CECC MUAHAG VOL 4 IS 4-1993 Preferred Products List Magnetic Components and Ferrite Materials (En)《首选产品列表 磁组件及铁素体原料 (En)》.pdf

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1、1974499 00711655 TT2 PROFESSIONAL COMPONENT SERVICES DEFENCE RESEARCH AGENCY PREFERRED PRODUCTS LIST Magnetic Components and Ferrite Materials LISTE PREFERENTIELLE DE COMPOSANTS ELECTRONIQUES Composants Magnetiques et Ferrites LISTE BEVORZUGTER PRODUKTE Magnetkomponente und Ferritelemente COMPILED B

2、Y MUAHAG Military Usage t al 3 o) v) - e O O Copyright CENELEC Electronic Components Committee Provided by IHS under license with CECCNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-1974499 O073657 875 VOLTIME 04, ISSUE 4 CHANGE RECORD SHEET Page 3 Date of Issue No

3、v 93 Issue No 4 Description see VOLUME O. 2. SCOPE This volume lists: Magnetic circuit. fiCft Section Silicon Iron Oriented Cores. Magnetic oxide cores Magnetic oxide toroids Radio frequency coils Delay lines Transformers 3. SELECTION OF COMPONENT TYPES The Chapters in this VOLUME select component t

4、ypes chosen from the relevant CECC-Detail Specifications or National Specifications/standards. only for the first selection of a component type. Designers of equipment using component types from this VOLUME shall select preferred components to achieve rationalisation, long term availability must be

5、confirmed with the manufacturer. Data given in the following TABLES are Moreover, that where applicable the designer has to meet MANDATORY SAFETY REQUIREMENTS such as: IEC 65 Safety requirements for mains operated electronic apparatus, IEC 695 Fire hazards testing for electro-technical products. Cop

6、yright CENELEC Electronic Components Committee Provided by IHS under license with CECCNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-= 1974499 0071b59 bY8 VOLUME 04, ISSW 4 PREFACE Page 5 4. GUIDANCE ON USE OF THE TABLES - Components qualified to CECC specificatio

7、ns will be preferred and will be listed at the head of the tables presented, followed by components qualified to National Specifications. It is anticipated that in the future Preferred components will be qualified to CECC European -800 series specifications which will eventually replace manufacturer

8、s CECC specifications and National Specifications. For more detailed information see relevant specification or contact manufacturer. CLIMATIC CATEGORY 55/125/56 are the standard characteristics for component types of this volume. It is given in the column llClimatic categoryll. SPECIFICATIONS For pr

9、ocurement PURPOSE within MUAHAG the IDENTIFICATION NUMBER (Ordering designation) should always start with the complete number of the relevant CECC-Detail Specification. MANUFACTURERS PART NUMBER Identification number used by the manufacturer (Only for information) CAT/. QUAL For CATEGORY please refe

10、r to VOLUME O. Q = Qualified Manufacturer NQ = Not Qualified manufacturer. Manufacturers are expected to complete the qualification process within a two year period otherwise the listed products may be removed for this VOLUME. Copyright CENELEC Electronic Components Committee Provided by IHS under l

11、icense with CECCNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-1974499 0073bbO 3bT VOL- 04, ISSUE 4 PREFACE Page 6 CHARACTERISTICS - - Chapter 1 - “Magnetic circuit “Cl Section. C Cores are available in Lamination thickness usually of 0,30 mm, 0,l mm and 0,05 mm.

12、They are also usually supplied in “preferred“ strip width dimensions, ranging from 5 to 200 mm. As a broad guide a lamination thickness of 0,3 mm would be used for wound components at power frequencies in the 50/60 Hz band, 0,l mm at power frequencies in the 400Hz band, and 0,05 mm at high frequenci

13、es or for wound components used in tfpulsell applications. Maximum working flux density is generally around 1,5 Tesla. With 0,3 mm material this would have an iron los of Approx. 2 watts/Kg at a 50 Hz operating frequency with 0,1 mm material, the iron loss would be approx. 20 watts/Kg at a 400Hz ope

14、rating frequency. Chapter 2 - Magnetic oxide cores for wirewound inductors and low power transformers: The different shapes of components fix the electrical, electromagnetic characteristic of the component ie. E shape : E cores and EC cores are used for low or medium power transformers at frequencie

15、s from 10 to 300 KHz. ETD (Economic transformer design) are developed for transformers up to 1OOOW and application frequencies up to 200KHz. Pot core (Round pot) are used to build transformers requiring low leakage inductances. The finished component consists of a coilfomer (one or two sections), tw

16、o cores halves, (high permability and low loss material) and clamps. RM (Rectangular module = Square pot) are used for constructing with a good shielding of magnetic stray field. high density mounting without a mutual coupling. This allows a Chapter 3 - Magnetic oxide toroids for general purposes. M

17、agnetic oxide toroids with high permeability find use in a variety of components ie. pulse transformers, converter transformers, wide band transformer. It has the advantage that no audible noise occurs as a result of magnetostriction as with laminated cores. Due to the high saturation inductance, th

18、ese toroids are also suitable for us as loading coils. The frequency range suggested is less than 100KHz. The diameter range is graded fro 2,5 mm to 100 mm. Copyright CENELEC Electronic Components Committee Provided by IHS under license with CECCNot for ResaleNo reproduction or networking permitted

19、without license from IHS-,-,-D 3974499 OOLbb3 2Tb VOL- 04, ISSW 4 PREFACE Page 7 Chapter 4 Table 1 : Table 2 : Table 3 : Table 4 : Chapter 5 - Radio frequency coils, wirewound adjustable or mn-adjustable. These chokes are manufactured with windings of enamelled copper wire with tinned axials leads.

