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Quality Tape Reel Wire Wound Chip Inductor FH FHW0603UC3N9JST Ceramic Core RoHS Compliant for Electronics factory
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Quality Tape Reel Wire Wound Chip Inductor FH FHW0603UC3N9JST Ceramic Core RoHS Compliant for Electronics factory
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Specifications
Current Rating:
700mA
Inductance:
3.9nH
Tolerance:
±5%
Frequency - Self Resonant:
6.9GHz
Current - Saturation (Isat):
-
DC Resistance(DCR):
80mΩ
Ratings:
-
Q @ Frequency:
22@250MHz
Mfr. Part #:
FHW0603UC3N9JST
Package:
0603
Key Attributes
Model Number: FHW0603UC3N9JST
Product Description

Product Overview

The FHW0603UC Series is a range of wire-wound chip inductors designed for various electronic applications. These inductors feature a ceramic core and are available in the 0603 size. They offer a wide range of inductance values with different tolerance options, suitable for applications requiring precise inductance control. The series is built to withstand demanding environmental conditions and soldering processes, ensuring reliability and performance.

Product Attributes

  • Product Type: Wire Wound Chip Inductor
  • Series: FHW0603UC Series
  • Core Material: Ceramic Core (Al2O3)
  • Terminal Material: Tin (S)
  • Packaging Type: Tape Reel (T)
  • RoHS Compliance: Yes

Technical Specifications

Dimensions & Inner Configuration

Component Material Unit Size L (Max) W (Max) T (Max) A B C D E
Core Ceramic Core: Ceramic body Al2O3 mm (inch) 1608(0603) 1.78(0.070) 1.10(0.043) 0.95(0.037) 0.76(0.030) 0.30(0.012) 1.02(0.040) 0.64(0.025) 0.64(0.025)
Electrode Tungsten or Molybdenum-Manganese (W or Mo-Mn) / Nickel (Ni) / Gold or Tin (Au or Sn)
Wire Copper (Cu)
Encapsulation Layer Resin UV Adhesive

Product Spec. Model Composition

FHW 0603 UC 1N6 K S T

  • Series: Wire Wound Inductor Series
  • Dimensions: 0603
  • Material: UC Ceramic core
  • Inductance: e.g., 1N6 = 1.6nH, 010 = 10nH, R10 = 100nH
  • Tolerance: B (0.1nH), C (0.2nH), S (0.3nH), D (0.5nH), G (2%), H (3%), J (5%), K (10%)
  • Terminal: S - Tin
  • Packaging: T - Tape Reel

