RM12 CORE Search Results

3f3 ferrite material

Abstract: philips 3f3 ferrite material 3f3 ferrite power RM12 ferrite core 3c90 ferrite philips 3c96 ferrite material RM12 Core transformers philips 3f3 ferrite RM12 E45329
Contextual Info: FERRITE CERAMICS DATA SHEET RM12/I RM cores and accessories Product specification Supersedes data of November 1997 File under Ferrite Ceramics, MA01 1999 Dec 23 Philips Components Product specification RM cores and accessories RM12/I CORE SETS Effective core parameters

philips 3b8

Abstract: material 3E1 core 3E1 RM12/I-3F3-A160 RM12 Core transformers I-3B8-A400 3C85 A160 3c85 5500 permeability 3c85 RM12 Core DATASHEET
Contextual Info: Philips Components Product specification RM cores and accessories RM12/I CORE SETS handbook, halfpage Effective core parameters SYMBOL PARAMETER VALUE Σ I/A core factor (C1) 0.388 mm−1 Ve effective volume 8340 mm3 Ie effective length 56.6 mm Ae effective area

RM8/neosid RM10 ferrite core

Contextual Info: RM4, RM5, RM6, RM8, RM10, RM12, RM14 RM Rectangular Modulus cores allow better shielding than E type geometries while also providing easier winding accessibility and better power dissipation than a pot core configuration. Fair-Rite’s standard RM cores all have a solid

RM12 Core transformers

Abstract: RM12 philips 3e5 RM12 Core Set 3c85 transformer 3C85 3C90 CBW133 RM12 Core
Contextual Info: Philips Components Product specification RM cores and accessories RM12/ILP CORE SETS Effective core parameters SYMBOL PARAMETER VALUE 29.8 0 −1.1 UNIT Σ I/A core factor (C1) 0.280 mm−1 Ve effective volume 6200 mm3 Ie effective length 42 mm Ae effective area

RM12155S

Abstract: inductor 100mH
Contextual Info: RM12 Inductors Control over power Single Inductor Current Capacity 800 600 500 400 300 200 1000 100 100 Impedance for 39mH Impedance for 82mH Impedance for 150mH Impedance for 270mH Impedance for 560mH 10000 Impedance Z Kilohms DC Current mA. 700 Single Inductor Frequency Response

FERRITE TRANSFORMER rm14

Abstract: RM12 ferrite core ferrite RM6 rm8 bobbin rm6 type bobbin FRM-10-A RM8 ferrite core FERRITE RM5 RM6 ferrite core ferrite core rm10
Contextual Info: Ferrite Cores RM Series For Power Supply and Signal Transformer RM Cores F øC CORE SHAPES AND DIMENSIONS/CHARACTERISTICS A A A 2D Fig.1 Type RM4 RM5 RM6 RM8 RM10 RM12 RM14 Fig.3 Fig.2 Fig. 1 1 3 2 2 2 1 Dimensions mm A 9.63±0.18 12.05±0.25 14.4±0.3 19.35±0.35

ferrite core rm10

Abstract: FERRITE RM5 RM8/neosid RM10 ferrite core
Contextual Info: RM core,RM cores,ferrite RM core,RM5 core,ferrite RM cores,MnZn Core RM12,RM6 core,RM8 core, China Professional Ferrite Core Supplier print version RM CORES Ferrite RM square Cores The design of Yuxiang RM cores (square cores) maximizes magnetic performance while minimizing PC board

inductor 150mh

Abstract: inductor 100mH 560MH inductor 220 mh 150MH bobbin size 100mh inductor RM12155S 330mh BOBBIN RM12
Contextual Info: RM12 Inductors Single Inductor Current Capacity 800 600 500 400 300 200 1000 100 100 Impedance for 39mH Impedance for 82mH Impedance for 150mH Impedance for 270mH Impedance for 560mH 10000 Impedance Z Kilohms DC Current mA. 700 Single Inductor Frequency Response

rm8 bobbin

Abstract: rm6 type bobbin RM6 coil former low profile rm14 ferroxcube bobbin RM-14 BOBBIN RM12 RM7 CORE CBW121 CBW122
Contextual Info: Ferroxcube RM, RM/I, RM/ILP cores and accessories Soft Ferrites CBW609 2002 Feb 01 1 Ferroxcube RM, RM/I, RM/ILP cores and accessories Soft Ferrites PRODUCT OVERVIEW AND TYPE NUMBER STRUCTURE RM 6 S − 3H3 − A 250 / N − X Product overview RM cores CORE TYPE

T375J

Abstract: RM12 BOBBIN RM12 rm-12
Contextual Info: SPECIFICATION FOR APPROVAL Product Name Superworld Part No. HIGH FREQUENCY TRANSFORMER SRMB2VT-50740 Page Rev. No. 1. CONFIGURATION & DIMENSIONS : lu □ H A 41.00 MAX 40.00 MAX B C 27.00 MAX D1 35.90±0.50 D2 28.70±0.50 D3 21.50±0.50 El 10.78±0.50 3.59±0.50

