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MAX® 10 Field Programmable Gate Array (FPGA) IC 101 193536 4000 144-LQFP 裸焊盤
View DetailMAX® 10 Field Programmable Gate Array (FPGA) IC 130 193536 4000 169-LFBGA
View DetailCyclone® 10 LP Field Programmable Gate Array (FPGA) IC 423 2810880 81264 780-BGA
View DetailMAX® 10 Field Programmable Gate Array (FPGA) IC 101 193536 4000 144-LQFP Exposed Pad
View DetailBuck Switching Regulator IC Positive Adjustable 0.6V 1 Output 1A 30-FQFN Exposed Pad
View DetailNon-Isolated PoL Module DC DC Converter 1 Output 0.6 ~ 6V 1A 2.4V - 6.6V Input
View DetailNon-Isolated PoL Module DC DC Converter 1 Output 0.6 ~ 5V 800mA 2.4V - 5.5V Input
View DetailNon-Isolated PoL Module DC DC Converter 1 Output 0.6 ~ 4.9V 2A 2.4V - 5.5V Input
View DetailCyclone® III Field Programmable Gate Array (FPGA) IC 82 608256 24624 144-LQFP 裸焊盤
View DetailCyclone® IV E Field Programmable Gate Array (FPGA) IC 179 423936 10320 256-LBGA
View DetailCyclone® IV E Field Programmable Gate Array (FPGA) IC 328 608256 28848 484-BGA
View Detail
The PolarFire® SoC FPGA is built on the award-winning PolarFire FPGA architecture and is the first SoC FPGA with a deterministic,
coherent RISC-V CPU cluster and a deterministic L2 memory subsystem enabling Linux and real-time applications. The family delivers up to 50% lower power than alternative FPGAs and spans from 23k to 461k logic elements and features 12.7G transceivers.
The PolarFire® SoC FPGA is built on the award-winning PolarFire FPGA architecture and is the first SoC FPGA with a deterministic,
coherent RISC-V CPU cluster and a deterministic L2 memory subsystem enabling Linux and real-time applications. The family delivers up to 50% lower power than alternative FPGAs and spans from 23k to 461k logic elements and features 12.7G transceivers.
The PolarFire® SoC FPGA is built on the award-winning PolarFire FPGA architecture and is the first SoC FPGA with a deterministic,
coherent RISC-V CPU cluster and a deterministic L2 memory subsystem enabling Linux and real-time applications. The family delivers up to 50% lower power than alternative FPGAs and spans from 23k to 461k logic elements and features 12.7G transceivers.
The PolarFire® SoC FPGA is built on the award-winning PolarFire FPGA architecture and is the first SoC FPGA with a deterministic,
coherent RISC-V CPU cluster and a deterministic L2 memory subsystem enabling Linux and real-time applications. The family delivers up to 50% lower power than alternative FPGAs and spans from 23k to 461k logic elements and features 12.7G transceivers.
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The PolarFire® SoC FPGA is built on the award-winning PolarFire FPGA architecture and is the first SoC FPGA with a deterministic,
coherent RISC-V CPU cluster and a deterministic L2 memory subsystem enabling Linux and real-time applications. The family delivers up to 50% lower power than alternative FPGAs and spans from 23k to 461k logic elements and features 12.7G transceivers.
These flash FPGA devices are ideal for general purpose functions such as bridging functions,
input/output (I/O) expansion and conversion, system management, secure connectivity etc.
Microchip FPGAs are used by customers in Communications, Industrial, Medical, Defense, and Aviation markets.
More Resources in Low Density Devices
• ARM Cortex-M3 Processor with embedded flash
• Comprehensive microcontroller subsystem
With Clear Advantages
• Lowest Power
• Reduce total power by ~20-40%
• Proven Security
• Protection from Overbuilding and Cloning
• Exceptional Reliability
• SEU immune Zero FIT Flash FPGA Configuration
• Reliability safety critical and mission critical systems
These flash FPGA devices are ideal for general purpose functions such as bridging functions,
input/output (I/O) expansion and conversion, system management and secure connectivity.
