Si5351A Clock- Frequenz- Generator 25 MHz 3Kanal 3,3-5V I2C ESP8266 Arduino STM32

Si5351 Clock Generator Board incl. BNC Adapter © androegg

Si5351 Clock Generator Board © androegg

Si5351 Clock Generator Board Pin Out © androegg

SMA Adapter female © androegg

SMA Adapter © androegg

Das Si5351 Frequenz Generator Board basiert auf dem Si5351 von Silicon Labs und eignet sich zur Takterzeugung für beispielsweise

• Festplatten
• HDTV
• DVD
• Blueray
• Netzwerke
• Audio Video
• Drucker
• Scanner
• Projektor
• uvm.

Das SI5351 Clock Generator Board ist wie folgt verfügbar

• 1 Stück Si5351 Clock Generator Board inkl.
  1 Stück Pinleiste
  3 Stück SMA Adapter

Si5351 Clock Generator Board

Im Vergleich zum „Si570“ deckt der Si5351 einen Frequenzbereich von 8KHz bis 160Mhz ab. Die Datenkommunikation erfolgt mittels I2C-Bus. Die 3 Ausgäng des Si5351 generieren unabhängig voneinander Rechtecksignale mit einem Pegel von 3Vss.

The Si5351 Clock Generator Board is based on Silicon Labs Si5351. The Si5351 Clock Generator Board is perfect as Clock Generator for

• Hard Disc Drive
• HDTV
• DVD
• Blueray
• Network
• Audio Video
• Printer
• Scanner
• Projector
• etc.

The SI5351 Clock Generator Board is available

• 1 pcs. Si5351 Clock Generator Board incl.
  1 pcs.
  Pinheader
  3 pcs.
  SMA Adapter

Si5351 Clock Generator Board

Compared to the „Si570“ the Si5351 covers the range from 8KHz to 160Mhz. It is controllable via an I2C bus. The 3 outputs independently provide square wave signals at a level of 3Vpp.

Si5351 Clock Generator Board Features:

• Generates frequencies from 8 kHz to 200 MHz
• 3 Outputs
• I2C user definable configuration
• Exact frequency synthesis at each output (0 ppm error)
• Highly linear VCXO
• Optional clock input (CLKIN)
• Low output period jitter: < 70 ps pp, typ
• Configurable spread spectrum selectable
  at each output
• Operates from a low-cost, fixed frequency
  crystal: 25 or 27 MHz
• Supports static phase offset
• Programmable rise/fall time control
• Glitchless frequency changes Separate voltage supply pins provide level translation:
  Core VDD: 2.5 or 3.3 V
  Output VDDO: 1.8, 2.5, or 3.3 V
• Excellent PSRR eliminates external power supply filtering
• Very low power consumption < 35mA