Inductors/Limiters
PRODUCTS AND SERVICES
The PTL1005-F series photo-etched chip inductor is employed in GaAs FET matching circuits such as low-noise amplifiers (LNAs) and voltage-controlled oscillators (VCOs).
The 0402CT Series of low-profile chip inductors are designed with maximum height of 0.45 mm. The series features 23 inductance values from 1.2 to 56 nH, excellent Q factor performancy up to 83 at 2.4 GHz, high self-resonant frequencies up to 27.5 GHz, and current handling capabilities up to 2.3 amps.
The DC62CB and D63LCB series surface-mount fixed inductors are engineered for portable designs
Datatronic produces a wide variety of "off the shelf" and custom inductors and chokes for EMI suppression in switching power supply and other filter applications.
Industry Standard Replacements
At Coil-Q we can custom design any coil. We find solutions for the hard to find, complex, discontinued, retrofit utilizing industry standard forms.
At Coil-Q we can custom design any coil. We find solutions for the hard to find, complex, discontinued, retrofit utilizing industry standard forms.
This J-Band (12 - 18 GHz) waveguide limiter demonstrates Cobham Sensor Systems leading capability in producing waveguide limiter and receiver protector designs for Military and Commercial applications.
This high reliability S-band ‘Drop-in’ limiter module features a weight and space saving design. By utilising Cobham Sensor Systems GMIC (Glass Microwave Integrated Circuit) Technology, integration applications can benefit from both small feature size and high performance.
Gowanda's portfolio of broadband microwave RF conical inductors has been developed to address the need for higher performance from broadband conical components. They are ideal for use in communication applications for bias T’s, broadband chip manufacturing, communication platforms, high frequency, microwave circuitry, RF test set-ups, test and measurement, test gear, test instrumentation and transmission amplifier applications.
Newsletter Signup
This website uses cookies to ensure you get the best experience on our website. Learn more