Industrial Manuals

ICODE SLI-S is a smart label IC from NXP company that supports ISO 15693, ISO 18000 and HF EPCglobal/Auto ID standards. It offers password-protected memory access that can be tailored to meet your specific needs. In addition, the ICODE SLI-S features increased user memory. So you can use 32-bit or 64-bit passwords for even higher security in your applications.

The TEA1522 is a low-power switched-mode power supply (SMPS) controller IC from NXP. It features high efficiency, low standby power (< 100 mW), low EMI, and small footprint. The chip can be used for USB chargers, small power supplies, white goods, small personal care equipment, portable equipment chargers, coffee machines, security cameras, and general household appliances.

NXP's ADC1415Sxxx is a single-channel 14-bit ADC that supports up to 125 MSPS sampling rates and features excellent dynamic performance, along with a low-power BiCMOS input buffer for use in high-IF applications.

UBA3070 is a high-voltage LED control IC launched by NXP. It is specially designed for applications where large numbers of LEDs have to be driven accurately and efficiently. It is the perfect choice for LCD backlighting systems.

This document introduces NXP Semiconductors' portfolio of LED solutions for gaming, mobile, signage, LCD TV backlighting, LED indication, and more. These solutions are designed for high performance, low cost, high power efficiency, and flexible design. They also include Fast-mode Plus, a wide supply range (2.3 to 5.5 V), and flexible PWM functions. They also have ultra-low standby modes (<1 µA), low CPU overhead, and extended battery life in mobile applications. These solutions also include application boards and daughter cards, and have a mature manufacturing infrastructure that supports high volumes. They provide everything you need to make lighting affordable, from mobile handsets and gaming systems to outdoor billboards, signage, and more.

This document is the application note of PBLS20xD and PBLS60xD low VCEsat load switches issued by NXP. This switch adopts PNP low VCEsat transistor and NPN RET in a single package, which can simplify circuit design and reduce pick-and-place cost. It uses SOT457 package, has the highest current-per-footprint rating on the market, and is ideal for switching positive supply rails or ground-referenced loads. Main applications include supply-line switches, battery-charger switches, high-side switches for LEDs, drivers, and backlights, and portable equipment.

This document introduces the features of NXP 800 mA low VCEsat (BISS) RETs PBRN and PBRP series, including built-in bias resistors, high current gain hFE, 800 mA repetitive peak output current, low collector-emitter saturation voltage VCEsat, ±10% resistor tolerance, and four resistor combinations.

NXP BUJ and PHx series of high voltage power bipolar transistors use planar technology that delivers industry-leading cost-performance ratios. The high-voltage (up to 1200 V) capability is suitable for push-pull technologies. Fast switching times and low VCEsat ratings combine to reduce switching and conduction losses. The well-controlled hFE parameter reduces the need for banding or selection, making design-in easier and extending reliability. Versions with integrated diodes reduce component count and simplify the design even further.

NXP is a semiconductor company that provides highly integrated lighting control and driver electronics products. They focus on developing new solutions for energy savings and design simplification.

This document introduces the NXP PNX953x automotive A/V reference design, which provides high performance and versatility so you can quickly create innovative audio/video systems.

NXP ESD protection diodes provide advanced protection for FlexRay, LIN, and CAN systems. This selection guide provides information on the ESD protection diodes including pin configuration, packages, ESD rating, rated power, typical parasitic capacitance, maximum clamping current and maximum clamping voltage.

NXP offers a wide range of discretes for digital still cameras, which provide low power consumption, small size, and robust design.

Near Field Communication (NFC) is a short-range and secure wireless technology that makes connectivity for personal communication and portable devices really easy. But it does much more than connect devices. It’s a totally new way of doing things - by touch. It also enables many new mobile applications and innovative services. So it can put your company and your customers in touch with a bigger world. The key to NFC is that it’s extremely intuitive to use - simply touch two NFC-enabled devices together and they connect. Establishing a wireless link between devices or enabling end-to-end global transactions. Making a ticket payment or reading smart labels. Storing ownership rights or an electronic door key. People want easy electronics and NFC’s intuitive operation delivers it, changing the way we interact with technology and our environment. All this is in marked contrast to the complex way we’re forced to set up and interconnect most electronic equipment. NFC is a new technology with a lot of potential. The NFC Forum was founded by Philips, Sony and Nokia. Now it counts more than 60 of the biggest names in the electronics, software and fi nance industries among its members. If you’re an equipment manufacturer or a software developer, a service or content provider, this is one technology you need to keep an eye on.

NXP Semiconductors offers a wide range of high-performance sensor solutions for automotive applications, including a proven range of magnetoresistive (MR) sensors for angle, rotation and weak-field measurements. These sensors offer precise measurement, reliable operation and long lifetimes – exactly the qualities needed for automotive use.

I2C-bus is a simple two-wire data transmission protocol invented by NXP more than 20 years ago. It uses two wires to transmit data, SDA and SCL. I2C-bus supports 400khz, 1MHz and 3.4MHz three speeds. I2C-bus can connect multiple devices and identify different devices by using addresses.