CDH5D14SNP-101MC

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Fixed inductors are electrical components designed to store energy in the form of an electromagnet field. They can be found in many electronics and electrical equipment, from medical devices and industrial machines to consumer electronics and computers. The CDH5D14SNP-101MC is one such fixed inductor. It is designed for a wide range of applications and is particularly suitable for high frequency radio frequency (RF) circuits.

The CDH5D14SNP-101MC is a two-terminal multilayer chip capacitor with a nickel-zinc ferrite core. The component measures 10 x 6 mm and has a rated operating temperature range of -40°C to +105°C. The parts are also constructed to withstand harsh environments that are prone to static discharges and vibration.
The component features a low profile design, making it suitable for space-constrained applications such as mobile phones, tablets and wearables. Additionally, the chip capacitor has a low ESL and ESR, ensuring very low losses in its application range. The part also has a high self-resonant frequency of up to 1.0-1.4GHz.

The CDH5D14SNP-101MC chip capacitor works by converting electrical energy into magnetic energy, which is then stored in the component\'s core. This stored energy is then released when an alternating current is applied to the inductor. The current builds up a series of magnetic fields, which interact and cause a voltage to be produced across the inductor terminals.

The CDH5D14SNP-101MC is ideal for use in a wide range of applications, such as RF power amplifiers, signal filtering, battery-backed power systems and EMI shielding. The part\'s low profile design and high Q factor make it suitable for applications that require both a low insertion loss and high power handling capability. Additionally, its high self-resonant frequency makes it ideal for use in antennas and other high frequency devices.

The CDH5D14SNP-101MC is an excellent example of a fixed inductor. With its low profile design, high Q factor and self-resonant frequency, this component is ideal for a wide range of applications that require high frequency and power handling performance. Despite its small size, the component is designed to withstand harsh environments and is suitable for use in mobile and wearable devices.

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