Chip Inductors
Our official sales partner: Hongda Capacitors
Hongda Capacitors is one of the leading manufacturers of chip capacitors with decades of experience and state-of-the-art production technology. The company is ISO9001:2015 and IATF16949 certified and stands for the highest quality standards in the automotive, electronics and industrial sectors.
As an official distribution partner of Hongda Capacitors, we offer our customers high-performance capacitors that are characterized by reliability, durability and innovative technology.
As an official distribution partner of Hongda Capacitors, we offer our customers high-performance capacitors that are characterized by reliability, durability and innovative technology.
Product range of our chip inductors
Our chip inductors offer a reliable solution for high-frequency applications in 5G technology, IoT, mobile communications and RF filters. We offer a wide range of multilayer chip inductors for compact designs as well as high Q inductors for minimum signal loss and maximum efficiency.
All products for our inductors can also be found in our catalog:
HDCI Series (Ceramic) - Multilayer Chip Inductor
HDCI0603T
| L | (nH) | 0,6-56 |
| Q | Min. | 9-14 |
| L,Q Test Freq. | (MHz) | 300-500 |
| Q (MHz) | 500 | 13-24 |
| Q (MHz) | 800 | 13-32 |
| Q (MHz) | 1800 | 1-54 |
| Q (MHz) | 2000 | 8-57 |
| Q (MHz) | 2400 | 5-65 |
| SRF (MHz) | Min. | 1200-10000 |
| DCR (Ω) | Max. | 0,06-3,2 |
| Ir (mA) | Max. | 60-600 |
HDCI1005T
| Inductance | (nH) | 1-330 |
| L Test Freq. | (MHz) | 50-100 |
| Q (MHz) Min. | 100 | 8-9 |
| Q (MHz) Min. | 900 | 15-44 |
| Q (MHz) Min. | 1800 | 22-50 |
| SRF (MHz) | Min. | 350-10000 |
| DCR (Ω) | Max. | 0,08-6 |
| Ir (mA) | Max. | 50-400 |
HDCI1608H
| Inductance | (nH) | 1-330 |
| Q | Min. | 8-12 |
| L Test Freq. | (MHz) | 50-100 |
| SRF (MHz) | Min. | 350-10000 |
| DCR (Ω) | Max. | 0,05-3 |
| Ir(mA) | Max. | 300-500 |
HDCI2012H
| Inductance | (nH) | 1,5-470 |
| Q | Min. | 10-15 |
| L Test Freq. | (MHz) | 50-100 |
| SRF (MHz) | Min. | 200-6000 |
| DCR (Ω) | Max. | 0,1-2,8 |
| Ir(mA) | Max. | 300-600 |
HDFI Series (Ferrite) - Multilayer Chip Inductor
HDFI1005A/C/D
| Inductance | (uH) | 0,05-10 |
| Q | Min. | 10-20 |
| L Test Freq. | (MHz) | 2-50 |
| SRF (MHz) | Min. | 9-220 |
| DCR (Ω) | Max. | 0,45-3,45 |
| Ir(mA) | Max. | 2-25 |
HDFI1608A/C/D/E
| Inductance | (uH) | 0,05-33 |
| Q | Min. | 15-35 |
| L Test Freq. | (MHz) | 1-50 |
| SRF (MHz) | Min. | 10-600 |
| DCR (Ω) | Max. | 0,2-2,95 |
| Ir(mA) | Max. | 1-50 |
HDFI2012A/C/D/E
| Inductance | 0,05-100 |
| Q | 15-50 |
| L Test Freq. | 1-50 |
| SRF (MHz) | 8-350 |
| DCR (Ω) | 0,2-2,5 |
| Ir(mA) | 2-300 |
HDTC Series (Ceramic) - High Q Inductor
HDTC0402C
| Inductance | (nH) | 1-120 |
| L Test Freq. | (MHz) | 250 |
| Q | Min. | 15-28 |
| Q Test Freq. | (MHz) | 250 |
| DCR (Ω) | Max. | 0,05-2,2 |
| Ir(mA) | Max. | 30-1360 |
| SRF (GHz) | Min. | 1,1-12,9 |
HDTC0402H
