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The HAMLT2000503R tapered inductor is a high-performance passive component dedicated to RF applications, with excellent core parameter performance: the inductance is 120nH±20%, the maximum carrying current is 200mA, the operating frequency is as wide as 200MHz-40GHz, and it has outstanding high and low temperature resistance, capable of continuous and stable operation in the environment of -55℃ to +125℃. The product is manufactured with fine wire diameter winding technology, suitable for industrial tape welding process. It should be stored under the conditions of 20-25℃ and 40%-60% humidity, with a shelf life of 1 year after delivery. There are clear assembly specifications: the cone tip (small end) must face and be perpendicular to the RF signal transmission line, the lead wire at the transmission line end should be as short as possible, and it must be fixed with glue to ensure stability. Tested by professional vector network analyzers in multiple frequency bands, the test data in the 10MHz-500MHz and 10MHz-20GHz ranges are accurate, and the reference data in the 10MHz-40GHz range is good, with excellent indicators such as S21 and S11. It can perform excellently in the feed choke link of RF circuits and is widely applicable to the circuit construction of various RF communication equipment.
| Name | Tapered Inductor |
| Model | HAMLT2000503R |
| Inductance | 120nH±20% |
| Wire Diameter | 0.05mm |
| Maximum Withstand Current | 200mA |
| Operating Frequency | 200MHz-40GHz |
| Operating Temperature | -55℃ ~ +125℃ |
Storage conditions: 20-25℃, 40%-60% humidity;
Shelf life: 1 year after delivery under the above storage conditions;
Suitable for tape welding process;
See the next page for assembly precautions and test data.
Assembly Precautions
When assembling, the cone tip (small end) shall face and be perpendicular to the RF signal transmission line, the lead wire at the transmission line end shall be as short as possible, and the tapered inductor must be fixed with glue.
Test Data for 10MHz-500MHz
Test Data for 10MHz-20GHz
The HAMLT2000503R tapered inductor is a high-performance passive component dedicated to RF applications, with excellent core parameter performance: the inductance is 120nH±20%, the maximum carrying current is 200mA, the operating frequency is as wide as 200MHz-40GHz, and it has outstanding high and low temperature resistance, capable of continuous and stable operation in the environment of -55℃ to +125℃. The product is manufactured with fine wire diameter winding technology, suitable for industrial tape welding process. It should be stored under the conditions of 20-25℃ and 40%-60% humidity, with a shelf life of 1 year after delivery. There are clear assembly specifications: the cone tip (small end) must face and be perpendicular to the RF signal transmission line, the lead wire at the transmission line end should be as short as possible, and it must be fixed with glue to ensure stability. Tested by professional vector network analyzers in multiple frequency bands, the test data in the 10MHz-500MHz and 10MHz-20GHz ranges are accurate, and the reference data in the 10MHz-40GHz range is good, with excellent indicators such as S21 and S11. It can perform excellently in the feed choke link of RF circuits and is widely applicable to the circuit construction of various RF communication equipment.
| Name | Tapered Inductor |
| Model | HAMLT2000503R |
| Inductance | 120nH±20% |
| Wire Diameter | 0.05mm |
| Maximum Withstand Current | 200mA |
| Operating Frequency | 200MHz-40GHz |
| Operating Temperature | -55℃ ~ +125℃ |
Storage conditions: 20-25℃, 40%-60% humidity;
Shelf life: 1 year after delivery under the above storage conditions;
Suitable for tape welding process;
See the next page for assembly precautions and test data.
Assembly Precautions
When assembling, the cone tip (small end) shall face and be perpendicular to the RF signal transmission line, the lead wire at the transmission line end shall be as short as possible, and the tapered inductor must be fixed with glue.
Test Data for 10MHz-500MHz
Test Data for 10MHz-20GHz