Microchip FPGAs are used by customers in Communications, Industrial, Medical, Defense, and Aviation markets.
More Resources in Low Density Devices
• ARM Cortex-M3 Processor with embedded flash
• Comprehensive microcontroller subsystem
With Clear Advantages
• Lowest Power
• Reduce total power by ~20-40%
• Proven Security
• Protection from Overbuilding and Cloning
• Exceptional Reliability
• SEU immune Zero FIT Flash FPGA Configuration
• Reliability safety critical and mission critical systems
These flash FPGA devices are ideal for general purpose functions such as bridging functions,
input/output (I/O) expansion and conversion, system management, secure connectivity etc.
Microchip FPGAs are used by customers in Communications, Industrial, Medical, Defense, and Aviation markets.
With Clear Advantages
• Lowest Power
• Reduce total power by ~20-40%
• Proven Security
• Protection from Overbuilding and Cloning
• Exceptional Reliability
• SEU immune Zero FIT Flash FPGA Configuration
• Reliability safety critical and mission critical systems
These flash FPGA devices are ideal for general purpose functions such as bridging functions,
input/output (I/O) expansion and conversion, system management and secure connectivity.
Microchip FPGAs are used by customers in Communications, Industrial, Medical, Defense, and Aviation markets.
More Resources in Low Density Devices
Comprehensive microcontroller subsystem
With Clear Advantages
Lowest Power
Reduce total power by ~20-40%
Proven Security
Protection from Overbuilding and Cloning
Exceptional Reliability
SEU immune Zero FIT Flash FPGA Configuration
Reliability safety critical and mission critical systems
Battery charger IC I2C 1cell 3A Buck battery charger with power path and OTG
View Detail3A Sink/Source DDR Termination Regulator w/ VTTREF Buffered Reference for DDR2, DDR3, DDR3L and DDR4
View Detail3-V to 28-V, synchronous buck controller with differential voltage feedback
View DetailHigh-brightness LED Matrix Manager for Automotive Headlight Systems
View Detail
The CSD95372AQ5M NexFET™ Power Stage is a highly optimized design for use in a high power, high density Synchronous Buck converters.
This product integrates the driver IC and NexFET technology to complete the power stage switching function.
The driver IC has a built-in selectable diode emulation function that enables DCM operation to improve light load efficiency.
This combination produces high current, high efficiency, and high speed switching capability in a small 5 × 6 mm outline package. It also integrates the temperature sensing functionality to simplify system design and improve accuracy.
In addition, the PCB footprint has been optimized to help reduce design time and simplify the completion of the overall system design.
TI 32-mm glass transponders provide superior performance and operate at a resonance frequency of 134.2 kHz.
Specific products are compliant to ISO 11784 and ISO 11785 global open standards.
TI LF transponders are manufactured with TI’s patented tuning process to provide consistent read and write performance. Before delivery,
the transponders undergo complete functional and parametric testing to provide the high quality that customers have come to expect from TI. The transponder is well suited for use in a broad range of applications including, but not limited to, access control, vehicle identification, container tracking, asset management,
and waste management applications.
Ultra-Low-Power Ultra-Small-Size SAR ADC | 12 Bit | 1MSPS | Pseudo Differential
16-bit, 4-kSPS, 6-ch delta-sigma ADC with PGA and voltage reference for sensor measurement
16-Bit, Pseudo-Diff Input, 250kSPS Serial Out, 2.7V-to-5.5V Micropower Sampling ADC
24-bit, 32-kSPS, 8-channel, simultaneous-sampling, delta-sigma ADC
16-Bit High-Speed 8-Channel Simultaneous-Sampling ADC With Bipolar Inputs on a Single Supply
12-bit, 3.3-kSPS, 4-channel, delta-sigma ADC with PGA, oscillator, VREF, comparator and I2C
Small 8-ch 12-bit analog-to-digital converter (ADC) with I2C interface, GPIOs, CRC and RMS module
16-Bit High-Speed 8-Channel Simultaneous-Sampling ADC With Bipolar Inputs on a Single Supply