Search results

Cap Ceramic 0.22uF 50V X7R 20% Radial 5.08mm 125°C T/R

This reference design provides a modular battery test solution allowing users to have the flexibility to test batteries at different current levels with one design. This design leverages the TIDA-01041 reference design by providing two 100-A battery testers that can work independently or be connected in parallel to increase the maximum current output from 100 A to 200 A. This design describes the design theory: part selection: and optimization of this solution.

Liquid Flow Sensor 0 ~ 33.33L/min Female, 1/2", 0.5" (12.7mm) BSPP

This 10-W non-isolated flyback reference design uses the UCC28742 controller to generate four outputs (5 V at 150 mA: 12 V at 690 mA: 15 V at 80 mA: 18 V at 20 mA). The controller provides constant-voltage and constant-current regulation. Transistors are used in place of an optocoupler feedback circuit to reduce the overall BOM cost.

GD25Q16 SD Card Memory Platform Evaluation Expansion Board

This reference design is for powering high current: low voltage ASICs and FPGAs from a 5-V or 12-V rail. The design is optimized for high-density and supports PMBus with current: voltage and temperature telemetry: if desired. A test report is included.

LP5910 YKA-1.8 300-mA low-noise low-IQ LDO linear regulator evaluation module

Understanding Portable Media Players system and power requirements are keys to selecting powerdesigns for fast time-to-market constraints. PMICs such as the LP3910 address both the needs and thechallenges implementing power solutions.This complete device features buck-boost for HDD DVS for system power savings power sequencing formultiple rails Li-Ion battery charger and battery monitor

This application report is an extension of the AN-607 Pulse Width Modulation A/D Conversion Techniqueswith COP800 Family Microcontrollers Application Report (SNOA118). The basic difference between theprevious version and this new approach (patent pending) is that the microcontroller can vary thecomputing range as required by the signal being measured. This can be done totally in software wit

The ADS8364 16-bit parallel output analog-to-digital converter has a number of features that allow for an easy interface to the MSP430x1xx family of microcontrollers. Using ports 1 and 2 of the Texas

ADS8688A Evaluation Module

This reference design supplies two non-isolated and two isolated output voltages. It references a regulated 3.3-V/0.25-A and an unregulated 12-V/0.05-A output on the primary-side: and it isolates two 12-V/0.025-A unregulated outputs. The design operates over an input voltage range of 7 V to 45 V and offers minimal voltage ringing on the FET for lower stress and reduced EMI.

System designers can use receiver equalization to extend their RS-485 data transmission applications in terms of longer cable distances or higher signaling rates. This application report discusses the

SE008018894 2368-5121TG=68/2R/PS HDR/RA.230-.120/10 MIN/90:1

FIFO memories are used as high-speed data-stream buffers for maximizing throughput between buses having different data-transfer speeds. The increased processing speeds of microprocessors resulted in

100 nH Shielded Multilayer Inductor 180 mA 510mOhm Max 0402 (1005 Metric)

This reference design is an automotive front-end power solution for use in high performance cluster applications. This design supports three output voltage rails of 5 V: 3.3 V and 1.2 V. The design also operates with a wide input voltage range and withstands reverse battery conditions. A transient voltage suppressor at the input adds protection for load dump. The above-AM band switching frequencies and dithering reduce the burden of emissions compliance. This reference design also provides results for conducted emissions tests for CISPR 25 Class 5.

TPS22981 Thunderbolt Host/Peripheral Power MUX Evaluation Module

This reference design provides an example of how to power FPGAs: ASICs: or MCUs in industrial sensor applications when space-constraints are a primary concern. The wide 6-V to 60-V input voltage range and the use of ultra-small and highly efficient DC/DC converters makes the design well suited for applications like industrial sensors: field transmitters: motor drives: and PLC modules. The output voltages are adjustable and can be adapted to the specific needs of the user.

This reference design provides a variable output power for audio amplifiers from 5 V to 35 V controllable by a Pulse Width Modulator signal. The output power capability of 75 W RMS and 300 W peak is suitable for high power automotive audio amplifiers. Conversion is 4-switch Buck-Boost for greater than 95% conversion efficiency. Output can be slewed over the 5 V to 35 V range with ~1 millisecond response time to maximize efficiency of the audio amplifier using this power. This design includes schematic: Bill of Materials: layout files and a test report.