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The electronic components that I have used in the FPGA design

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Component_list

The electronic components that have been used in the FPGA design

DC-DC Converter

  • LMZ31710
    • Input voltage range: [2.95V, 17V]
    • Maximum output current: 10A
    • Efficiency: up to 95%
    • Switching frequency: [200 KHz, 1.2MHz]
    • Operating temperature:[-40℃, 85℃]
    • Package: QFN
  • LTM8027
    • Input voltage range:[4.5V, 60V]
    • Maximum output current: 4A
    • Efficiency: up to 95%
    • Switching frequency: [100 KHz, 500KHz]
    • Operating temperature:[-40℃, 125℃]
    • Package: BGA/LGA
  • LT8645S
    • Input voltage range:[3.4V, 65V]
    • Maximum output current: 8A
    • Efficiency: up to 95%
    • Switching frequency: [200 KHz, 2MHz]
    • Operating temperature:[-40℃, 125℃]
    • Package: LQFN
  • TLV62130
    • Input voltage range:[3V, 17V]
    • Maximum output current: 3A
    • Switching frequency: [1250 KHz, 2500KHz]
    • Package: QFN

LDO Regulator

  • TPS74401
    • Input voltage range: [1.1V, 5.5V]
    • Maximum output current: 3A
    • Adjustable Output: [0.8V, 3.6V]
    • Dropout: 115 mV at 3.0 A (typical)
    • Operating junction temperature:[-40℃, 150℃]
    • Packge: VQFN, RGR, DDPAK
  • MAX8902BATA+T
    • Low noise 500mA LDO
    • Input voltage range:[1.7, 5.5]
    • Adjustable Output: 1.5V, 1.8V, 2.0V, 2.5V, 3.0V, 3.1V, 3.3V, 4.6V, or 4.7V
    • 2mm x 2mm x 0.8mm TDFN Package

Voltage Translator

  • TXS0108E
    • 8-bit Bi-directional level shifting
    • Applicable to open-drain and push-pull driver circuits
    • VCCA voltage [1.2V, 3.6V], VCCB voltage [1.65V, 5.5V]
    • Applicable to the open drain
    • Driven strength is weak
    • PCB trace is as short as possible to avoid the excessive capacitive loading
  • NOTE: OE referenced to the VCCA
  • TXS0104E
    • 4-bit Bi-directional level shifting
    • VCCA voltage [1.65V, 3.6V], VCCB voltage [2.3V, 5.5V]
    • NOTE: OE referenced to the VCCA
  • TXS0102E
    • 2-bit Bi-directional level shifting
    • VCCA voltage [1.65V, 3.6V], VCCB voltage [2.3V, 5.5V]
    • NOTE: OE referenced to the VCCA
  • SN74LVC8T245
    • 8-bit dual-supply level translation & 3-state output
    • Support 5V power supply
    • High driving capability
  • SN74LV4T125
    • Single Power Supply
    • CMOS logic level translation
    • High driving capability
  • SN74AXC4T774
    • 4-Bit Dual-Supply
    • Applicable to SPI bus

Voltage Supervisor(PWR-ON Reset)

  • TPS3801xxx

    • Power on reset fixed delay
      • TPS3800 = 100 ms
      • TPS3801 = 200 ms
      • TPS3802 = 400 ms
    • Supply voltage: [2V, 6V]
    • Operating temperature:[-40℃, 85℃]
    • Packge: SOT-23

ADC

  • AD9434

    • 12-Bit 370/500 MSPS 1.8V AD converter
    • Support SDR/DDR output format
    • 1.8V analog and digital supply voltage
  • AD9826

    • 16-Bit image signal processor
    • 3-channel 16-Bit operation up to 15MSPS
    • 1-Channel 16-Bit Operation up to 12.5 MSPS
    • Support RGB channel sampling for the image processing
    • 3V/5V IO compatibility

Clock Generator

  • AD9517-3
    • 12-channel output clocks
    • Integrated 2.0 GHz VCO or external VCO/VCXO to 2.4 GHz
    • 4 LVPECL outputs @ 1.6 GHz LVPECL outputs with jitter @ 225 fs rms
    • 4 LVDS clock outputs @ 800 MHz with jitter @ 275 fs rms
    • 4 LDVS outputs can be configured as 8 CMOS outputs

DAC

DDR

Oscillator

Peripheral

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The electronic components that I have used in the FPGA design