英語 での This reference design の使用例とその 日本語 への翻訳
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This reference design is an industrial, smart force sensor.
The BOM(bill of materials) for this reference design is given in Table 1.
This reference design has an incredible efficiency rating of 98.5%!
Several generic CPLD and FPGA implementations are shown with this reference design.
This reference design uses the MAX6603EVKIT to measure the temperature.
One of the unique components of this reference design is the ready-to-use firmware.
This reference design uses the MAX1393 to capture the input wave signals.
Schematic of the MAX15005B boost converter for FSW 200kHz.The BOM for this reference design is given in Table 1.
This reference design, created with our partner Goertek, is a significant achievement.
The Pmod-compatible interface utilized on this reference design implements the simple 3-wire mode with SDI tied high to VIO.
This reference design allows for independent enables that allow each string to be controlled separately.
MAXREFDES1215: Supercapacitor-Based Energy Harvester This reference design demonstrates a supercapacitor-based energy harvester.
This reference design, simulation tests, and results are focused on performance only at 2GHz output frequency.
For the QVGA application of this reference design, only odd or even pixels and every other line are used.
This reference design meets the< 1μs LED turn-on time specification only when the LED current is set for 6A.
To change the output voltage of this reference design, simply change the feedback resistors(R2, R3) of the LDO.
This reference design provides all of the support circuitry required to operate the ADC in its various modes and configurations.
Circuit Description Overview This reference design is for a high-voltage, boost current source for very long strings of LEDs.
This reference design provides all of the support circuitry required to operate the ADC in its various modes and configurations.
MAXREFDES1044: Heart-Rate Monitor This reference design demonstrates how to implement a small, low-cost, low-power, high-accuracy heart-rate monitor.
This reference design provides all of the support circuitry required to operate the ADC in its various modes and configurations.
MAXREFDES1204: Single-Output SEPIC Converter This reference design, developed with the MAX16990 current-mode controller, demonstrates a single-output SEPIC converter.
This reference design provides all of the support circuitry required to operate the ADC in its various modes and configurations.
Power Supplies This reference design requires external low noise power supplies for the +5 V and -2.5 V rails.
This reference design provides an example of how to implement a low-speed serial control link using Differential Manchester code.
All active ICs in this reference design are from Maxim, except one PLL required due to fast lock-time requirements.
This reference design offers a complete handset transceiver design, providing the highest integration available in the industry.
Introduction This reference design describes how to create a PC-based temperature-measurement system for evaluating the MAX6603 signal conditioner.
This reference design receives data samples input via either one or two high-speed LVDS signals and converts the serial data to parallel word format.
Introduction This reference design provides everything needed to implement an oscilloscope(Figure 1) based around theMAX1396EVKIT(reference design requires the MAX1396ETB ADC to be replaced with the MAX1393ETB ADC) and a PC.