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The CHPFL-0150-BNC is a high-pass filter manufactured by Crystek Corporation, designed for signal conditioning applications. It operates at a cutoff frequency of 150 MHz with a 7th-order response characteristic. The component features a 50 Ohm impedance and utilizes BNC connectors for inline installation. It is engineered to function within an operating temperature range from -40°C to +85°C. This rugged RF filter is RoHS compliant and belongs to the CHPFL series, providing reliable performance in microwave and radio frequency environments.
Verify the specific connector type and order code against official Crystek documentation before procurement. Confirm that the BNC interface matches your system requirements. Ensure the 150 MHz cutoff frequency aligns with your design specifications. Check for any updated datasheet revisions that may affect mechanical or electrical parameters. Validate compliance with relevant environmental standards required for your deployment.
Select this component when a sharp roll-off high-pass filter is required at 150 MHz. The 50 Ohm impedance ensures compatibility with standard RF transmission lines. The BNC connection simplifies assembly compared to surface-mount alternatives. Consider the operating temperature range if the environment exceeds standard commercial limits. Verify that the physical size fits within the available chassis space.
This part belongs to the Crystek CHPFL series of high-pass filters. These components are designed for rugged RF applications requiring precise frequency discrimination. The series offers various cutoff frequencies and connector options to suit different system architectures. Crystek manufactures these filters using quartz-based technologies for stability.
Direct substitutes must match the 150 MHz cutoff, 7th-order response, 50 Ohm impedance, and BNC connector interface. Verify mechanical dimensions and mounting style compatibility. Ensure equivalent thermal performance within the -40°C to +85°C range. Cross-reference pinouts and connector gender if applicable.