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DC - DC Type (Power Mosfet)

708 Model

701 Model

Weight : 35 gms.
Enclosure Material : Glass filled Nylon
(Flame Retardant)
Power MOSFET : rDS (ON) has positive
temperature Co-efficient.
Which aids in Paralleled Power MOSFET
Device and Negative temperature
Co-efficient. of trans conductance
So less susceptiable for Thermal
runway

Circuit Diagram

707 Model

Difference of Power MOSFET & Transistor

High Speed ON/OFF
(High Frequency)

Low Speed ON/OFF

High Power Capacity

Low Power Capacity

Voltage drop across
Power Mosfet is less

Voltage drop across
transistor is more

Size of heat sink less

Size of heat sink more

Technical Data

SSR Type No		OUTPUT		Type of Heat sink	USD/Each
SSR Type No		Voltage	Current amp at 200C	Type of Heat sink	USD/Each
DC TO DC Input : 3VDC TO 32VDC, Min.4mA-Max.16mA
701	PMDD 55 55 00	5- 55VDC	55	L/C	11.95
701	PMDD 55 110 00	5 -55VDC	110	L/C	15.90
701	PMDD 200 15 00	5- 200VDC	15	B/J	10.35
701	PMDD 200 30 00	5- 200VDC	30	C/B	12.75
701	PMDD 500 10 100	5- 500VDC	10	B	11.95
701	PMDD 500 20 00	5- 500VDC	20	C/B	16.70
DC TO DC Input : 3VDC TO 32VDC, Min.4mA-Max.16mA
708	PMDD 200 08 00	5- 200VDC	08	J	8.75
708	PMDD 500 04 00	5- 500VDC	04	K	12.75
DC TO DC Input : 3VDC TO 32VDC, Min.4mA-Max.16mA
707	PMDD 55 165 00	5- 55VDC	165	W	25.45
707	PMDD 55 220 00	5- 55VDC	220	W	28.65
707	PMDD 200 45 00	5- 200VDC	45	L	20.70
707	PMDD 200 60 00	5- 200VDC	60	L	23.90
707	PMDD 500 30 00	5- 500VDC	30	L	25.45
707	PMDD 500 40 00	5- 500VDC	40	L	28.65

Heat Sink Weight : 195 gms	Heat Sink Weight : 485 gms	Heat Sink Weight : 650 gms

Type "B-77" 701 model current up to 16Amp 51 mm (W)x77mm (L)x37 mm(H)+SSR Price US $2.90 +US $0.95 Din Rail	Type "C-77" 701/707 model current up to 30Amp 58mm(W)x77mm (L)x67mm(H)+SSR Price US $7.65 +US $0.95 Din Rail	Type "L-100" -701/707/705 model current up to 40Amp 100mm(W)x100mm(L)x49 mm (H)+SSR Price US $11.95 11.95 +US $0.95 Din Rail
701 Model Dimensions	707 Model Dimensions	708 Model Dimensions

Technical Data

Input
Safe continuos rating ID at 55 0C with heat sink	Amp	55	110	15	30	10	20	08
Drain- to-source break down voltage Vdss(BR)	VDC	55	55	200	200	500	500	200
Continuos Drain Current ID@ TC= 25 0C	Amp	98	196	30	60	20	40	18
Static drain- to- source ON resistance rDS (ON)	Ohm	0.008	0.004	0.085	0.042	0.27	0.13	0.18
Power dissipation pd @ TC 25oC	W	150	300	190	380	280	560	125
Repetitive or non repetitive drain current	Amp	390	750	180	360	92	180	70
Peck diode recovery dv/dt	V/ns	4	4	4	4	4	4	4
Drain-to-source leakage current Idss	MA	10	10	10	10	10	10	10
Maximum junction temperature Tj (Max)	0C	175	350	150	150	150	150	150
Thermal resistance junction to case Rthjc	0CW	1.0	0.5	0.45	0.225	0.45	0.225	1
ON voltage drop less than At rated Current	Vds	0.45	0.45	1.3	1.3	2.7	2.7	1.7

Safe continuos rating ID at 55 0C with heat sink	Amp	04	165	220	45	60	30	40
Drain- to-source break down voltage Vdss(BR)	VDC	500	55	55	200	200	500	500
Continuos Drain Current ID@ TC= 25 0C	Amp	8	294	392	90	120	60	80
Static drain- to- source ON resistance rDS (ON)	Ohm	0.85	0.0026	0.002	0.028	0.021	0.09	0.0675
Power dissipation pd @ TC 25oC	w	125	450	600	540	720	276	368
Repetitive or non repetitive drain current	Amp	30	1170	1560	540	720	276	368
Peck diode recovery dv/dt	V/ns	4	4	4	4	4	4	4
Drain-to-source leakage current Idss	MA	10	10	10	10	10	10	10
Maximum junction temperature Tj (Max)	0C	150	175	175	150	150	150	150
Thermal resistance junction to case Rthjc	0CW	1	0.33	0.25	0.15	0.11	0.15	0.11
ON voltage drop less than At rated Current	Vds	35	0.45	0.45	1.3	1.3	2.7	2.7