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ISSUE 1; April 2016 Description Temperature Compensated Crystal Oscillator (TCXO) in a ceramic package with a metal lid. Frequency Parameters Frequency 13.0MHz to 52.0MHz Frequency Tolerance ±2.00ppm Tolerance Condition @ 25°C, 1hr after reflow. Frequency Stability ±0.50ppm to ±2.00ppm
ISSUE 1; April 2016 Description Temperature Compensated Crystal Oscillator (TCXO) in a ceramic package with a metal lid. Frequency Parameters Frequency 13.0MHz to 52.0MHz Frequency Tolerance ±2.00ppm Tolerance Condition @ 25°C, 1hr after reflow. Frequency Stability ±0.50ppm to ±2.00ppm
ISSUE 1; July 2016 Description The IQXT-274 with voltage control option, employs an analogue IC for the oscillator and temperature compensation. The crystal is surface mounted on top of the ceramic IC carrier. The segregation of the crystal from the oscillator further improves the reliability of th
ISSUE 1; July 2016 Description The IQXT-275 with voltage control option, employs an analogue IC for the oscillator and temperature compensation. The crystal is surface mounted on top of the ceramic IC carrier. The segregation of the Crystal from the oscillator further improves the reliability of th
ISSUE 1; July 2016 Description The IQXT-260 employs an analogue ASIC for the oscillator and a high order temperature compensation circuit in a 2.5 x 2.0mm size package. The device can be placed in power down mode through a single input pin. During standard operation, power consumption is minimised
ISSUE 1; July 2016 Description The IQXT-272 employs an analogue ASIC for the oscillator and a high order temperature compensation circuit in a 2.0 x 1.6mm size package. The device can be placed in power down mode through a single input pin. During standard operation, power consumption is minimised
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