| Inductance | (nH) | 1,5-120 |
| L Test Freq. | (MHz) | 100 |
| Q | Min. | 10-30 |
| Q Test Freq. | (MHz) | 250 |
| DCR (Ω) | Max. | 0,03-2,66 |
| Ir(mA) | Max. | 110-1000 |
| SRF (GHz) | Min. | 1-18 |
HDTC0402P
| Inductance | (nH) | 1,3-75 |
| L Test Freq. | (MHz) | 100 |
| Q | Min. | 20-35 |
| Q Test Freq. | (MHz) | 250 |
| DCR (Ω) | Max. | 0,01-1,22 |
| Ir(mA) | Max. | 320-3150 |
| SRF (GHz) | Min. | 2,4-18 |
HDTC0402HP
| Inductance | (nH) | 1-220 |
| L Test Freq. | (MHz) | 100-250 |
| Q | Min. | 20-32 |
| Q Test Freq. | (MHz) | 250 |
| DCR (Ω) | Max. | 0,03-3,1 |
| Ir(mA) | Max. | 160-2300 |
| SRF (GHz) | Min. | 0,96-16 |
HDTC0603C
| Inductance | (nH) | 1,6-390 |
| L Test Freq. | (MHz) | 100-250 |
| Q | Min. | 13-40 |
| Q Test Freq. | (MHz) | 100-250 |
| DCR (Ω) | Max. | 0,03-4,35 |
| Ir(mA) | Max. | 100-700 |
| SRF (GHz) | Min. | 0,78-12,5 |
HDTC0805CW
| Inductance | (nH) | 3,3-1000 |
| L Test Freq. | (MHz) | 25-250 |
| Q | Min. | 20-65 |
| Q Test Freq. | (MHz) | 50-1500 |
| DCR(Ω) | Max. | 0,08-2,5 |
| Ir(mA) | Max. | 170-600 |
| SRF (GHz) | Min. | 188-7900 |
HTF Series (Ferrite) - High Q Inductor
HTF0402H
| Inductance | (nH) | 20-560 |
| L Test Freq. | (MHz) | 7,9 |
| DCR (Ω) | Max. | 0,05-0,92 |
| Ir(mA) | Max. | 200-1600 |
| SRF (MHz) | Min. | 600-2600 |
HTF0402P
| Inductance | (nH) | 20-3300 |
| L Test Freq. | (MHz) | 1-100 |
| DCR (Ω) | Max. | 0,03-3,65 |
| Ir(mA) | Max. | 130-2200 |
| SRF (MHz) | Min. | 80-3000 |
HTF0603W
| Inductance | (uH) | 0,05-22 |
| L Test Freq. | (MHz) | 2,5-7,9 |
| Q | Min. | 10-12 |
| Q Test Freq. | (MHz) | 2,5-7,9 |
| DCR (Ω) | Max. | 0,1-12 |
| Ir(mA) | Max. | 100-1500 |
| SRF (MHz) | Min. | 10-1700 |
HTF0805W
| Inductance | (uH) | 0,12-110 |
| L Test Freq. | (MHz) | 1-7,9 |
| Q | Min. | 8-19 |
| Q Test Freq. | (MHz) | 1-7,9 |
| DCR (Ω) | Max. | 0,27-26 |
| Ir(mA) | Max. | 20-750 |
| SRF (MHz) | Min. | 5-500 |
HTF1008W
| Inductance | (uH) | 1-100 |
| L Test Freq. | (MHz) | 2,5-7,9 |
| Q | Min. | 12-18 |
| Q Test Freq. | (MHz) | 2,5-7,9 |
| DCR (Ω) | Max. | 0,62-20,5 |
| Ir(mA) | Max. | 120-700 |
| SRF (MHz) | Min. | 4,5-230 |
HTF1210W
| Inductance | (uH) | 0,56-680 |
| L Test Freq. | (MHz) | 1-25 |
| Q | Min. | 6-30 |
| Q Test Freq. | (MHz) | 1-25 |
| DCR (Ω) | Max. | 0,4-9000 |
| Ir(mA) | Max. | 10-450 |
| SRF (MHz) | Min. | 2-200 |
Chip inductors for wireless communication
Buy Chip Inductors
- Optimum signal transmission in high-frequency circuits
- Multilayer & High Q Inductor for precise frequency control
- Versatile in use
- Quality through strong partnership
Areas of application for chip inductors
Chip inductors are indispensable in many high-frequency applications. They are used in wireless communication systems, cellular modules, RF filters and oscillators to stabilize signals and minimize interference. In 5G technology, they enable precise frequency control, while in IoT devices they ensure efficient wireless communication.
