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NJU6368CF1-TE1 is listed in the Programmable Timers And Oscillators range at ChipApex. The manufacturer field lists Nisshinbo Micro Devices Inc.. Its product description is NJU6368CF1-TE1. Review the specifications below when checking this part for your BOM.
The NJU6368CF1-TE1 is a CMOS fundamental quartz crystal oscillator from the NJU6368 series, manufactured by Nisshinbo Micro Devices. It integrates an oscillation amplifier, a 3-stage divider, and a 3-state output buffer within a thin-die SOT-23-6-1 package. The device outputs the f0/4 frequency derived from the internal crystal. It operates on a supply voltage ranging from 2.7V to 5.5V with a maximum oscillation frequency of 50MHz. Key electrical characteristics include high fan-out capabilities (IOH/IOL = 8mA at 3.3V; 16mA at 5.0V) and low operating currents, such as 4mA at 3.3V and 9mA at 5.0V for the C version.
Verify the specific ordering suffix TE1 against the manufacturer's current documentation to confirm packaging details. Ensure the required output frequency matches the CF1 designation (f0/4). Confirm that the application circuit supports the SOT-23-6-1 thin-die package dimensions and pad layout provided in the datasheet.
Select this component when an f0/4 divided clock signal is required from a fundamental quartz crystal. The C version offers lower current consumption compared to A or B versions. Ensure the load capacitance requirements align with the integrated 15pF capacitors or external additions if using the P version variant. Verify supply voltage compatibility within the 2.7V to 5.5V range.
This part belongs to the NJU6368 series of high-drive fundamental quartz crystal oscillators. The series includes variants with different output frequencies (f0, f0/2, f0/4, f0/8) and packages (Thin-Die and Molded SOT-23-6-1). The CF1 specifically denotes the molded SOT-23-6-1 package with an f0/4 output frequency.
Direct replacements within the same series include NJU6368AF1 (f0), NJU6368BF1 (f0/2), and NJU6368DF1 (f0/8). Cross-series replacement requires verifying pinout compatibility and electrical parameters such as drive strength and operating voltage ranges.
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