PTM Library

This presentation will introduce Intel’s footprint compatible family of low current devices for point-of-load applications. There will be a review of the features and benefits as well as a discussion on some key performance metrics.

Intel® Enpirion® output voltage ripple measurement techniques keep the VOUT to GND measurement loop as small as possible.

The Intel® Enpirion® triple channel EZ6301QI and EZ6303QI PowerSoCs integrate the inductor, digital controller, and power MOSFETs on one channel.

This presentation will introduce the EN2650QI high-efficiency 12V bus converter and review its features and benefits.

Intel's EV1320 power converter is designed to replace low-efficiency linear regulators as well as expensive switch-mode DC-DC memory terminations.

This presentation will introduce the EN6340QI and EN6363QI, which are footprint compatible 4-A and 6-A PowerSoC modules with integrated inductor.

This presentation will introduce the Intel® Enpirion® Compact EN6338 Synchronous Buck, Fully Integrated 3 A Power Solution.

This presentation will provide an overview of the EN29A0QI PowerSoC DC/DC Step-Down module.

The EM21xx family is designed with a digital architecture that helps reduce bulk capacitor count translating into space and cost savings in the design while improving reliability. There will be a review of features and benefits as well as a discussion on some key performance metrics.

The EM22xx family is designed with a digital architecture that helps reduce bulk capacitor count translating into space and cost savings in the design while improving reliability.

Using a SoC FPGA from Intel, designers can upgrade both the accelerators as well as software after a product has been deployed

Intel® Nios® II is a 32-bit microprocessor IP core that can be embedded within any Intel® FPGA device.

An instant-on mixed-signal FPGA, like Intel® MAX® 10 FPGAs, offers the right mix of analog and digital resources in a single chip.

An introduction to the Intel® MAX® 10 FPGA in motor control applications

Intel® MAX® 10 FPGA family provides customers a low-cost, highly integrated reprogrammable device suitable for many applications.

Integrating a dual-core Arm® Cortex®-A9 processor, memory controllers and peripherals, with an FPGA coupled together with a high bandwidth interconnect.

Cyclone® IV FPGA family provides ideal specifications for clock sharing and has flexible clocking, lowering total system costs.

Reviewing the differences between the Cyclone® II and III families and attributes of FPGAs.

When used in industrial designs, Intel® FPGAs offer cost savings, performance scaling, design flexibility, and integration.

MAX® V key features include lower costs than MAX® families, up to 50% lower power vs. competing solutions, and user flash memory for system parameter storage.