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The Bourns Inc. 3-16-1DL is a balanced-to-unbalanced transformer (balun) designed for RF and wireless applications. It operates within a frequency range of 300 kHz to 120 MHz and provides a 1:16 impedance transformation ratio. The component is housed in a standard 6-pin dual in-line package (DIP-6), facilitating through-hole mounting on printed circuit boards. This device supports signal conversion between balanced and unbalanced lines, serving as a critical interface element in radio frequency circuits requiring specific impedance matching across the specified bandwidth.
Verify the component's active status and RoHS compliance before procurement. Confirm that the 6-pin DIP package matches the target PCB footprint and soldering process requirements. Ensure the 300 kHz to 120 MHz operational range aligns with the system's frequency specifications. Validate that the 1:16 impedance ratio meets the circuit design constraints for proper signal integrity.
Select this balun when a 1:16 impedance transformation is required between balanced and unbalanced sections of an RF circuit. The 6-pin DIP form factor is suitable for prototyping or applications where surface-mount space is limited. Consider the 300 kHz to 120 MHz bandwidth to ensure compatibility with the intended signal frequencies. Evaluate thermal and mechanical stability needs relative to the through-hole mounting method.
This component belongs to Bourns' family of magnetic products, specifically RF transformers. These devices are engineered for reliability in electronic systems requiring precise signal balancing. The 3-16-1DL model represents a standardized solution for impedance conversion, supporting various industrial and consumer electronics designs that utilize dipole or similar antenna structures.
Public confirmed substitute part numbers are not available in the provided documentation. Verify pinout compatibility and electrical parameters if considering alternative manufacturers. Ensure any replacement maintains the 1:16 ratio and 6-pin DIP configuration to preserve circuit functionality.