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MA4P161-134 is listed in the RF Diode range at ChipApex. The manufacturer field lists MACOM Technology Solutions. Its product description is RF DIODE PIN 100V DIE. Review the specifications below when checking this part for your BOM.
The MA4P161-134 is a silicon PIN diode chip designed for broadband control circuit applications. It features a reverse voltage rating of 100 VDC and a maximum capacitance of 0.10 pF at -10 V bias. The series resistance is 1.50 Ω at 500 MHz with a forward current of 10 mA. Carrier lifetime is nominally 15 µs, supporting fast switching speeds. The device utilizes an oxide passivated planar construction with dimensions of 13 x 13 mils and a thickness of 6.0 mils. It operates within a temperature range of -55°C to +175°C.
Verify the specific ordering suffix against the manufacturer's official documentation to confirm package style and electrical tolerances. Confirm RoHS compliance status directly with the supplier or through the latest datasheet revision notes before finalizing procurement orders.
Select this component when a low capacitance value near 0.10 pF is required alongside moderate power handling capabilities. Ensure the thermal management design accommodates the specified junction temperature limits and that the I-region length aligns with the desired carrier lifetime requirements for the target switching frequency.
This part belongs to MACOM's comprehensive line of silicon PIN/NIP diode chips. These devices are optimized to minimize parametric trade-offs between low capacitance, low series resistance, and breakdown voltage. The small physical size makes them ideal for integration into compact microwave and RF control modules.
Consult the manufacturer's cross-reference data for direct replacements. Verify that any substitute maintains equivalent capacitance, series resistance, and reverse voltage ratings to ensure circuit compatibility without redesigning the matching network.
The nominal carrier lifetime is 15 µs, specified at a forward current of +10 mA and a reverse current of -6 mA.
Reverse voltage is sourced such that the resultant reverse leakage current is measured to be less than 10 µA.
The die anode bond pads utilize a Ti-Pt-Au metallization scheme with a final gold thickness of 1.0 micron.
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