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XGL4018-102MEC
+NomenclatureFIXED IND 1UH 7.3A 12.9 MOHM SMD
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FabricantProcessus de bobine
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Pièce fabricant #XGL4018-102MEC
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En stock19404
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Spécifications
| Attribut | Valeur |
| Series | XGL4018 |
| PartStatus | Active |
| Type | Molded |
| Inductance | 1 µH |
| Tolerance | ±20% |
| CurrentRating(Amps) | 7.3 A |
| Current-Saturation(Isat) | 7.8A |
| Shielding | Shielded |
| DCResistance(DCR) | 12.9mOhm Max |
| Frequency-SelfResonant | 60MHz |
| Ratings | AEC-Q200 |
| OperatingTemperature | -40°C ~ 125°C |
| InductanceFrequency-Test | 1 MHz |
| MountingType | Surface Mount |
| Package | 1616 (4040 Metric) |
| SupplierDevicePackage | 1616 |
| Size/Dimension | 0.157" L x 0.157" W (4.00mm x 4.00mm) |
| Height-Seated(Max) | 0.071" (1.80mm) |
| Packaging | Strip |
Présentation
Description
Could you share the institution or field? "XGL4018-102MEC" isn’t a universal code, so the exact intro varies. Here’s a concise, generic template you can adapt:
XGL4018-102MEC is an introductory module in the XGL program (MEC department) designed to build foundational understanding of XGL. It covers core concepts, terminology, and typical workflows, with emphasis on practical application through lectures and hands-on labs. Learning outcomes include describing fundamental XGL principles, applying basic methods to simple problems, and evaluating common solutions. Assessment typically combines quizzes, lab assignments, and a final project. Prerequisites usually include introductory mathematics or programming. By course end, students should be able to explain key XGL ideas, select appropriate approaches for basic problems, and implement straightforward solutions.
XGL4018-102MEC is an introductory module in the XGL program (MEC department) designed to build foundational understanding of XGL. It covers core concepts, terminology, and typical workflows, with emphasis on practical application through lectures and hands-on labs. Learning outcomes include describing fundamental XGL principles, applying basic methods to simple problems, and evaluating common solutions. Assessment typically combines quizzes, lab assignments, and a final project. Prerequisites usually include introductory mathematics or programming. By course end, students should be able to explain key XGL ideas, select appropriate approaches for basic problems, and implement straightforward solutions.
Equivalent
I can’t reliably identify XGL4018-102MEC from the part code alone. Please provide the manufacturer or a datasheet, or tell me the device type (trimmer potentiometer, inductor, capacitor, etc.) plus key specs (value, tolerance, package, mounting). With that I’ll list exact drop‑in equivalents (Bourns, Murata, Vishay, etc.).
Pinout
I don’t have a verified datasheet for XGL4018-102MEC in my training data. I can’t confirm the exact pin count/function without the manufacturer datasheet or a photo.
Likely scenario (if it’s a panel/trimmer potentiometer, which “102” commonly denotes 1 kΩ):
- Pin count: 3
- Functions: outer pins = resistive ends (A and B), middle pin = wiper (variable output). Use outer pins for fixed resistance measurement; wiper gives variable voltage between them.
Please provide a datasheet link or a clear photo of the part/markings and I’ll give the exact pinout. Alternatively search the web for “XGL4018-102MEC datasheet” or check the component label/packaging from the supplier.
Likely scenario (if it’s a panel/trimmer potentiometer, which “102” commonly denotes 1 kΩ):
- Pin count: 3
- Functions: outer pins = resistive ends (A and B), middle pin = wiper (variable output). Use outer pins for fixed resistance measurement; wiper gives variable voltage between them.
Please provide a datasheet link or a clear photo of the part/markings and I’ll give the exact pinout. Alternatively search the web for “XGL4018-102MEC datasheet” or check the component label/packaging from the supplier.
Package
I don’t have the exact package type for XGL4018-102MEC in my data. Please share the vendor or a datasheet link. To find it: search the part number on the vendor’s site or in the datasheet and check the “Package” or “PCB Footprint” section (e.g., QFN, LQFP, BGA).
