean Eye Diagram
HALT30012 220nH Broadband Conical Inductor | Ultra-Wideband Frequency Coverage up to 40GHz+ Engineered for broadband bias and decoupling networks, the HALT30012 conical inductor delivers continuous resonance-free choking from 100 MHz through 40 GHz and beyond. Its air-core tapered cone winding distributes parasitic capacitance along a mechanical gradient, eliminating the narrowband self-resonance notches that plague conventional solenoid chokes. Ultra-Wideband Frequency
Compact Broadband Inductor High Density Capacitor For Broadband Operation
HALT20005 conical inductor features compact SMD packaging with high-density integration capability, delivering high reliability and resonance-free broadband performance for demanding RF and microwave applications.
Precision Conical Inductors Ultra Wideband Microwave Inductor Minimal Parasitic Capacitance
HALT20005 conical inductor delivers ultra-wideband RF performance from 200MHz to 40GHz with minimal parasitic capacitance, ideal for broadband bias tee circuits in microwave and RF front-end designs.
1400nH Conical Inductor Ultra Wideband Radio Frequency Choke 20MHz - 40GHz
1400nH broadband conical inductor optimized for bias tee DC injection, covering 20MHz-40GHz. 0.05mm micro-wire winding with 200mA DC current rating. Optional 0.08mm wire for higher current. -55°C to +125°C operation.
Air Core Conical Inductor 1000nH 25MHz - 40GHz RF Choke Inductor
1000nH (1.0µH) precision-wound conical inductor optimized for bias tee and optoelectronics applications, with 0.05mm micro-wire construction delivering reliable 25MHz-40GHz performance from -55°C to +125°C.
25MHz - 40GHz Broadband Inductors 1.0uH RF Choke Coil HALT50005
1000nH (1.0µH) ultra-broadband conical inductor delivering 25MHz-40GHz resonance-free RF choking with low insertion loss. 0.05mm micro-wire winding, 250mA continuous current for wideband bias tee applications.
550nH Ultra Broadband Inductor Precision Broadband RF Choke 50MHz - 40GHz
550nH precision-wound conical inductor delivering low insertion loss and high return loss across 50MHz-40GHz, with 0.05mm micro-wire construction for reliable -55°C to +125°C operation.
Ultra Broadband Inductor 550nH ±20% Micro Wire Resonance Free Bias Tee RF Choke 50MHz - 40GHz
550nH ultra-broadband conical inductor combining resonance-free ultra-wideband coverage with optimized bias tee and optoelectronics performance, 50MHz-40GHz continuous operation with 0.05mm micro-wire winding.
160nH Broadband Conical Inductors 100MHz - 22GHz Ultra Wideband RF Choke 22GHz Self Resonant Frequency
160nH broadband conical inductor featuring 100MHz-22GHz ultra-wideband RF choking with 22GHz+ self-resonant frequency, ideal for high-frequency bias tees and microwave decoupling applications.