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EE 5 (6 Pins)	EE8.3 (6Pins)

EE10 (8 Pins)	EE13 (6,10 Pins)

EE16 (6,8,10 Pins)	EE16(Âù¼Ñ) (8,10 Pins)

EE19 (4,6,8,10 Pins)	EE19(Âù¼Ñ) (10Pins)

EE20 (8Pins)	EE25 (6,8 Pins)

EE25 (³æ¼Ñ) (10 Pins)	EE28 (10 Pins)

EE30 (12Pins)	EE42 (12 Pins)

EEL16 (10Pins)	EEL19 (10Pins)

EEL22 (8 Pins)	EEL28(10 Pins)

EER11.5 (10 Pins)	EER28(ª½¥ß¦¡) (10,12 Pins)

EER28(ž·¦¡) (12 Pins)	EER35(12, 14 Pins)

EER39 (14 Pins)	EER42 (14 Pins)

EER49 (18 Pins)	ETD34(16 Pins)

EF25 (8 Pins)	EI-12.5 (10 Pins)

EI-22 (8,10 Pins)	EI-25 (8,10 Pins)

EI-28 (10 Pins)	EI-33 (12,14 Pins)

RM5 (6 Pins)	RM6 (6 Pins)

RM8 (12 Pins)	RM12 (12 Pins)

HF-28(¥ß¦¡) (4 Pins)	HF-35 (4 Pins)

HF-28 (ž·¦¡)(4 Pins)	HF-24 (4 Pins)

SMT EE5 SERIES
For high-density surface mounting, this transformer is available in various types with
highly precise ferrite cores characterized in high permeability for high performance
wide band transformers; a low power loss; high saturation magnetic flux density
material for main transformers of high performance DC to DC conveters and a high
Q, low temperature coefficient material ideal for wide band transformers. The
following is a set of characteristics for reference which the inductance is measured
at 10KHZ, 1V rms.

Characteristics:

Terminals	Minimun Primary Inductance in mH (1-2)	Minimun Primary Inductance in mH (2-3)	Minimum Secondary Inductance in mH (4-6)	Maximun Primary Resistance in Ohms (1-2)	Maximun Primary Resistance in Ohms (2-3)	Maximun Secondary Resistance in Ohms (4-6)	Minimun Primary to Secondary Turns Ratio (1-2)
T1	0.188	0.188	300	< 5.0	< 5.0	< 400	40
T2	0.120	0.120	300	< 5.0	< 5.0	< 400	50
T3	0.083	0.083	300	< 5.0	< 5.0	< 400	60
T4	0.094	0.094	150	< 5.0	< 5.0	< 400	40
T5	0.080	0.060	150	< 5.0	< 5.0	< 400	50
T6	0.042	0.042	150	< 5.0	< 5.0	< 400	60
T7	0.047	0.047	75	< 5.0	< 5.0	< 400	40
T8	0.030	0.030	75	< 5.0	< 5.0	< 400	50
T9	0.021	0.021	75	< 5.0	< 5.0	< 400	60

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Updated 10 March 2002 12:00 AM