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CCLH080 TR TIN/LEAD is listed in the Current Regulation - Diodes, Transistors range at ChipApex. The manufacturer field lists Central Semiconductor Corp. Its product description is 50V 8.2MA TH DIODE-CURRENT LIMIT. Review the specifications below when checking this part for your BOM.
The CCLH080 TR TIN/LEAD is a high-current silicon field-effect current regulator diode manufactured by Central Semiconductor Corp. Designed for applications requiring constant current over a wide voltage range, this component utilizes the cost-effective DO-41 axial leaded case. Key electrical specifications include a maximum peak operating voltage of 100 V and a power dissipation rating of 600 mW. The device features a typical regulator current of 1.10 mA with a maximum limit of 1.32 mA. It operates within a temperature range of -65°C to +200°C junction temperature.
Verify the specific ordering suffix required for tin/lead compliance and reel packaging quantities directly with Central Semiconductor or authorized distributors. Confirm that the DO-41 axial leaded variant matches the design requirements, as surface mount options like the CCLHM080 series are also available from the manufacturer.
Select the CCLH080 when high current capability and wide voltage operation are required in an axial package. Ensure the 1.10 mA nominal current fits the load requirements. Consider the CCLHM080 if surface mount assembly is preferred, noting the difference in package type between the axial DO-41 and the SOD-80 case.
This component belongs to the CCLH series of high-current current limiting diodes from Central Semiconductor. It serves as a discrete solution for current regulation without complex active circuitry. The tin/lead finish indicates it is suitable for applications where lead-free restrictions do not apply or for legacy system maintenance.
The CCLHM080 is a surface mount alternative offering similar electrical performance in an SOD-80 package. Other current regulator diodes from different manufacturers may require verification of pinout compatibility and exact current tolerance ranges before substitution.
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