- Ambient Light Sensor
- Intergrated Sensor
- Proximity Sensor
The two new general purpose amplifier products are ideal for use in avionics, high power mobile radios, wireless systems and test instrumentation.
KOA Speer Electronics introduces new higher power ratings for its SG73P Seriesof anti-surge, pulse precision thick film chip resistors. The new power ratings by size are 0.2W (0402), 0.33W (0603), 0.5W (0805), 0.75W (1206), and 1.0W (1210). Precision SG73P resistors feature tolerances from ±0.5% to ±5%, T.C.R.…
KOA Speer Electronics introduces the HV73V high voltage flat chip resistor designed specifically for automotive applications. The HV73V features a special inner electrode material that makes the resistor suitable for high voltages. The new HV73V achieves maximum working voltages 2.5 times higher with improved temperature cycling…
The need for signal reception of more than one satellite system has become standard practice. As a response to this, JTI has developed a surface mount (SMT) antenna that operates from 1560 to 1605MHz. This means, our newest chip antenna p/n: 1582AT54A0045 can function at GPS, GLONASS (GNSS), BeiDou (BDS), and Galileo. New navigation radio receivers are smaller, more precise and low energy consumption, which means our ceramic antenna size of 15x4x 3.2mm goes very well for portable applications such as tracking systems.
Fujitsu Components America today announced the FWM7BTZ61 series of Bluetooth® Ver. 5.0 (dual mode) wireless radio modules compatible with both Bluetooth Low Energy and legacy Bluetooth Classic BR/EDR, giving designers the flexibility to choose between the two modes with one module.
The fully integrated FWM7BTZ61 series is powered by Cypress Semiconductor’s CYW20819 SoC and features Bluetooth Low Energy profile and Bluetooth Classic (BR/EDR) power class 2 capabilities in a single module. It also supports Bluetooth Ver. 5.0’s signature X2 communication.
Health and wellness monitoring is a primary way to manage personal health and awareness for a healthy lifestyle. Many wearable activity tracking devices, smart watches, and smartphone applications collect and analyze data from bodily sources. Other types of devices used to monitor vital signs can help the wearer manage health issues but can limit the wearer’s mobility or cause discomfort if worn continuously.
These restrictions have prompted a growing interest in developing noncontact, wireless devices to detect vital signs, especially for people who are unconscious, sleeping, very young, elderly, or infirm. This article explains why 24 GHz Doppler radar sensors are useful for such devices and highlights some of the features suitable for meeting these applications.
The CP (Compact Power) series is a complete, 1U-high distributed power system of rectifier modules. The series utilizes the latest, cost-optimized technology to provide a regulated, single-output voltage of -54VDC. The rectifiers provide high efficiency and power density, and they are available in both universal AC and a wide range of DC input voltage configurations.
Benefits
- 1U profile with only 13.85″ depth.
- Power densities in excess of 40W/in3.
- Constant current characteristic.
- N+1 redundancy/hot-swap operation.
- Up to 5VSB @ 2A standby voltage.
- Dual I2C and RS485 interfaces.
- Active load sharing, remote on/off and sense functions.
Applications
- Wireless/cellular.
- Energy systems
- Central office switching.
- PCS installations.
- Bulk power for power architectures./li>
- Automatic test equipment.
The CLP-series of highly dense, open-frame, fanless power supplies provide high power availability and reliability in a compact footprint. With the ability to adapt to either forced air or conductive plate cooling, the CLP AC/DC power supplies offer design flexibility for OEMs when designing their end applications. The power supplies offer greater than 90% peak efficiency.
The simple, but powerful, design architecture of the CLP-series power supplies makes optimal use of components, their placement, and electrical routing techniques to provide more power in less space. This combination of power performance and minimal footprint make the CLP product family ideal for applications including industrial equipment, telecommunications equipment, robotics, 3D printers, and network routers and switches.
Benefits
- Compact size: 50.8 mm x 101.6 mm x 36.1 mm (2 in x 4 in x 1.4 in).
- Universal AC input range (90 – 264VAC).
- Output voltage of 12V, 24V, 28V.
- Maximum output current of 16.7A@ 12Vout (200W), 12.5A @ 12Vout (150W), 8.3A @ 24Vout (200W), 7.1A @ 28Vout (200W).
- Standby output of 5V @ 0.25A (select models).
- High efficiency with 80 PLUS Gold Certification.
- Full load capability at 50 C and 1m/s (200LFM) airflow with derating at higher temperatures or lower airflows.
- Remote on/off (select models).
- Output overcurrent protection (non-latching).
- Overtemperature protection.
- Output overvoltage protection.
- Up to 12ms of hold-up time.
- Ability to parallel power supplies with current sharing (select models).
- Active power factor corrected input.
- Conducted EMI – meets CISPR22 (EN55022) and FCC Class A/B requirements.
- Compliant to RoHS EU Directive 2002/95/EC.
- UL and ULC approved to UL/CSA60950-1, TUV (EN60950-1), CE Mark (for LVD) and CB Report available.
- ISO** 9001 and ISO 14001 certified manufacturing facilities.
CLP Embedded Power Applications
- Test and measurement equipment
- Embedded designs – printers, noninvasive medical devices, small LED display signage.
- Networking devices – wireless telecom and datacom equipment.
- Industrial applications.
- Routers and switches.
- Robotics.
The fanless, compact, half-U high CCR-Series rectifiers offer alternative cooling approaches including liquid, conduction, convection or forced air for end applications where reliability and noiseless operation are essential. In a sleek form factor, the CCR AC/DC power supplies reduce the real estate needed for power conversion, making them ideal for use in hard-to-reach applications. They also offer enhanced scalability as multiple units can be configured in an N+N redundant mode.
Benefits
- Fanless, conduction-cooled design.
- High power density (20W/in3).
- High efficiency.
- No power derating at low line.
- I2C/PMBus – Serial port communication.
- Safety: UL, TUV.
Applications
- 12V distributed power architectures
- Datacom/telecom applications
- Routers/switches
- Automated test equipment