Contextual Info: A Dimensions: [mm] B Hole Pattern: [mm] D Electrical Properties: C Schematic: Properties Test conditions Value Unit Tol. Inductance 100 kHz/ 100 mV L 200 µH ±10% Rated Current ∆T = 40 K IR 1.4 A max. Saturation Current |ΔL/L| < 20% 8.4 A typ. DC Resistance 1

3H1 ferroxcube

Abstract: ferroxcube 3E2 4322-020-34420 43220203440 4330-030-34220 432202034400 4313-020-15170 4322-021-33850 4322-020-97160 4322-021-30
Contextual Info: !r0 FERROKCUBE Description by Part Number List FERROXCUBE PART NUMBERS 12NC BREAKDOWN 43 12 Magnetic for 3rd party Factory code 020 5593 Pairs Halves Accessories Drawing no. Issue no. changes with packaging at factory FACTORY CODES SET CODES 35 = 12 = 22 =

Contextual Info: A Dimensions: [mm] B Hole Pattern: [mm] D Electrical Properties: C Schematic: Properties Test conditions Value Unit Tol. Inductance 100 kHz/ 100 mV L 150 µH ±10% Rated Current ∆T = 40 K IR 1.4 A max. Saturation Current |ΔL/L| < 20% 11.0 A typ. DC Resistance 1

Contextual Info: A Dimensions: [mm] B Recommended hole pattern: [mm] D Electrical Properties: C Schematic: Properties Test conditions Value Unit Tol. Inductance 100 kHz/ 100 mV L 450 µH ±10% Rated current ∆T = 40 K IR 1.2 A max. Saturation current |ΔL/L| < 20% 5.6 A typ.

Contextual Info: A Dimensions: [mm] B Recommended hole pattern: [mm] D Electrical Properties: C Schematic: Properties Test conditions Value Unit Tol. Inductance 100 kHz/ 100 mV L 200 µH ±10% Rated current ∆T = 40 K IR 1.4 A max. Saturation current |ΔL/L| < 20% 8.4 A typ.

Contextual Info: A Dimensions: [mm] B Recommended hole pattern: [mm] D Electrical Properties: C Schematic: Properties Test conditions Value Unit Tol. Inductance 100 kHz/ 100 mV L 150 µH ±10% Rated current ∆T = 40 K IR 1.4 A max. Saturation current |ΔL/L| < 20% 11.0 A

RM12 ferrite core

Contextual Info: A Dimensions: [mm] B Hole Pattern: [mm] D Electrical Properties: C Schematic: Properties Test conditions Value Unit Tol. Inductance 100 kHz/ 100 mV L 300 µH ±10% Rated Current ∆T = 40 K IR 2.4 A max. Saturation Current |ΔL/L| < 20% 9.6 A typ. DC Resistance 1

Contextual Info: A Dimensions: [mm] B Recommended hole pattern: [mm] D Electrical Properties: C Schematic: Properties Test conditions Value Unit Tol. Inductance 100 kHz/ 100 mV L 150 µH ±10% Rated current ∆T = 40 K IR 1.4 A max. Saturation current |ΔL/L| < 20% 11.0 A

Contextual Info: A Dimensions: [mm] B Recommended hole pattern: [mm] D Electrical Properties: C Schematic: Properties Test conditions Value Unit Tol. Inductance 100 kHz/ 100 mV L 450 µH ±10% Rated current ∆T = 40 K IR 1.2 A max. Saturation current |ΔL/L| < 20% 5.6 A typ.

Contextual Info: A Dimensions: [mm] B Recommended hole pattern: [mm] D Electrical Properties: C Schematic: Properties Test conditions Value Unit Tol. Inductance 100 kHz/ 100 mV L 450 µH ±10% Rated current ∆T = 40 K IR 1.2 A max. Saturation current |ΔL/L| < 20% 5.6 A typ.

Contextual Info: A Dimensions: [mm] B Recommended hole pattern: [mm] D Electrical Properties: C Schematic: Properties Test conditions Value Unit Tol. Inductance 100 kHz/ 100 mV L 200 µH ±10% Rated current ∆T = 40 K IR 1.4 A max. Saturation current |ΔL/L| < 20% 8.4 A typ.

Contextual Info: A Dimensions: [mm] B Hole Pattern: [mm] D Electrical Properties: C Schematic: Properties Test conditions Value Unit Tol. Inductance 100 kHz/ 100 mV L 150 µH ±10% Rated Current ∆T = 40 K IR 1.4 A max. Saturation Current |ΔL/L| < 20% 11.0 A typ. DC Resistance 1

Contextual Info: A Dimensions: [mm] B Recommended hole pattern: [mm] D Electrical Properties: C Schematic: Properties Test conditions Value Unit Tol. Inductance 100 kHz/ 100 mV L 300 µH ±10% Rated current ∆T = 40 K IR 2.4 A max. Saturation current |ΔL/L| < 20% 7.4 A typ.

Contextual Info: A Dimensions: [mm] B Hole Pattern: [mm] D Electrical Properties: C Schematic: Properties Test conditions Value Unit Tol. Inductance 100 kHz/ 100 mV L 450 µH ±10% Rated Current ∆T = 40 K IR 1.2 A max. Saturation Current |ΔL/L| < 20% 5.6 A typ. DC Resistance 1