Common Mode Chokes Applicants Inductor

• Customization: Available
• Type: Choke Inductor
• Structure: Core
• Model NO.: LF-TR151607-001R
• Structure of Winding: Multilayer Coil
• Nature of Operation: Choke Coil
• Structure of Magnetizer: Ferrite Coil
• Range of Application: Power Measurement
• Packaging Form: Power Coils
• Inductor Value: Variable Inductor
• Core Material: Mnzn
• Used in Various Power Supplies: Customized Designs Are Accepted
• Transport Package: Carton/Pallet
• Specification: Rohs, ISO9001
• Origin: Hefei, Anhui
• HS Code: 85045000
• Production Capacity: 5, 000 PCS/Week

Product Description

Highest common mode impedance over the widest frequency range
RoHS Directive-compliant
PVC insulation shell
Tin-silver over copper terminations
High saturation flux density
Less flux leakage and beat
High effective insertion loss and excellent noise suppression 
Precise inductance
High current, horizontal or vertical mount
Operating temperature: -55 to 105°C
Wide frequency range, large adjustable range for permeability (μ0) from 50,000-160,000 
Housing and tubes are available
Customized specifications are accepted
Applications: switching power output and smoothing circuits
Used as choke coil for high frequency SMPs
Countermeasure against spike ripples
EMI/RFI filters
DC/DC converters
IP and OP devices
Power inverter 

XP Part Number	L@0Amps D.C.(µH)±20%	Max RDC.()	Suggested Rated Current (Amps)
ACL-3838-0.095MH	1.2	.004	6.0
ACL-3838-0.38MH	2.0	.005	5.5
ACL-3838-0.855MH	3.3	.006	5.5
ACL-3838-1.52MH	4.7	.007	5.5
ACL-3838-2.375MH	6.8	.008	5.5
ACL-3838-3.420MH	8.2	.010	5.5
ACL-3838-4.655MH	10	.012	5.5
ACL-3838-6.080MH	12	.013	5.0
ACL-3838-7.695MH	15	.014	5.0
ACL-3838-9.500MH	18	.016	5.0
ACL-3838-11.495MH	22	.016	5.0
ACL-3838-13.680MH	27	.018	5.0
ACL-3838-16.055MH	33	.020	5.0
ACL-3838-16.055MH	39	.021	5.0
ACL-3838-18.620MH	47	.023	5.0
ACL-3838-21.375MH	56	.025	5.0
ACL-3838-24.320MH	68	.030	5.0
ACL-3838-27.455MH	82	.032	5.0
ACL-3838-30.780MH	100	.034	5.0
ACL-3838-34.295MH	120	.037	5.0
ACL-3838-45.980MH	180	.048	5.0