In RF filters, chip inductors are used to select certain frequency ranges or suppress unwanted signals. In RF oscillators, they stabilize the frequency of oscillating circuits and ensure precise signal transmission. They are also used in automotive technology in infotainment systems and vehicle communication to enable interference-free data transmission.
Rotima AG distributes high-quality multilayer chip inductors and high-Q inductors from Hongda Capacitors, which have been developed for demanding high-frequency applications. Their compact SMD design and high Q-factor make them ideal for space-critical designs with maximum efficiency.
In RF filters, chip inductors are used to select certain frequency ranges or suppress unwanted signals. In RF oscillators, they stabilize the frequency of oscillating circuits and ensure precise signal transmission. They are also used in automotive technology in infotainment systems and vehicle communication to enable interference-free data transmission.
Rotima AG distributes high-quality multilayer chip inductors and high-Q inductors from Hongda Capacitors, which have been developed for demanding high-frequency applications. Their compact SMD design and high Q-factor make them ideal for space-critical designs with maximum efficiency.
Do you have any questions about our offer?
Chip Inductors
HDCI Series (Ceramic) - Multilayer Chip Inductor
Chip Inductor
HDCI0603T
Chip Inductor
HDCI1005T
Chip Inductor
HDCI1608H
Chip Inductor
HDCI2012H
HDFI Series (Ferrite) - Multilayer Chip Inductor
Chip Inductor
HDFI1005A/C/D
Chip Inductor
HDFI1608A/C/D/E
Chip Inductor
HDFI2012A/C/D/E
HDTC Series (Ceramic) - High Q Inductor
Chip Inductor
HDTC0402C
Chip Inductor
HDTC0402H
Chip Inductor
HDTC0402P
Chip Inductor
HDTC0402HP
Chip Inductor
HDTC0603C
Chip Inductor
HDTC0805CW
HTF Series (Ferrite) - High Q Inductor
Chip Inductor
HTF0402H
Chip Inductor
HTF0402P
Chip Inductor
HTF0603W
Chip Inductor
HTF0805W
Chip Inductor
HTF1008W
Chip Inductor
HTF1210W
Do you have any questions about our offer?
Chip Inductors
Chip inductors for precise high-frequency applications
Chip inductors are essential components in high-frequency technology. They are used in wireless communication systems, RF filters, oscillators and tuning circuits. These inductors enable stable signal transmission, minimize losses and improve the performance of high-frequency circuits.
As a distributor of high-quality electronic components, Rotima AG offers a wide range of chip inductors, including multilayer chip inductors and high Q inductors, which have been developed for applications with the highest requirements. In close cooperation with Hongda Capacitors, a leading manufacturer from China, we supply reliable and high-performance chip inductors for 5G technology, IoT devices, cellular modules and other RF applications.
Whether compact SMD designs, high quality (Q-factor) or low attenuation - we offer the right solutions for demanding electronics projects. Rely on our experience and benefit from high-quality high-frequency inductors for your applications.
As a distributor of high-quality electronic components, Rotima AG offers a wide range of chip inductors, including multilayer chip inductors and high Q inductors, which have been developed for applications with the highest requirements. In close cooperation with Hongda Capacitors, a leading manufacturer from China, we supply reliable and high-performance chip inductors for 5G technology, IoT devices, cellular modules and other RF applications.
Whether compact SMD designs, high quality (Q-factor) or low attenuation - we offer the right solutions for demanding electronics projects. Rely on our experience and benefit from high-quality high-frequency inductors for your applications.
