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PE20DV1210 is listed in the RF Power Dividers/Splitters range at ChipApex. The manufacturer field lists Pasternack. Its product description is 4 way N Power Divider from 10 MH. Review the specifications below when checking this part for your BOM.
The Pasternack PE20DV1210 is a four-way N-type power divider designed for signal conditioning applications within the frequency range of 10 MHz to 500 MHz. This component features an aluminum housing and supports a maximum reverse power rating of 1 Watt. Key electrical specifications include a minimum isolation of 20 dB, a maximum imbalance of 2 degrees, and a maximum voltage standing wave ratio (VSWR) of 1.4. The device functions as an RF power splitter, dividing a single input signal into multiple output signals with equal magnitude and phase characteristics.
Verify that the required power handling capacity meets the 1 Watt reverse power specification for your specific application environment. Confirm compatibility with N-type connector interfaces on both input and output sides. Ensure the operating frequency falls strictly within the 10 MHz to 500 MHz range to maintain specified performance metrics such as VSWR and isolation levels.
Select this model when a four-way split is required at lower frequencies compared to higher-frequency SMA alternatives. Consider the N-type interface if robustness and larger connector size are preferred over compact designs. Evaluate the 1 Watt power limit against system requirements; higher power applications may require different series models from the manufacturer.
This component belongs to the Pasternack family of RF power dividers and splitters. It shares functional similarities with other models in the series but is distinct due to its specific N-type connector configuration and lower frequency operational range. It serves as a specialized solution for distributing signals across multiple paths in low-to-mid frequency RF environments.
The PE20DV1211 is a similar four-way power divider from the same manufacturer but utilizes SMA connectors instead of N-type. When substituting, verify that the connector type change does not impact the mechanical integration or impedance matching of the existing system architecture.
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