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The ZR404005F25TC is a precision micropower voltage reference providing a nominal output of 2.5 volts, manufactured by Diodes Incorporated. It utilizes a bandgap circuit design to achieve high stability without requiring an external stabilizing capacitor. The device operates within a recommended current range of 60 µA to 15 mA and maintains excellent performance up to an absolute maximum of 25 mA. It features a typical temperature coefficient of 30 ppm/°C and a slope resistance of 0.4 Ω. The component is housed in a small outline SOT23 package (suffix F) with a tolerance of 0.5%. It supports an operating temperature range from -40°C to +85°C.
Verify that the ordering suffix 'F' corresponds specifically to the SOT23 surface mount package configuration. Confirm the '05' designation indicates the required 0.5% tolerance level for your application. Ensure the manufacturer is identified as Diodes Incorporated to match the specified datasheet parameters. Cross-reference the part number against official distributor catalogs to confirm availability and authenticity before procurement.
Select this component when space-saving is critical due to its compact SOT23 package form factor. It is suitable for low-power applications given the minimum operating current of 60 µA. Choose this specific variant if a 0.5% voltage tolerance is required rather than the standard 1% or 2% options. Ensure the system can accommodate the recommended operating current range of 60 µA to 15 mA for optimal performance.
This device belongs to the ZR4040-2.5 series of precision micropower voltage references. The series offers various tolerance levels including 2%, 1%, and 0.5%, available in both SOT23 and TO92-style packages. The ZR404005F25TC represents the highest precision tier (0.5%) within the SOT23 package family, designed for industrial temperature ranges.
ZR40401F25
No, the device provides a stable voltage without requiring an external stabilizing capacitor and is stable with capacitive loads.
The device has superior switching capability and reaches stable operating conditions in less than 10 microseconds.