20、Depending on the value the core consists of a carbonyl iron, ferrite, or non ferrous material. Core chokes are especially suitable to limit the leakage current, for safety requirements for example with a high asymmetric inductance. Adjustable inductance value. board mounting. Suitable for printed wi

21、ring Miniature chip with high temperature-stable enamel copper wire, wound on a square shape ferrite core. These are suitable for automatic placement. - Delays lines. delay linestf delay an analogue or logic signal with minimum of distorsion with a large range of delays and impedance. They are const

22、ructed from “lumped constantIl inductive and capacitive elements. Active delays lines are used with TTL or DTL logic and delay as well as regenerate the signal. Chapter 6 - Transformers for General and Specific Use. The capability “boundaries“ listed in this chapter cover the construction of wound c

23、omponents over a complete spectrum of Power and frequency requirements, ranging from Power frequencies using Laminated cores including ilC1l cores, and Ferrite cores, and Toroids for use at High Frequencies Assemblies range from small PCB mounted products, to Free standing Clamped and Bolted product

24、s. Detailed specification of customer requirements will need to be discussed with the manufacturer. OBSERVATIONS All complementary information useful for the choice of the components is in this column. EC cores dimensions are in accordance with the IEC 647. ETD corels dimensions are in accordance wi

25、th IEC 51 (Co)276. Copyright CENELEC Electronic Components Committee Provided by IHS under license with CECCNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-3974499 0073662 132 CA I- 7 u u - - O - L c O W Copyright CENELEC Electronic Components Committee Provided by

26、 IHS under license with CECCNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-= 1974499 0073663 O79 V Lu z Y 2 m !2 t- U U J Y W J - I- V m F X N a U 4 2 X n Y 0. X O M 7 Y N N X .o M a Y - 7 X c Y In X 0. v O O N m N u V w V a Copyright CENELEC Electronic Components

27、 Committee Provided by IHS under license with CECCNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-W 1974499 O073673 L45 V) O I- Vk Ia n EU 3- 3 n q mo W x u W 0: 00 Of u -c I-0 W ci U 50 NI: oc ac L u ra - ra -u#- 4 x . mi I- 2 W V) o W 2 I- V) - - E -1w 4 V +- XV)

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32、uction or networking permitted without license from IHS-,-,-W 1974477 0071b72 081 W -I I- V - V w 0. ln O O N m N o U W O z?m_?m_?m_ 4444 u II II II II II II II s .-.s.- I NNNN NNNN u II II II nnnn “8% II II II II nnon 2?T? 3333 I3333 ?2? O000 O000 WLILILI LILILI I-I-l-I- I-cl-+ xxxx xxxx mI a E 4 x

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35、x C al u 5 .- ? U om O0 O ew II -I xm WU .- I- d 0 N mo LE all- I-= xu %: Copyright CENELEC Electronic Components Committee Provided by IHS under license with CECCNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-VI O + n 3 W W U W I al - .uc W _I I- V uI- 3% V -fn s

36、; ow u3 O CT I o. -fn XI- O0 o. -n wn 8Z I- =era 4- zfn NIn O0 u0 rm d mn c u I Y - u W v) o. CL cccI-I- xxxxx O E 1974499 0073673 TLB +I-ccc xxxxx a - W CI a n W fn 2 8 - W 5 O J-8 m al I II I .C L al U al f .- n n In C In C E n .- .- ru E U X w Pl II u 0 In In cd In C W al 3 U 2 d 41 L al U .- E a

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38、 IHS-,-,-= 1974499 O073674 954 O N W c3 a u W m 2 - u O W r 3 -1 O r U 2 ? 3 c U C d) -1 -1 rn C O VI C m .- P .- n d m C L e, U X w *. O O A I X ai 3 0 r h m z v w .- A .- a i! 0 Q e, 3 E U .- d 4 E- O % VI V VI rn VI c 4 L d) I O CL I- * O0 O NW CU mt- Nr IN YO w VI- ma u a= cou .- 2 um 4, ? NNNN

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42、 In O L o) I O d n .- I- E O50 W -Ud mu I- N I. YN O0 O .- W -I- UJS cou go cm 2% Copyright CENELEC Electronic Components Committee Provided by IHS under license with CECCNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-3974499 0073678 STT W n I o t- W U U zE - Copy

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