Power Integrations CAP016DG-TL

When AC input is present, CAPZero blocks current through the X-capacitor safety-discharge resistors to reduce standby loss. When AC is removed, the device reconnects the resistor path so the X capacitor discharges. The two-terminal function is self-supplied and does not require a separate bias rail or ground connection.

The manufacturer's D package is plastic SO-8, and G denotes a halogen-free, RoHS-compliant material option. TL specifies tape and reel. LCDChip registers 8-SOIC (0.154", 3.90 mm width), consistent with the manufacturer's 3.90-mm body drawing.

Layout checks

• Use the controlled SO-8 land pattern and pin-one marker.
• Preserve specified creepage and clearance across the package.
• Check resistor placement and mains-safety spacing in the complete PCB.

This generic JPG does not show CAPZero pin connections.

The data sheet identifies D1 on pins 2 and 3 and D2 on pins 6 and 7; pins 1, 4, 5 and 8 are NC in the package diagram. The manufacturer recommends grouping pins 1-4 and pins 5-8 on the PCB to support the specified creepage arrangement. Follow the controlled application layout rather than treating the generic package JPG as a pin diagram.

Selection-table resistor values are nominal; use the complete data sheet for tolerances, surge limits and compliance testing.

Another CAPZero order code may differ in breakdown grade, supported X capacitance or nominal resistor value. The CAP006 825-V option is not a drop-in approval for a CAP016 design without reviewing MOV location, surge conditions and the discharge network. Validate the end-product safety test and packaging requirement. No unverified internal alternative link is asserted.

Power Integrations documents CAP016DG in the CAPZero Family data sheet, revision H. Its component-selection table specifies the CAP016 electrical selection, and the part-ordering section defines D, G and TL. The manufacturer also provides application considerations for MOV placement, surge measurement and X-capacitor discharge.

Verify the complete CAP016DG-TL order code, reel and lot labels, package marking and traceability. Incoming and end-product tests should confirm the expected circuit behavior, surge withstand and discharge time; exterior marking alone cannot establish mains-safety compliance.

This device connects to a mains-related safety circuit. Use the current Power Integrations data sheet, package drawing and applicable safety standards for schematic, PCB creepage, fuse/MOV placement, fault analysis, surge testing and discharge-time verification. Only qualified engineers should approve the final implementation.