Pulse is excited to announce the launch of the new PAC6034 series of common mode chokes which double the current density of existing industry solutions of similar size. The PAC6034 complements our higher power PA5140/41 series and the expands on the PAC6006 family of high current CM chokes. The new product uses the low cost…
Pulse is excited to announce the launch of an automotive grade IATF certified version of our popular PH9505 series of high isolation current sense transformer, which remains same platform and footprint size with PH9505. The PMS9505 uses a unique construction where the primary winding which is molded into the plastic base forming a solid insulation…
Pulse Electronics Networking introduces a new series of High Isolation Ethernet Transformers specifically designed to meet the stringent requirements of medical and industrial applications, where equipment functionality and safety are key. Highly-regulated market sectors like Energy, Smart Metering, Industrial Control and Medical rely as much on their electrical devices to run smoothly as the professionals…
Pulse continues to expand its range of high isolation gate drive transformer with the introduction of the PH9572 series. These transformers use the compact EP7 platform, which requires only a 10 x 9mm footprint and an 11mm height. A distinguishing feature of this series is the two gate windings with up to 5mm creepage between…
Pulse Electronics, a leading provider of antenna RF technology, is proud to announce the release of a new high-performance omni directional dipole base station antenna for the UHF Frequency band, RO450NFKIT. This new antenna is designed for use in both urban and rural environments as well as harsh environments featuring a stainless bracket that…
Pulse has expanded its range of high-power catalogue flyback transformer in the EFD15+ package with the introduction of the PAT6261 series. Using Pulse’s winding automation technology, the series is built with a very small form-factor of 16.5 mm x 22.3 mm x 10.5mm and uses the highly popular EFD core shape construction, known for…
The demand for electric vehicles, for both personal and commercial transportation, continues to grow and with this growth comes increased pressure on designers of on-board chargers (OBC) and DC/DC inverters to ensure the battery packs are efficiently utilized. This reality, in turn, puts renewed focus on the power magnetic components that are used to provide…
The BSPQ RF Inductor series, intended for mobile devices, automotive electronics & networking/server products, accomplishes tight frequency filtering in a small profile package. Manufactured with a lithography process Pulse’s RF Inductors offer High-Q Values and excellent current rating. The BSPQ Series Features include: High-Q Values: >20 (0603 series), & >14 (0402 series) DCR Range(ohms): .04-.82…
Pulse Electronics continues the expansion of our composite core power inductor products adding four new platform sizes. These new products offer extremely high energy storage density 1300uJ/cm3, current ratings in excess of 39Apk and range in size from 4.3 x 4.3 up to 16.8 x 15.8. Available in both commercial grade (-40C to 130C) and…
Pulse expands its range of power bead inductors with the introduction of six new platform sizes designed for the latest multi-phase and PoL architectures for server, graphics and high power FPGAs. The latest platforms have ultra-low DCR, low loss ferrite cores and an optimized structure to ensure that they offer the highest efficiency and enable…
Common Mode Chokes are used in power supply circuits for filtering in a wide range of electronic products. Although ubiquitous, their function and basic operation is often poorly understood. In any modern electronic product, it is highly likely that several different voltages and power conversion circuits will be required for the device to function properly.…
Preparing for Next Generation, High-Power PoE High-quality Connectivity Today, there is a growing number of electronic devices that require both data connectivity and a power source to function effectively. As more innovative products hit the market, this trend is expected to increase rapidly.
