Oscillators

Complexity wise, on one extreme there are the quartz crystals that are inexpensive, simple, easy to design/control, and with oscillators at the other end. Oscillators incorporate a quartz crystal, few LNAs, and a varicap diode, thus providing more stable, accurate, and higher output level than simple crystals.

Oscillators, originally the luxury version of quartzes, have been in the meantime also suitable/available for cheaper/low price applications as freq generators components. An oscillator offers the complete solutions of an oscillator circuit in factory level/type quality, reliability, accuracy and reliable start up oscillation.

Endrich offers a wide range of voltage controlled, temperature compensated oscillators at different kHz & MHz frequencies, voltages, packages (smd, leaded) and other characteristics.

  • PXO Clock Oscillators
  • VCXO Voltage Controlled Crystal Oscillators / VCO Voltage Controlled Oscillators
  • TCXO Temperature Compensated Crystal Oscillators
  • VCTCXO Voltage Controlled Temperature Compensated Crystal Oscillators.
  • One Time Programmable Crystal Oscillators
  • OCXO, oven controlled crystal oscillator

There are 10 of 240 products shown.

SiT9366

  • Frequency min [MHz]: 1 MHz
  • Frequency max [MHz]: 220 MHz
  • min. operating temperature [°C]: -40 °C
  • max. operating temperature [°C]: 105 °C
  • Categories: Differential XO
  • Manufacturer: SiTime
SiT9366

SiT9367

  • Frequency min [MHz]: 220 MHz
  • Frequency max [MHz]: 725 MHz
  • min. operating temperature [°C]: -40 °C
  • max. operating temperature [°C]: 105 °C
  • Categories: Differential XO
  • Manufacturer: SiTime
SiT9367

SiT9375

  • Frequency min [MHz]: 25 MHz
  • Frequency max [MHz]: 644.531 MHz
  • min. operating temperature [°C]: -40 °C
  • max. operating temperature [°C]: 105 °C
  • Categories: Differential XO
  • Manufacturer: SiTime
SiT9375

SiT9386

  • Frequency min [MHz]: 1 MHz
  • Frequency max [MHz]: 220 MHz
  • min. operating temperature [°C]: -40 °C
  • max. operating temperature [°C]: 105 °C
  • Categories: Differential XO, AEC-Q100
  • Manufacturer: SiTime
SiT9386

SiT9387

  • Frequency min [MHz]: 220 MHz
  • Frequency max [MHz]: 725 MHz
  • min. operating temperature [°C]: -40 °C
  • max. operating temperature [°C]: 105 °C
  • Categories: Differential XO, AEC-Q100
  • Manufacturer: SiTime
SiT9387

SiT9501

  • Frequency min [MHz]: 25 MHz
  • Frequency max [MHz]: 644.531 MHz
  • min. operating temperature [°C]: -40 °C
  • max. operating temperature [°C]: 105 °C
  • Categories: Differential XO
  • Manufacturer: SiTime
SiT9501

SiT95141

  • Frequency min [MHz]: 0.008 MHz
  • Frequency max [MHz]: 2,100 MHz
  • min. operating temperature [°C]: -40 °C
  • max. operating temperature [°C]: 85 °C
  • Categories: MEMS Clock Generator
  • Manufacturer: SiTime
SiT95141

SiT95145

  • Frequency min [MHz]: 0.008 MHz
  • Frequency max [MHz]: 2,100 MHz
  • min. operating temperature [°C]: -40 °C
  • max. operating temperature [°C]: 85 °C
  • Categories: MEMS Network Synchronizer
  • Manufacturer: SiTime
SiT95145

SiT95147

  • Frequency min [MHz]: 0.008 MHz
  • Frequency max [MHz]: 2,100 MHz
  • min. operating temperature [°C]: -40 °C
  • max. operating temperature [°C]: 85 °C
  • Categories: MEMS Network Synchronizer
  • Manufacturer: SiTime
SiT95147

SiT95148

  • Frequency min [MHz]: 0.008 MHz
  • Frequency max [MHz]: 2,100 MHz
  • min. operating temperature [°C]: -40 °C
  • max. operating temperature [°C]: 85 °C
  • Categories: MEMS Network Synchronizer
  • Manufacturer: SiTime
SiT95148
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endrich provides design-in distribution of high-quality electronic components. We attach great importance to quality and reliability. That is why we work very closely with our suppliers to ensure that our products meet the highest standards. Our experienced team is always on hand to help and advise you in selecting the right components for your requirements.

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