• Part: SRX45EM
  • Description: LLC Resonance Power Transformers
  • Manufacturer: TDK Corporation
  • Size: 340.52 KB
Download SRX45EM Datasheet PDF
TDK Corporation
SRX45EM
SRX45EM is LLC Resonance Power Transformers manufactured by TDK Corporation.
LLC Resonance Power Transformers Pin terminal type SRX series Type: Issue date: SRX45EM(Drop-in) SRX38EM(Drop-in) SRX43EM(Drop-in/Through hole) SRX30ER(Through hole) SRX35ER(Through hole) SRX38ER(Through hole) SRX48EM(Through hole) SRX40ER(Through hole) September 2010 - All specifications are subject to change without notice. - Conformity to Ro HS Directive: This means that, in conformity with EU Directive 2002/95/EC, lead, cadmium, mercury, hexavalent chromium, and specific bromine-based flame retardants, PBB and PBDE, have not been used, except for exempted applications. LLC Resonance Power Transformers SRX Series Contents Page Development Concept ................................................................1 Replacement Parts List ..............................................................2 SRX45EM (Height from the board: 8mm)...................................4 SRX38EM (Height from the board: 10mm).................................5 SRX43EM (Height from the board: 10mm, 15mm).....................6 SRX30ER (Height from the board: 25mm, 27mm) ...................10 SRX35ER (Height from the board: 25mm) ...............................11 SRX38ER (Height from the board: 27mm) ...............................12 SRX48EM (Height from the board: 25mm)...............................13 SRX40ER (Height from the board: 31.5mm) ............................14 Design Reference for LLC Resonance Power Transformers ....15 Specification Request Form .....................................................16 - All specifications are subject to change without notice. (1/18) LLC Resonance Power Transformer SRX Series Conformity to Ro HS Directive Development Concept pliant with worldwide safety standards, this is a small and thin transformer with the advantages of effective use of low-loss ferrite material. MATERIAL Optimized materials and core shapes have been developed. The necessary power can be transmitted with a small number of windings. While optimizing...