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quality High Frequency Ferrite Bead COILMX MACM1211-102 Suitable for Telecommunication and Bluetooth Devices factory
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quality High Frequency Ferrite Bead COILMX MACM1211-102 Suitable for Telecommunication and Bluetooth Devices factory
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Specifications
Operating Temperature:
-55℃~+125℃
Insulation Resistance(IR):
10MΩ
DC Resistance(DCR):
14mΩ
Number of Lines:
2
Voltage Rating - DC:
125V
Mfr. Part #:
MACM1211-102
Package:
SMD-4P,12x10.8mm
Key Attributes
Model Number: MACM1211-102
Product Description

Product Overview

The MACM1211-102 is a Multilayer Ferrite Bead from Shenzhen Motto Technology Co., Ltd. Designed for high-frequency applications, it offers high reliability, a high self-resonant frequency, and excellent solderability. Its monolithic construction makes it suitable for telecommunication circuits, mobile phones (GSM, CDMA, PDC), Bluetooth, and other general high-frequency applications.

Product Attributes

  • Brand: Motto Technology
  • Origin: Shenzhen, China
  • Certifications: IATF16949 / ISO9001 / ISO14000

Technical Specifications

Part NumberImpedance At 100MHZ Z ()Insulation resistance IR(M)MinDC Resistance RDC (m)MaxRated Current Ir(A)MaxRated Voltage VDC(V) maxProduct Dimension (mm)
MACM1211-102750100010146.0A: 12.00.5, B: 10.80.5, C: 6.4Max, D: 7.0Typ, E: 2.70.2, F: 2.50.2, G: 2.50.2

Characteristics

  • All test data is based on 25 ambient.
  • DC current (A) that will cause L0 to drop approximately 30% Typ.
  • Operating temperature range: -55~+125.
  • The part temperature (ambient + temp rise) should not exceed 125 under worst-case operating conditions.

Product Identification

  • Coilmx Series Name
  • Dimensions
  • General characteristics
  • Taped in reel 2000pcs/reel
  • Typical impedance at 100MHz
  • Tolerance: J:5%, K:10%, M20%, S25%, N30%.

Features

  • Monolithic construction yields high reliability.
  • High self-resonant frequency.
  • Excellent solderability and heat resistance for either flow or reflow soldering.

Reliability

ItemSpecification and RequirementTest Method
SolderabilityTerminals area must have 95% min solder coverageSolder heat proof: (1) Preheating: 16010 for 90 seconds (2) Retention time: 2455 for 20.5 seconds
Vibration testInductance change: Within5% Without mechanical damage such as break(1) Vibration frequency: (10Hz to 55Hz to 10Hz) in 60 seconds as a period (2) Vibration time: Period cycled for 2 hours in each of 3 mutual perpendicular directions (3) Amplitude: 1.5 mm Max
Shock testInductance change: Within5% Without mechanical damage such as break(1) Peak value: 100G (2) Duration of pulse: 11ms (3) Times in each positive and negative direction of 3 mutual perpendicular directions
Thermal shockInductance change: Within5% Without mechanical damage such as break(1) Repeat 100 cycles: (-552,303 minutes) Room temperature, 5 minutes (+1252,303 minutes) Room temperature, 5 minutes (2) Recovery: 48+4/-0 hours of recovery under the standard condition.
High temperature life testInductance change: Within5% Without mechanical damage such as break(1) Environment condition: 852 Applied current: Rated current (2) Duration: 1000+4/-0 hours.
Humidity ResistanceInductance change: Within5% Without mechanical damage such as break(1) Environment condition: 602 Humidity: 90~95% Applied current: Rated current (2) Duration: 1000+4/-0 hours.
Low temperature life testInductance change: Within5% Without mechanical damage such as breakStore temperature -552 for total 1000+4/-0 hours.
High temperature life testInductance change: Within5% Without mechanical damage such as breakStore temperature +1252 for total 1000+4/-0 hours.

Packaging

Tape packaging dimensions (mm)

WA0B0K0PP2FED0P0T
12.00 0.203.45 0.104.90 0.103.05 0.108.00 0.102.00 0.105.50 0.051.75 0.101.50 +0.1/-04.00 0.050.35 0.05

Reel dimensions (mm)

Item7"x8" Size (mm)Item7"x12" Size (mm)
A9.00.5A13.50.5
B60.02.0B60.02.0
C13.50.5C13.50.5
D178.02.0D178.02.0

Carton dimensions

ItemQuantity (K)
1 Reel0.5
1 Inner Box1
1 Outer Box6

Reflow Profile

1. Reflow Soldering Method
2. Soldering iron method: 3505 Max. 3 seconds.


2410121327_COILMX-MACM1211-102_C5447202.pdf

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