Our range of other inductors:
Power Inductors
Power Inductors are high-performance, surface-mounted (SMD) electronic components used in high-current and high-voltage applications. These include SMD inductors, resistors and capacitors with high power handling capability, optimized for compact designs in power electronics, power supplies and industrial applications. They offer high efficiency, thermal stability and reliable performance.
Coil Inductors
Coil inductors are a technology for signal transmission in surface-mounted (SMD) electronic components. It enables compact, precise and reliable signal processing in printed circuit boards for modern electronics. Frequently used in high-frequency, communication and control systems, it improves the performance and miniaturization of electronic devices.
Transformer & transformer
Transformers & transformers are electrical components for voltage matching, energy transmission and signal isolation. Transformers convert alternating voltages by electromagnetic induction, while transformers are used specifically for impedance matching or signal transmission. They are used in power supply units, audio technology and industrial electronics. Their efficiency and design vary depending on the area of application.
Do you have any questions about our offer?
Chip Inductors
Structure and function of chip inductors
Chip inductors are inductors specially optimized for high-frequency applications. They consist of a wound or printed coil placed on a ferrite or ceramic core. Depending on the design, there are multilayer chip inductors, which consist of several layers of inductance on top of each other, and high Q inductors, which have particularly low losses.
These inductors store and regulate electromagnetic energy and thus ensure stable signal transmission in high-frequency circuits. They are used in wireless communication modules, RF filters and oscillators to reduce unwanted interference and enable precise frequency tuning. Thanks to their compact SMD design, they can be integrated into printed circuit boards to save space. Rotima AG distributes high-quality chip inductors from Hongda Capacitors, which have been specially developed for demanding applications in 5G technology, IoT and mobile communications technology.
These inductors store and regulate electromagnetic energy and thus ensure stable signal transmission in high-frequency circuits. They are used in wireless communication modules, RF filters and oscillators to reduce unwanted interference and enable precise frequency tuning. Thanks to their compact SMD design, they can be integrated into printed circuit boards to save space. Rotima AG distributes high-quality chip inductors from Hongda Capacitors, which have been specially developed for demanding applications in 5G technology, IoT and mobile communications technology.
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Chip Inductors
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Further information about Chip Inductors
In our FAQ section, we answer the most important questions about the structure, functionality and applications of chip inductors. Here you will find valuable information to help you find the right inductor for your high-frequency applications.
What are chip inductors and what are they used for in high-frequency technology?
Chip inductors are specially developed inductors that are optimized for high-frequency applications. They consist of a wound or printed coil embedded in a ferrite or ceramic core. These components store magnetic energy and regulate electromagnetic signals in high-frequency circuits.
In high-frequency technology, chip inductors are used for signal filtering, frequency stabilization and suppression of unwanted interference. They are used in wireless communication modules, mobile radio technology, RF filters and oscillators. They are particularly essential in 5G and IoT applications, as they enable the precise control of high-frequency signals.
Rotima AG distributes high-quality multilayer chip inductors and high-Q inductors from Hongda Capacitors, which have been specially developed for high-frequency-critical applications. Thanks to their compact SMD design and high Q-factor, they offer maximum efficiency in space-saving designs.
In high-frequency technology, chip inductors are used for signal filtering, frequency stabilization and suppression of unwanted interference. They are used in wireless communication modules, mobile radio technology, RF filters and oscillators. They are particularly essential in 5G and IoT applications, as they enable the precise control of high-frequency signals.
Rotima AG distributes high-quality multilayer chip inductors and high-Q inductors from Hongda Capacitors, which have been specially developed for high-frequency-critical applications. Thanks to their compact SMD design and high Q-factor, they offer maximum efficiency in space-saving designs.
Learn more
What are the differences between Multilayer Chip Inductors and High Q Inductors?
Multilayer Chip Inductors and High Q Inductors are two different types of Chip Inductors with specific properties for different applications.
Multilayer chip inductors consist of several superimposed inductance layers embedded in a ceramic or ferrite material. This design enables high inductance in a compact size and is particularly suitable for EMC filters, RF circuits and compact mobile radio modules.
