Fixed Inductors

Chip Inductors feature EIA 0201 case size.
Fixed Inductors

Chip Inductors feature EIA 0201 case size.

Measuring 0.6 x 0.3 x 0.3 mm, multilayer Series HK is 100 nH rated, while Series HKQ, with 30% higher Q factor, includes models from 1-10 nH. All provide non-polarized electrodes that allow mounting in any orientation on circuit board. Inductors facilitate high-density PCB mounting by minimizing size of noise-suppression components in cell phone RF circuits, power amplifiers, voltage-controlled...

Read More »
Thin Film Chip Inductors cover 100-1,700 MHz frequency.
Fixed Inductors

Thin Film Chip Inductors cover 100-1,700 MHz frequency.

Providing stable inductance in communications devices, IFCB-0402 and IFCB-0603 are offered in respective 0402 and 0603 case sizes that provide Q values up to 49 at frequencies from 100-1,700 MHz. Model IFCB-0402 provides inductance values from 1.0-22 nH, while IFCB-0603 offers values from 1.0-68 nH. With lead (Pb)-free and RoHS-compliant construction, products have max temperature range of -40 to...

Read More »
Chip Inductors suit space-conscious applications.
Fixed Inductors

Chip Inductors suit space-conscious applications.

Micro-miniature Series PM0402T and PM0603T measure 1.0 x 0.5 x 0.35 mm and 1.6 x 0.8 x 0.45 mm, respectively. Photolithographic design enables tolerances of ±2% with inductance ranges from 1.0-68 µH at 100 MHz. With dc current range of 70-800 mA, RoHS-compliant units exhibit Q value up to 17 at 300 MHz, self resonant frequency of 6 GHz, and operating temperature of -55 to +125°C. They are...

Read More »
Wirewound Chip Inductor features 1 A current rating.
Fixed Inductors

Wirewound Chip Inductor features 1 A current rating.

With 3.2 x 2.5 mm footprint, Model CBC3225-4R7MR is designed specifically for space-critical dc/dc converter choke coil applications in battery-powered portables. Unit is rated 4.7 µH and housed in EIA standard 1210 case. Non-polarized electrodes allow mounting in any orientation on circuit board. Applications include cellular phones, digital cameras, PDAs, and other ultra-portable electronic...

Read More »
Injection Molding from 3D Printed Molds
Sponsored

Injection Molding from 3D Printed Molds

3D printing has become one of the biggest trending technological innovations of the 21st century. With its logistical efficiency, ability to easily modify designs, and speed of production, it’s no surprise that the manufacturing industry is turning to 3D printing for a multitude of applications. This white paper explores how 3D printing can be beneficial specifically for manufacturers focused on low volume injection molding of small plastic parts. The report features a succinct yet detailed overview of two case studies, both of which exhibit the advantages and possible challenges of making molds via 3D printing. The article goes on to offer advice on how such challenges can be overcome, as well as some guidelines for mold design. If you’re looking to break the mold to save time and money, download this white paper and see if 3D printing is the right solution for your business.

Read More »
Wirewound Chip Inductors protect electronic circuitry.
Fixed Inductors

Wirewound Chip Inductors protect electronic circuitry.

Surface-mount, Series DR354-1-2-3-4 provides protection against EMI problems in high-frequency filtering applications. Depending on model, units feature inductance from 1.6-4,700 nH, with DCR from 0.030-4.3 ohms, over max current rating of 0.700-0.230 A. Available in packages as small as 0.044 x 0.071 in. with 0.040 in. profile above circuit board, miniature inductors are suited for appliances,...

Read More »
Thin Film Chip Inductor suits high-volume applications.
Fixed Inductors

Thin Film Chip Inductor suits high-volume applications.

Surface mount chip inductor KL73 1H(0201) provides narrow inductance deviation for high-frequency circuit matching in high-volume and small-size applications. Compact size allows for high-density mounting. Product is available with tolerance of ±0.1, ±0.2%, ±2%, ±5% nH and inductance from 0.6-27 nH. It is suited for use in computers, digital equipment, industrial equipment, power electronics,...

Read More »
Wound Chip Inductors offer current ratings to 1,100 mA.
Fixed Inductors

Wound Chip Inductors offer current ratings to 1,100 mA.

Offered in packages with 16mm² footprint and heights from 1.0-1.8 mm, NR series is designed for use in DC/DC converter choke-coil applications. Ferrite-resin compound, applied to exterior of wound chip inductor, allows more space for internal conductor, minimizes heat generation, and improves DC inductance characteristics. Products exhibit damage-free durability, even when dropped from 6 ft...

Read More »
Chip Inductors suit high-current applications.
Fixed Inductors

Chip Inductors suit high-current applications.

With low-profile height of 0.027 in., KQC 0603 Air Core Chip Inductors have nominal inductance range of 1.2-27 nH with ±5% tolerance. DC resistance ranges from 0.020-0.120 ohms with allowable DC current of 1.00-2.25 A. Available in 4 mm pitch embossed plastic, units feature black body with no markings and are suited for reflow soldering. Applications include high-frequency circuits, movable...

Read More »
Chip Bead Inductors suppress noise in 1-3 GHz frequency range.
Fixed Inductors

Chip Bead Inductors suppress noise in 1-3 GHz frequency range.

Offered in EIA 0603 case size, surface-mountable FBMH1608HL series allows component impedance characteristics to be configured to specific end device frequency requiring noise countermeasure. Material and component structure incorporates silver (Ag) wire, allowing series to achieve, simultaneously, 110-1,900 ohm impedance and 0.4-2.5 A current operation at frequency of 1 GHz. Max RDC values range...

Read More »
Fixed Inductors

SMT Chip Inductors measure 0.5 x 0.25 x 0.25 mm.

GLTZ Series epoxy encapsulated inductors are made by laser-cutting helix in copper deposited on alumina core. Series includes 17 models with inductance range of 1.0 to 22 nH. Sandard tolerance on inductance is ±5% (±0.3 nH for inductances less than 6.8 nH). Terminals are nickel plated with solder coat. Series features high Q at microwave frequencies and high self resonant frequencies (up to 20...

Read More »

All Topics