Electrical Characteristics List

Part NO. Accuracy Grade Inductance (nH) Ls Test Frequency (MHz) Q Value (Min) Q Value Test Frequency (MHz) Rdc () max Test Voltage (mV) SRF (MHz) min Idc (mA) max
FHW0603UC1N6ST C,S,D,K 1.6 250 18 250 0.04 500 12500 700
FHW0603UC1N7ST B,C,S,D,K 1.7 250 18 250 0.045 500 12500 700
FHW0603UC1N8ST C,S,D,K 1.8 250 16 250 0.045 500 12500 700
FHW0603UC2N0ST C,S,D,K 2.0 250 12 250 0.09 500 10000 700
FHW0603UC2N2ST C,S,D,K 2.2 250 12 250 0.09 500 10000 700
FHW0603UC3N3ST S,D,K 3.3 250 20 250 0.075 500 5900 700
FHW0603UC3N6ST B,C,S,D,K 3.6 250 22 250 0.075 500 5900 700
FHW0603UC3N9ST B,C,S,D,K 3.9 250 22 250 0.08 500 6900 700
FHW0603UC4N3ST B,C,S,D,K 4.3 250 22 250 0.075 500 5900 700
FHW0603UC4N7ST B,C,S,D,K 4.7 250 20 250 0.116 500 5800 700
FHW0603UC5N1ST B,C,S,D,K 5.1 250 20 250 0.120 500 5700 700
FHW0603UC5N6ST K 5.6 250 18 250 0.20 500 5700 700
FHW0603UC6N0ST C,S,D,K 6.0 250 27 250 0.11 500 5700 700
FHW0603UC6N2ST C,S,D,K 6.2 250 27 250 0.11 500 5700 700
FHW0603UC6N8ST G,H,J,K 6.8 250 27 250 0.11 500 5800 700
FHW0603UC7N5ST G,H,J,K 7.5 250 28 250 0.11 500 4800 700
FHW0603UC8N2ST G,H,J,K 8.2 250 28 250 0.12 500 4700 700
FHW0603UC8N7ST G,H,J,K 8.7 250 28 250 0.12 500 4600 700
FHW0603UC9N1ST G,H,J,K 9.1 250 26 250 0.15 500 4500 700
FHW0603UC9N5ST G,H,J,K 9.5 250 26 250 0.15 500 5400 700
FHW0603UC010ST G,H,J,K 10 250 31 250 0.13 500 4800 700
FHW0603UC011ST G,H,J,K 11 250 33 250 0.13 500 4000 700
FHW0603UC012ST G,H,J,K 12 250 35 250 0.13 500 4000 700
FHW0603UC013ST G,H,J,K 13 250 30 250 0.14 500 4000 700
FHW0603UC014ST G,H,J,K 14 250 35 250 0.14 500 4000 700
FHW0603UC015ST G,H,J,K 15 250 30 250 0.15 500 4000 700
FHW0603UC016ST G,H,J,K 16 250 34 250 0.16 500 3300 700
FHW0603UC018ST G,H,J,K 18 250 35 250 0.17 500 3100 700
FHW0603UC020ST G,H,J,K 20 250 38 250 0.19 500 3000 700
FHW0603UC022ST G,H,J,K 22 250 38 250 0.19 500 3000 700
FHW0603UC024ST G,H,J,K 24 250 37 250 0.20 500 2650 700
FHW0603UC025ST G,H,J,K 25 250 38 250 0.21 500 2600 700
FHW0603UC027ST G,H,J,K 27 250 36 250 0.22 500 2800 600
FHW0603UC030ST G,H,J,K 30 250 37 250 0.22 500 2250 600
FHW0603UC033ST G,H,J,K 33 250 36 250 0.22 500 2300 600
FHW0603UC036ST G,H,J,K 36 250 36 250 0.25 500 2080 600
FHW0603UC039ST G,H,J,K 39 250 40 250 0.25 500 2200 600
FHW0603UC043ST G,H,J,K 43 250 36 250 0.28 500 2000 600
FHW0603UC047ST G,H,J,K 47 200 36 200 0.28 500 2000 600
FHW0603UC049ST G,H,J,K 49 200 36 200 0.28 500 2000 600
FHW0603UC051ST G,H,J,K 51 200 36 200 0 500 1900 600
FHW0603UC056ST G,H,J,K 56 200 38 200 0.28 500 1900 600
FHW0603UC068ST G,H,J,K 68 200 36 200 0.34 500 1700 600
FHW0603UC072ST G,H,J,K 72 150 34 150 0.53 500 1700 400
FHW0603UC075ST G,H,J,K 75 150 30 150 0.60 500 1400 400
FHW0603UC082ST G,H,J,K 82 150 34 150 0.55 500 1700 400
FHW0603UC091ST G,H,J,K 91 150 30 150 0.63 500 1400 400
FHW0603UCR10ST G,H,J,K 100 150 30 150 0.63 500 1400 400
FHW0603UCR11ST G,H,J,K 110 150 32 150 0.67 500 1350 300
FHW0603UCR12ST G,H,J,K 120 150 32 150 0.73 500 1300 300
FHW0603UCR15ST G,H,J,K 150 150 28 150 0.80 500 990 280
FHW0603UCR16ST G,H,J,K 160 100 25 100 1.25 500 990 250
FHW0603UCR18ST G,H,J,K 180 100 25 100 1.45 500 990 240
FHW0603UCR20ST G,H,J,K 200 100 25 100 1.55 500 900 200
FHW0603UCR22ST G,H,J,K 220 100 25 100 2.10 500 900 200
FHW0603UCR25ST G,H,J,K 250 100 25 100 3.55 500 822 120
FHW0603UCR27ST G,H,J,K 270 100 24 100 2.30 500 900 170
FHW0603UCR30ST G,H,J,K 300 100 24 100 3.00 500 1000 100
FHW0603UCR33ST G,H,J,K 330 100 25 100 3.89 500 900 100
FHW0603UCR39ST G,H,J,K 390 100 25 100 4.35 500 800 100
FHW0603UCR47ST G,H,J,K 470 100 25 100 7.00 500 700 75

represents the nominal inductance accuracy level: B (0.1), C (0.2), S (0.3), D (0.5), G (2%), H (3%), J (5%), K (10%).