High Q inductors have a particularly high quality factor (Q-factor), which means that they offer minimal attenuation and low signal losses. They are ideal for high frequency oscillators, resonant circuits and high power RF applications.
The desired frequency stability, inductance and size play a decisive role in the selection. As a distributor, Rotima AG offers a wide selection of both inductor types from Hongda Capacitors to meet the requirements of a wide range of high-frequency applications.
Multilayer chip inductors consist of several superimposed inductance layers embedded in a ceramic or ferrite material. This design enables high inductance in a compact size and is particularly suitable for EMC filters, RF circuits and compact mobile radio modules.
High Q inductors have a particularly high quality factor (Q-factor), which means that they offer minimal attenuation and low signal losses. They are ideal for high frequency oscillators, resonant circuits and high power RF applications.
The desired frequency stability, inductance and size play a decisive role in the selection. As a distributor, Rotima AG offers a wide selection of both inductor types from Hongda Capacitors to meet the requirements of a wide range of high-frequency applications.
Learn more
How do I find the right RF coil for my application?
Choosing the right RF inductor depends on several factors, including the operating frequency, inductance, quality factor (Q), DC resistance (DCR) and maximum current carrying capacity.
For applications with high frequencies and minimal signal loss, High Q inductors are the best choice as they offer low attenuation. If the inductance is required in a compact format, multilayer chip inductors are more suitable.
The environment also plays a role: high precision chip inductors are required in wireless communication modules, RF filters and oscillators. In 5G or IoT applications, low-loss inductors are crucial to ensure reliable wireless communication.
For applications with high frequencies and minimal signal loss, High Q inductors are the best choice as they offer low attenuation. If the inductance is required in a compact format, multilayer chip inductors are more suitable.
The environment also plays a role: high precision chip inductors are required in wireless communication modules, RF filters and oscillators. In 5G or IoT applications, low-loss inductors are crucial to ensure reliable wireless communication.
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Why is the Q-factor (quality factor) so important for chip inductors?
The quality factor (Q-factor) describes the ratio of stored energy to energy that is lost in the form of heat or radiation. A high Q-factor means low attenuation and high efficiency, while a low Q-factor indicates greater losses.
In high-frequency applications, chip inductors with a high Q-factor are crucial as they improve signal quality, minimize interference and enable more precise frequency control. Especially in RF filters, oscillators and wireless communication modules, high Q-factor inductors must be used to ensure stable and interference-free signal transmission.
In high-frequency applications, chip inductors with a high Q-factor are crucial as they improve signal quality, minimize interference and enable more precise frequency control. Especially in RF filters, oscillators and wireless communication modules, high Q-factor inductors must be used to ensure stable and interference-free signal transmission.
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What role do chip inductors play in wireless communication and 5G technology?
Chip inductors are essential for wireless communication and 5G technology, as they contribute to signal matching, filtering and frequency stabilization in high-frequency circuits.
In 5G networks, they enable precise control of radio frequency signals by filtering out unwanted interference and ensuring reliable signal transmission. In IoT devices, they ensure a stable connection by efficiently regulating high-frequency signals and minimizing losses.
Multilayer chip inductors and high Q inductors are particularly suitable for these applications as they offer high inductance in a compact design. They are indispensable in wireless antenna circuits, RF transmitters and receivers as well as in mobile radio modules.
Through the cooperation with Hongda Capacitors, Rotima AG offers high-quality chip inductors for the latest wireless communication technologies - from 5G networks to IoT applications and high-performance radio systems.
In 5G networks, they enable precise control of radio frequency signals by filtering out unwanted interference and ensuring reliable signal transmission. In IoT devices, they ensure a stable connection by efficiently regulating high-frequency signals and minimizing losses.
Multilayer chip inductors and high Q inductors are particularly suitable for these applications as they offer high inductance in a compact design. They are indispensable in wireless antenna circuits, RF transmitters and receivers as well as in mobile radio modules.
Through the cooperation with Hongda Capacitors, Rotima AG offers high-quality chip inductors for the latest wireless communication technologies - from 5G networks to IoT applications and high-performance radio systems.
Learn more
