2:13
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NXP Semiconductors - corporate movie
NXP Semiconductors - corporate movie
NXP Semiconductors corporate movie. A video about who NXP Semiconductors is as a company in their new positioning towards HPMS (high performance mixed signal).
7:13
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NXP Semiconductors Achieves Transparency through Centralization
NXP Semiconductors Achieves Transparency through Centralization
Hear how NXP Semiconductors utilizes the Cloud and DevOps strategies to accelerate software delivery and increase productivity throughout the organization.
4:47
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Clip-Bonding - NXP Semiconductors Quick Learning 1
Clip-Bonding - NXP Semiconductors Quick Learning 1
Clip-Bonding, a basic introduction of the NXP Semiconductors packaging technology and advantages of using it for specific applications.
9:05
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NXP Semiconductors Ultra Low Power Real Time Clocks (RTC)
NXP Semiconductors Ultra Low Power Real Time Clocks (RTC)
NXP Semiconductors Ultra Low Power Real Time Clocks (RTC)
6:22
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GaN (Gallium Nitride) goes mainstream - NXP Semiconductors Quick Learning 7
GaN (Gallium Nitride) goes mainstream - NXP Semiconductors Quick Learning 7
www.nxp.com Mark Murphy, director of marketing for RF Power at NXP Semiconductors, discusses NXP's approach to gallium-nitride (GaN) technology. GaN enables high power amplifiers that deliver very high efficiency in next-generation wireless communication systems. News release: www.nxp.com
4:06
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Partial Networking Basic Principles - NXP Semiconductors Quick Learning 20
Partial Networking Basic Principles - NXP Semiconductors Quick Learning 20
This Quick Learning Video explains the basic principles of Partial Networking plus NXP's solution to enable Partial Networking in a high-speed CAN network. This session is a follow up to the session about the idea's and benefits of Partial Networking: www.youtube.com www.nxp.com (search TJA1145 / UJA1168)
6:43
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Boundary Conduction Mode (BCM) for power supplies - NXP Semiconductors Quick Learning 23
Boundary Conduction Mode (BCM) for power supplies - NXP Semiconductors Quick Learning 23
In this session, we explain the benefits of Boundary Conduction Mode (BCM) in power supply controls, including reduced switching losses, smaller components, better control, lower EMI level and high efficiency. www.nxp.com www.nxp.com
3:54
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NXP Semiconductors I2C Bus PCA9570 GPIO
NXP Semiconductors I2C Bus PCA9570 GPIO
NXP Semiconductors I2C Bus PCA9570 GPIO
2:20
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LFPAK Power-SO8 vs. DPAK - NXP Semiconductors Quick Learning 18
LFPAK Power-SO8 vs. DPAK - NXP Semiconductors Quick Learning 18
As automotive applications become more complex, additional real-estate is required within the same module size. In applications such as engine controllers, the additional functionality requires the use of smaller footprint MOSFETs. LFPAK has a footprint 50% smaller than that of DPAK whilst offering similar thermal performance. Links: www.nxp.com www.nxp.com
7:54
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I2C FastMode Plus (Fm+) Development Kit from NXP
I2C FastMode Plus (Fm+) Development Kit from NXP
Inside NXP Semiconductors' new I2C Fast-mode Plus (Fm+) Development Kit (OM13320) www.nxp.com www.nxp.com
3:49
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XR Power Transistors - NXP Semiconductors Quick Learning 8
XR Power Transistors - NXP Semiconductors Quick Learning 8
Introduction of the new NXP XR family of RF power transistors. These transistors have an extreme good ruggedness and can survive a mismatch of 65:1 For more information, visit: www.nxp.com
6:10
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UBA3070 LED driver IC with Boundary Conduction Mode - NXP Semiconductors Quick Learning 24
UBA3070 LED driver IC with Boundary Conduction Mode - NXP Semiconductors Quick Learning 24
In this video, we discuss the benefits of Boundary Conduction Mode in the UBA3070 LED driver IC. www.nxp.com
3:08
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Evaluating BGA7210 Variable Gain Amplifier - NXP Semiconductors Quick Learning 15
Evaluating BGA7210 Variable Gain Amplifier - NXP Semiconductors Quick Learning 15
Demonstration of how you can evaluate digital variable gain amplifier performance with the BGA7210 customer evaluation kit. Product information page: www.nxp.com Customer evaluation kit: www.nxp.com
4:00
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Doherty Evolution - NXP Semiconductors Quick Learning 16
Doherty Evolution - NXP Semiconductors Quick Learning 16
As a PA designer, we often need to make a decision to choose for the best PA concept for a particular application. Today, we have the Class-AB, 2-way Symmetrical Doherty, 2-way Asymmetrical Doherty and the 3-way Doherty that is commonly in use. This video presentation tries to put into perspective for the designer when to use which concept. Links to relevant nxp.com pages: www.freepatentsonline.com www.nxp.com www.youtube.com www.nxp.com
4:01
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NXP Semiconductors I2C Bus TempSensors for SSD
NXP Semiconductors I2C Bus TempSensors for SSD
NXP Semiconductors I2C Bus TempSensors for SSD
1:32
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Lars Reger, NXP Semiconductors - What is eCall?
Lars Reger, NXP Semiconductors - What is eCall?
NXP and Partners start the European eCall Trial. NXP Vice President Lars Reger gives some background information.
4:54
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NXP Semiconductors I2C Bus Temperature Sensor
NXP Semiconductors I2C Bus Temperature Sensor
NXP Semiconductors I2C Bus Temperature Sensor
1:52
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NXP Semiconductors demo of LED in auto receiver tuner
NXP Semiconductors demo of LED in auto receiver tuner
Demonstration of NXP's LED Controller as used in Car Radio for LED backlighting and color mixing.
5:24
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NXP Semiconductors I2C PCA9517 to PCA9617
NXP Semiconductors I2C PCA9517 to PCA9617
NXP Semiconductors I2C PCA9517 to PCA9617
2:47
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What is the I2C Bus? An Introduction from NXP
What is the I2C Bus? An Introduction from NXP
A high-level introduction to how the I2C-bus (IIC) works to simplify your board design and make functional upgrades a snap. • I2C-bus specification and user manual, including new UFm specifications www.nxp.com • NXP I2C selection guide www.nxp.com • NXP I2C bus controllers and bridge ICs www.nxp.com
7:06
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Mr. Claus Hansen, Senior Director Identification, NXP Semiconductors
Mr. Claus Hansen, Senior Director Identification, NXP Semiconductors
5:17
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BLP05H6500P RF power transistor - NXP Semiconductors Quick Learning 14
BLP05H6500P RF power transistor - NXP Semiconductors Quick Learning 14
The BLP05H6500P delivers high power, efficiency and extreme ruggedness combined in a plastic package. This gives you the advantage of enabling a cost-down solution compared to standard ceramic packages with best in class performance. For more information, please visit www.nxp.com