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Quality Compact DMBJ PNLS4012-4R7M 4.7UH wire wound chip power inductor with loss and high saturation current factory
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Quality Compact DMBJ PNLS4012-4R7M 4.7UH wire wound chip power inductor with loss and high saturation current factory
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Specifications
Current - Saturation (Isat):
1.15A
Mfr. Part #:
PNLS4012-4R7M 4.7UH
Package:
SMD,4x4mm
Key Attributes
Model Number: PNLS4012-4R7M 4.7UH
Product Description

PNLS Series Chip Power Inductor

The PNLS Series Chip Power Inductor is a wire-wound inductor designed for high-performance applications. It features a closed magnetic circuit design to minimize leakage flux and EMI, a metallized ferrite core for excellent shock resistance, and low DC resistance for reduced power loss. This series is compact, occupying minimal PCB space, and is suitable for a wide range of electronic devices.

Product Attributes

  • Brand: Dongguan Zhenbaojia Electronics Co., Ltd.
  • Product Series: PNLS Series
  • Type: Wire Wound Chip Inductor
  • Origin: Dongguan, China

Applications

Widely used in smart phones, set-top boxes, VR, AR, notebooks, desktop computers, servers, portable gaming devices, personal navigation systems, and personal multimedia devices.

Features

  • Large saturation current
  • Metallization on ferrite core results in excellent shock resistance and damage-free durability
  • Closed magnetic circuit design reduces leakage flux and Electro Magnetic Interference (EMI)
  • Low DCR decreases power loss, small and slim take up less PCB real estates.

Technical Specifications

Product TypeExternal Dimensions (LW) (mm)Nominal InductanceInductance ToleranceFig.ABC(max)D(max)E(max)
PNLS2520102.52.0R10 (0.1H) - 100 (10H)K (10%), M (20%), N (30%)Fig.12.50.32.00.351.052.10.85
PNLS2520122.52.0R10 (0.1H) - 100 (10H)K (10%), M (20%), N (30%)Fig.12.50.32.00.351.252.00.85
PNLS30103.03.0R10 (0.1H) - 100 (10H)K (10%), M (20%), N (30%)Fig.13.00.33.00.351.202.50.85
PNLS30123.03.0R10 (0.1H) - 100 (10H)K (10%), M (20%), N (30%)Fig.23.00.33.00.351.302.80.90
PNLS30153.03.0R10 (0.1H) - 100 (10H)K (10%), M (20%), N (30%)Fig.23.00.33.00.351.502.60.90
PNLS40104.04.0R10 (0.1H) - 100 (10H)K (10%), M (20%), N (30%)Fig.24.00.34.00.351.153.51.30
PNLS40124.04.0R10 (0.1H) - 100 (10H)K (10%), M (20%), N (30%)Fig.24.00.34.00.351.353.51.30
PNLS40184.04.0R10 (0.1H) - 100 (10H)K (10%), M (20%), N (30%)Fig.24.00.34.00.351.803.51.30
PNLS40204.04.0R10 (0.1H) - 100 (10H)K (10%), M (20%), N (30%)Fig.24.00.34.00.352.103.51.30
PNLS40264.04.0R10 (0.1H) - 100 (10H)K (10%), M (20%), N (30%)Fig.24.00.34.00.352.803.51.30
PNLS40304.04.0R10 (0.1H) - 100 (10H)K (10%), M (20%), N (30%)Fig.24.00.34.00.353.003.51.30
PNLS50125.05.0R10 (0.1H) - 100 (10H)K (10%), M (20%), N (30%)Fig.25.00.35.00.351.304.01.50
PNLS50205.05.0R10 (0.1H) - 100 (10H)K (10%), M (20%), N (30%)Fig.25.00.35.00.352.004.01.50
PNLS50405.05.0R10 (0.1H) - 100 (10H)K (10%), M (20%), N (30%)Fig.25.00.35.00.354.004.01.50
PNLS50455.05.0R10 (0.1H) - 100 (10H)K (10%), M (20%), N (30%)Fig.25.00.35.00.354.504.01.50
PNLS60126.06.0R10 (0.1H) - 100 (10H)K (10%), M (20%), N (30%)Fig.36.00.36.00.351.305.01.65
PNLS60206.06.0R10 (0.1H) - 100 (10H)K (10%), M (20%), N (30%)Fig.26.00.36.00.352.005.01.65
PNLS60306.06.0R10 (0.1H) - 100 (10H)K (10%), M (20%), N (30%)Fig.36.00.36.00.353.005.01.85
PNLS60456.06.0R10 (0.1H) - 100 (10H)K (10%), M (20%), N (30%)Fig.36.00.36.00.354.505.01.65
PNLS60506.06.0R10 (0.1H) - 100 (10H)K (10%), M (20%), N (30%)Fig.36.00.36.00.355.305.01.65
PNLS60606.06.0R10 (0.1H) - 100 (10H)K (10%), M (20%), N (30%)Fig.36.00.36.00.356.305.01.65
PNLS80408.08.0R10 (0.1H) - 100 (10H)K (10%), M (20%), N (30%)Fig.38.00.38.00.354.206.32.45

Operating Conditions

  • Operating Temperature Range: -40 to +85
  • Storage Temperature Range: -10 to +40, 70% RH

Testing and Reliability

Test Conditions: Ambient Temperature: 2015, Relative Humidity: 6520%, Air Pressure: 86 kPa to 106 kPa. For re-testing: Ambient Temperature: 202, Relative Humidity: 655%, Air Pressure: 86kPa to 106 kPa.

