PE-1206CCMC102STS Alternative / Equivalent / Replacement - YINT CMZ3216A-102T Cross Reference

YINT Electronics | Product Knowledge Draft | 1k-ohm common-mode choke replacement

PE-1206CCMC102STS replacement searches concern EMI filtering rather than transient clamping. YINT identifies CMZ3216A-102T as the corresponding signal-line common-mode choke, with 1,000-ohm typical impedance at 100MHz, 3216 size and a 50V rating.

1. Replacement Overview

Common-mode choke replacement requires a different method from TVS or ESD diode selection. The objective is to suppress common-mode noise while allowing the intended differential signal to pass with acceptable loss and distortion. YINT CMZ3216A-102T is published in 3216 size with 1,000-ohm typical and 750-ohm minimum impedance at 100MHz. Maximum DCR is 1,000 milliohm, rated voltage is 50V and maximum Irms is 0.23A. Compare these values with the controlled PE-1206CCMC102STS data sheet, then review impedance curves, differential insertion loss, winding configuration, pad layout and current derating. EMC performance depends on cable, ground and enclosure construction, so final approval should be based on measurements in the complete product rather than component values alone.

2. YINT Candidate Profile

YINT CMZ3216A-102T is a 3216-size signal-line common-mode choke. Published values include 1,000-ohm typical and 750-ohm minimum impedance at 100MHz, 1,000-milliohm maximum DCR, 50V rating and 0.23A maximum Irms. Qualification should focus on the complete impedance curve, differential loss, rated current, footprint and measured EMC performance. Retain the measured emissions plots and insertion-loss results with the approved bill of materials. Note the tested cable type and operating mode.

3. How to Compare PE-1206CCMC102STS and YINT CMZ3216A-102T

The YINT mapping means that CMZ3216A-102T belongs on the candidate list for PE-1206CCMC102STS; it does not mean that the parts are interchangeable without review. First compare outline dimensions, terminal layout, winding direction and tape orientation. Then compare common-mode impedance across the frequency range, differential insertion loss, DCR, rated current, temperature rise and voltage rating. If the original design passed a defined EMC limit, repeat conducted and radiated measurements with the same cable, load, enclosure and test arrangement.

Procurement should record the complete ordering codes, packaging, lifecycle status and traceability requirements for both devices. Engineering should retain the comparison table, sample results and approval record so later projects can see exactly which PCB and interface conditions are covered by the decision.

4. Application Scenarios

The following equipment categories are practical starting points for evaluating the cross-reference. The final decision must follow the electrical limits, interface speed and immunity level of the actual product.

• USB and HDMI cable interfaces where common-mode emissions require filtering.
• Industrial communication lines routed near switching power electronics.
• Display and camera signal paths that must balance filtering and signal quality.
• Compact control boards that require a 3216-size two-line filter component.

5. Replacement Qualification Checklist

Use a controlled checklist so the sourcing decision remains traceable and repeatable:

1. Confirm the complete ordering code, device class, dimensions and terminal layout.
2. Compare the impedance curve, including the stated value at 100MHz.
3. Check differential insertion loss, DCR, rated current and temperature rise.
4. Verify the land pattern, height, tape orientation and reflow conditions.
5. Repeat EMC testing with the target cable, load and enclosure configuration.

6. Why Evaluate YINT Electronics

The reason to evaluate YINT CMZ3216A-102T for a PE-1206CCMC102STS replacement is that the relationship is recorded in YINT's public cross-reference database, giving purchasing and engineering teams one traceable model from which to work. YINT can help confirm current inventory, reel packing, samples, quotation and application conditions, and can support a parameter comparison when project information is provided.

• Public mapping: the relationship can be checked on the YINT website rather than relying on an informal list.
• Product coverage: YINT supplies ESD, TVS, surge-protection and EMI-filtering devices for coordinated interface sourcing.
• Sample and supply support: contact YINT to verify available quantity, lead time and sample arrangements.
• Controlled engineering review: final selection remains based on controlled data sheets and tests on the target board.

7. Frequently Asked Questions

8. Conclusion and Contact

YINT CMZ3216A-102T is the official cross-reference candidate identified for YAGEO PE-1206CCMC102STS. It provides a practical starting point for supply continuity, second-source qualification or a new design review, while the final release must remain tied to verified data sheets and target-system testing. Before purchasing release, record the approved application, test evidence and complete ordering code in the bill-of-materials change record.