Current

CZ 3A0X SERIES CORELESS CURRENT SENSORS

CZ-3A0X SERIES CORELESS CURRENT SENSORS

AKM’s coreless current sensors are high-accuracy and achieve both creepage and clearance distance Corresponding to the UL safety standard UL61800-5-1 for industrial equipment, AKM has developed the CZ-3A0x series coreless current sensor which achieves both creepage distance and clearance distance greater than 8 mm. It supports a working voltage of 600 VRMS (with reinforced insulation), making insulation design easy. With a wide current […]

CZ-3A0X SERIES CORELESS CURRENT SENSORS Read More »

NEW PHOTORELAYS WITH LOW LED TRIGGER CURRENT FOR BATTERY POWERED SECURITY AND AUTOMATION DEVICES

NEW PHOTORELAYS WITH LOW LED TRIGGER CURRENT FOR BATTERY POWERED SECURITY AND AUTOMATION DEVICES

Toshiba Electronic Devices & Storage Corporation has introduced the TLP170AM and TLP170GM two new photorelays that can be used in security systems, which are used in building automation and other industrial equipment. The TLP170AM has a rated OFF-state output terminal voltage of 60V and constant ON-state current (ION) of 0.7A with the pulse operation of up to 2.1A. The TLP170GM is a 350V version with

NEW PHOTORELAYS WITH LOW LED TRIGGER CURRENT FOR BATTERY POWERED SECURITY AND AUTOMATION DEVICES Read More »

5G NB IOT LOW POWER CELLULAR DEVELOPER STARTER KIT

5G NB-IOT LOW-POWER CELLULAR DEVELOPER STARTER KIT

Thales and Qoitech have combined their products into starter kits that offer easy setup for evaluation and prototyping of narrowband IoT (NB-IoT) connectivity and its energy consumption. Thales’ DEVKIT ENS22-E NB-IOT is an easy-to-configure starter kit with an NB-IoT module that supports major operators in Europe and APAC regions where NB-IoT technology has already been well-deployed. This powerful development board

5G NB-IOT LOW-POWER CELLULAR DEVELOPER STARTER KIT Read More »

PROGRAMMABLE FREQUENCY – CONTINUOUS CONDUCTION MODE CCM – BOOST POWER – FACTOR CORRECTION PFC CONTROLLER 2

PROGRAMMABLE FREQUENCY – CONTINUOUS CONDUCTION MODE (CCM) – BOOST POWER – FACTOR CORRECTION (PFC) CONTROLLER

The circuit described here is a simple PFC controller using the UCC28180 chip from Texas instruments. The controller operates under average current mode control at a fixed programmable switching frequency of 116 kHz. Simple external current and voltage loop compensation, along with advanced protection features, make this controller ideal for server and desktop power supplies, industrial power supplies, and white

PROGRAMMABLE FREQUENCY – CONTINUOUS CONDUCTION MODE (CCM) – BOOST POWER – FACTOR CORRECTION (PFC) CONTROLLER Read More »

LED DRIVER IC BCR431U GIVES MORE FREEDOM IN DESIGNING LOW CURRENT LED STRIPS

LED DRIVER IC BCR431U GIVES MORE FREEDOM IN DESIGNING LOW CURRENT LED STRIPS

Infineon Technologies AG  releases the BCR431U. The constant current linear LED driver IC provides low-voltage drop performance for regulating LED current. It is the second device released in the new generation BCR family with low voltage drop focusing on low current designs of up to 37 mA. Typical applications for the new BCR431U include LED strips, channel

LED DRIVER IC BCR431U GIVES MORE FREEDOM IN DESIGNING LOW CURRENT LED STRIPS Read More »

BPW34 GAMMA RAY DETECTOR

BPW34 GAMMA RAY DETECTOR

The usual approach to radiation detection is the use of a Geiger-Müller tube and its high voltage circuit requirements, but during a quick surf through the internet today, I came across this portable and “accurate looking” solution developed by Stefan Wagner, on EasyEDA. Rather than the Geiger Muller tube and its complex circuitry, the project uses a miniature Silicon PIN

BPW34 GAMMA RAY DETECTOR Read More »

MA782 IS A LOW POWER ANGLE SENSOR WITH SPI OUTPUT

MA782 IS A LOW POWER ANGLE SENSOR WITH SPI OUTPUT

MPS MA782 is a 12-Bit, digital low power angle sensor with SPI output – the world’s smallest absolute ICEncoder™. The MA782 is the world’s smallest absolute ICEncoder™ which detects the absolute angular position of a permanent magnet (typically a diametrically magnetized cylinder on a rotating shaft). With its power cycling ability, the sensor is suitable for applications requiring low

MA782 IS A LOW POWER ANGLE SENSOR WITH SPI OUTPUT Read More »

TEKTRONIX ADDS INDUSTRY FIRST TECHNOLOGY WHICH ELIMINATES PULSE TUNING IN NEW ALL IN ONE 2601B PULSE SYSTEM SOURCEMETER

TEKTRONIX ADDS INDUSTRY-FIRST TECHNOLOGY WHICH ELIMINATES PULSE TUNING IN NEW ALL-IN-ONE 2601B-PULSE SYSTEM SOURCEMETER

Tektronix, Inc. today announced the new 2601B-PULSE System SourceMeter® 10μs Pulser/SMU Instrument, integrating a high-speed current pulser with DC source and measurement functions in one instrument. The new system incorporates PulseMeter™ technology for sourcing current pulses as short as 10μsec at 10A and 10V without the need to manually tune the output to match device impedance up to 3μH. This

TEKTRONIX ADDS INDUSTRY-FIRST TECHNOLOGY WHICH ELIMINATES PULSE TUNING IN NEW ALL-IN-ONE 2601B-PULSE SYSTEM SOURCEMETER Read More »

MT. MYSTERY ACHIEVING THE PIN ELECTRONICS TRIFECTA

MT. MYSTERY, ACHIEVING THE PIN ELECTRONICS TRIFECTA

As technology evolves, and demand increases for next generation chips in artificial intelligence, deep learning, machine learning, automotive, IoT, healthcare and other areas, technology to provide faster, higher density and lower power ATE (Automatic Test Equipment) semiconductors is required. At ElevATE, the goal is to provide our customers with pin electronic (PE) solutions innovating with respect

MT. MYSTERY, ACHIEVING THE PIN ELECTRONICS TRIFECTA Read More »

L6983 – 38V 3A SYNCHRONOUS STEP DOWN CONVERTER WITH 17UA QUIESCENT CURRENT

L6983 – 38V 3A SYNCHRONOUS STEP-DOWN CONVERTER WITH 17UA QUIESCENT CURRENT

The L6983 is an easy to use synchronous monolithic step-down regulator capable of delivering up to 3 A DC to the load. The wide input voltage range makes the device suitable for a broad range of applications. The L6983 is based on a peak current mode architecture and is packaged in a QFN16 3×3 with

L6983 – 38V 3A SYNCHRONOUS STEP-DOWN CONVERTER WITH 17UA QUIESCENT CURRENT Read More »

Scroll to Top