Tests Performed:

  • DC Resistance (RDC): Refer to Appendix A. Tested with High Accuracy Milliohmmeter (HP4338B or equivalent).
  • Inductance (|Z|): Refer to Appendix A. Tested with High Accuracy RF Inductance/Material Analyzer (Anglient E4991A+HP16192A or equivalent) at -40dBm or 100mV test signal. Test frequency refers to Item 5.
  • Quality Factor (Q): Refer to Appendix A. Tested with High Accuracy RF Inductance/Material Analyzer (Anglient E4991A+HP16192A or equivalent) at -40dBm or 100mV test signal. Test frequency refers to Item 5.
  • Rated Current (Ir): Refer to Appendix A. Tested with HP6632B DC power supply and digital surface thermometer or equivalent. Inductance drop L/L100% 30%.
  • Solderability: 95% min. coverage of all metallized area. Solder temp: 2405, Immersion time: 31 sec. Solder: Sn-3Ag-0.5Cu.
  • Resistance to Solder Heat: No visible damage. Electrical and mechanical characteristics shall be satisfied. Solder Temp: 2653, Immersion time: 61 sec. Preheating: 100 to 150 for 1 minute. Measurement after 242 hrs at room temp. Solder: Sn-3Ag-0.5Cu.
  • Bend: No deformation. Inductance within 20%, DC resistance within standard requirements. Test involves bending a substrate by 2mm for 10s.
  • Vibration: Appearance: no mechanical damage. Inductance change within 20%. Test: Sine wave, 10~55~10 Hz, Sweep time: 1min, Amplitude: 1.5mm(peak-peak), 3 axes, 2 hrs/axis (total 6 hrs).
  • Temperature Shock: Appearance: no mechanical damage. Inductance change within 20%. Test: -40, +85 (30 min each), 5 cycles. Measurement after 24 hrs at room temp.
  • Humidity Resistance: Appearance: no mechanical damage. Inductance change within 20%. Test: 90-95% RH, 602, rated current, 1000(+48,0) hours. Measurement after 24 hrs at room temp.
  • High Temperature Resistance: Appearance: no mechanical damage. Inductance change within 20%. Test: +852, rated current, 1000(+48,0) hours. Measurement after 24 hrs at room temp.
  • Low Temperature Storage Life: Appearance: no mechanical damage. Inductance change within 20%. Test: -402, 1000(+48,0) hours. Measurement after 24 hrs at room temp.
  • Terminal Strength: No deformation. Inductance change within 20%. DC resistance within standard requirements. Test involves applying 10N (2N for 0603[0201]) thrust for 10 sec.
  • Drop: No failure after test. Free fall onto concrete or steel board from 100cm height, 3 times for each of 3 directions (total 9 times).
  • Salt Mist: Appearance: no mechanical damage. Inductance change within 20%. Test: Salt solution concentration (50.1)%, PH: 6.5-7.2, Time: 482h.

Packaging and Storage

Packaging

Tape Dimensions (Unit: mm):

TypeWABDPKmaxTmaxQuantity(pcs/reel)
PNLS25201082.452.753.54.01.250.282000
PNLS25201282.452.753.54.01.600.282000
PNLS301083.33.33.54.01.450.282000
PNLS301283.33.33.54.01.600.282000
PNLS301583.33.33.54.01.900.282000
PNLS4010124.34.35.58.01.450.355000
PNLS4012124.34.35.58.01.600.354500
PNLS4018124.34.35.58.02.100.353000
PNLS4020124.34.35.58.02.450.403000
PNLS4026124.34.35.58.02.850.352500
PNLS4030124.34.35.58.03.250.402000
PNLS5012125.35.35.58.01.450.354500
PNLS5020125.35.35.58.02.200.352500
PNLS5040125.35.35.58.04.250.402500
PNLS5045125.35.35.58.04.450.402500
PNLS6012166.36.37.58.01.500.402500
PNLS6020166.36.37.58.02.500.402500
PNLS6030166.36.37.58.03.400.402000
PNLS6045166.36.37.58.04.700.401500
PNLS6050166.36.37.58.05.200.401500
PNLS6060166.36.37.58.06.500.401500
PNLS8040168.48.47.512.04.500.501000

Reel Dimensions:

TypeANW
PNLS252010, PNLS252012, PNLS3010, PNLS3012, PNLS30151782602120.2
PNLS40, PNLS50, PNLS60, PNLS803302100212.40.2

Peeling Off Force: (Data not provided in source)

Packaging: Reel and desiccant in Nylon or plastic bag. Max 2 bags per inner box. Max 8 inner boxes per outer box.

Storage

Store in conditions below 40 and 70% RH. Avoid high temperature, high humidity, dust, or corrosive gases to prevent deterioration of external electrodes and solderability.


2304140030_DMBJ-PNLS4012-4R7M-4-7UH_C2849461.pdf

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