Reliability Testing Items

No. Item Requirements Test Methods and Remarks
1 Test Standard Conditions a) Temperature: 15+35 ; b) Relative humidity: 25%75%; c) Pressure: 86 kPa106 kPa. For disputes: a) Temperature: 201; b) Relative humidity: 63%67%; c) Pressure: 86 kPa106 kPa.
2 Operating Temperature Range FHW-UC series: -40+125
3 Solder ability No visible mechanical damage. Electrode surface solder coverage 90%. Dip pads in flux and dip in solder pot (96.5Sn/3.0Ag/0.5Cu) at 2455 for 51s.
4 Resistance to Soldering No visible mechanical damage. Inductance change 5%. Q value change 10%. Dip pads in flux and dip in solder pot (96.5Sn/3.0Ag/0.5Cu) at 2605 for 101s.
5 Vibration No visible mechanical damage. Inductance change 5%. Q value change 10%. Amplitude 1.5mm, frequency 10~55Hz, for 2 hours in each direction (X, Y, Z).
6 Adhesion of electrode No electrode detachment after test. No visible mechanical damage. Weld the product on PCB, apply force as shown in diagram. For 0603UC Series: Keep time: (101)s, Speed: 1.0 mm/s.
7 Low temperature resistance No visible mechanical damage. Inductance change 5%. Q value change 10%. Subjected to -402 for 1000 24h.
8 High temperature resistance No visible mechanical damage. Inductance change 5%. Q value change 10%. Subjected to +1255 for 1000 24h.
9 Temperature Shock No visible mechanical damage. Inductance change 5%. Q value change 10%. +125 30 min -40 30 min, 100 Cycles.
10 High temperature load No visible mechanical damage. Inductance change 5%. Q value change 10%. Store at 1252 with rated current applied for 1000 24h.
11 Static Humidity No visible mechanical damage. Inductance change 5%. Q value change 10%. Subjected to 90%95%RH at 602 for 1000 24h.
12 Bending strength No visible mechanical damage. Install on test substrate; apply force vertically. Bend down (20.2) mm at a rate of (10.5) mm/s, hold for (201) sec.
13 Solvent Resistance No visible mechanical damage. Inductance change 5%. Q value change 10%. Soak in isopropyl alcohol solution at 235 for 50.5 min.

Note: Tests for electrical characteristics should be performed within 48 hours after placing at room temperature for at least 2 hours.

Packaging

Size Pieces per Reel Pieces per Box Pieces per Case
0603 4000 12000 (3 Reels) 60000 (1.5 Cases) / 80000 (2 Cases) / 120000 (3 Cases) / 160000 (4 Cases) / 240000 (6 Cases)

Taping Dimensions (Paper tape):

Part NO. W E F D0 P0 P1 P2 P010 A0 B0 T
0603 8.00 1.75 3.50 1.55 4 4 2 40 1.20 1.85 1.00

Peeling off force: 0603 series: 20g80g at 300mm/min10% and 165180 angle.

Recommended Soldering Conditions

Reflow Soldering:

  • Flux: Rosin-based flux, avoid highly acidic flux with halide content > 0.2(wt)%.
  • Solder: Lead-free solder (96.5Sn /3.0Ag/0.5Cu).
  • Temperature Difference: Max 150 during pre-heating; Max 100 during cooling.

Iron Soldering:

  • Temperature: 350 (Max)
  • Power: 30W (Max)
  • Time: < 5S (Avoid touching coil and encapsulation layer)

Cleaning Conditions

  • Temperature: 60 (Max)
  • Time: 5 minutes (Max)
  • Ultrasonic power: 200W (Max)

Storage Requirements

  • Storage Period: Within 1 year from the factory inspection date. Check solderability if exceeded.
  • Storage Conditions: Temperature: -10 ~ +40, Relative Humidity: 30 ~ 70%. Avoid corrosive substances, moisture, dust, heat shock, vibration, and direct sunlight. Store in sealed packaging on a pallet.

Usage Of ODS

The company does not use ODS such as CCl4 (Carbon Tetrachloride) and HCFC in its production process.

Notes

  • Products comply with RoHS directive.
  • Ensure your product has been evaluated and confirmed against your specifications when our product is mounted.
  • The company does not warrant against failure caused by any use deviating from this specification.
  • Do not touch wire with sharp objects such as tweezers to prevent wire breakage.

2410121258_FH-FHW0603UC3N9JST_C317982.pdf

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