Mini-Circuits ZN2PD-920W-S+
PWR SPLTR, 700 - 1050 MHZ, 50
Answer first: this page is a purchasing reference for the exact part number ZN2PD-920W-S+ from Mini-Circuits. Use it to start datasheet, package, manufacturer and RFQ verification; do not treat page text as a live stock, price or lead-time promise.
Key Parameters
| Part Number | ZN2PD-920W-S+ |
|---|---|
| Manufacturer | Mini-Circuits |
| Category | RF Power Dividers/Splitters |
| package | Module |
| series | - |
| packaging | Tray |
| product status | Active |
| param 1 | 0.15dB |
| param 2 | 500 MHz ~ 3 GHz |
| param 3 | Isolation (Min) 15dB, 3° Imbalance (Max) |
| param 4 | 1.800" L x 1.750" W x 0.660" H (45.72mm x 44.50mm x 16.76mm) |
Parameters are provided for purchasing review. Confirm package, suffix, lifecycle status, datasheet revision and approved substitutes before ordering.
How to Verify ZN2PD-920W-S+ Before Ordering
Datasheet and parameter checks
- Confirm the full manufacturer part number, not only a shortened search keyword.
- Compare package, pinout, dimensions, voltage or rating fields, temperature range and compliance wording against the released BOM.
- Use the manufacturer datasheet or drawing for electrical and mechanical limits before approving a substitute.
RFQ fields SENICO needs
- Send exact part number, manufacturer, quantity, target delivery date, destination and required packaging.
- State whether alternates are allowed, and list any date-code, certificate, traceability or customer AVL requirement.
- Keep exact stock, factory lead time and proposed alternatives in separate quote lanes.
For ZN2PD-920W-S+, SENICO recommends checking manufacturer marking, package, date code, requested quantity, approved vendor requirements and replacement risk before issuing a purchase order. If a supplier suggests an equivalent, record the changed fields and approval owner before comparing price.
We do not treat displayed data as a real-time stock or price commitment. The RFQ reply is the verified commercial reference.
Related buying guides: stock and lead-time verification, equivalent IC comparison, and BOM RFQ preparation.