Delta Electronics THAH1075 Leaflet

Page of 1
Through Hole  Power Inductors
THAH1055,  1075,  1085,  1090  &  1095  Type
Mechanical Dimension:
RoHS   compliant.
High  current ( lsat  up  to  50A )  though  hole  type.
Magnetically   shielded,   suitable   for   hight   density   mounting.
High   energy   storage   and   low   DCR.
Provided   with   embossed   carrier   tape   packing.
Ideal   for   power   source   circuits,   DC-DC   converter,
DC-AC   inverters   inductor   application.
In   addition   to   the   standard   versions   shown   here, 
customized    inductors   are   available   to   meet   your   exact   requirements.
Features
Electrical Characteristics:
DELTA ELECTRONICS, INC.
 (TAOYUAN PLANT CPBG)
At 25
: 100KHz, 1.0V
o
C
252, SAN YING ROAD, KUEISAN INDUSTRIAL ZONE, TAOYUAN SHIEN, 333, TAIWAN, R.O.C.
TEL: 886-3-3591968; FAX: 886-3-3591991
http://www.deltaww.com
147
UNIT  :mm/inch
A = 11.00 / 0.433  Max.
B = 11.00 / 0.433 Max.
D = 12.70   0.5 / 0.500   0.020
E = 3.30   0.5 / 0.130   0.020 
F = 1.30 / 0.051
 Lo
(uH)  
DCR
(m    ) MAX.
Irms
(Adc)
3
Isat
(Adc)
2
PART NO.
Dimension "C"
(mm / inch) MAX
   THAH1055-R15
0.150
20%
0.50
45
30
5.50 / 0.217         
   THAH1075-R24
0.245
1
0%
0.72   7%
50
28
7.50 / 0.295       
   THAH1075-R25
0.280 ~ 0.308
0.76
40
28
7.50 / 0.295        
   THAH1075-0R3
0.224 ~ 0.336
0.76
40
28
7.50 / 0.295        
   THAH1075-R36
0.360
20%
0.76
40
28
7.50 / 0.295        
   THAH1075-R68
0.680
20%
1.25
35
25
7.50 / 0.295        
   THAH1075-0R8
0.800
20%
2.30
35
20
7.50 / 0.295        
   THAH1075-1R0
1.000
20%
3.00
22
16
7.50 / 0.295        
   THAH1085-0R9
0.900
20%
2.10
30
22
8.50 / 0.335       
   THAH1090-0R4
0.400
20%
1.15
40
25
9.00 / 0.354       
   THAH1090-0R5
0.500
20%
0.90   5%
50
40
9.00 / 0.354       
   THAH1095-1R2
1.200
20%
3.00
22
15
9.50 / 0.374                
D
12.7+/-1.0
1.7(REF.)
E
F
C
A
B
RECOMMENDED  PAD  PATTERNS   
1
1.  Lo  is  the  initial  inductance.
2.  Isat  is the  DC  current which  cause  the  inductance  drop  less  than  20%  of  its  nominal  inductance  without  current.
O
3.  Irms  is  the  DC  current  which  cause  the  surface  temperature  of  the  part  increase  less  than  40
C. 
O
O
4.  Operating temperature  :   -40
C  
to  125
C  
( including  self-temperature  rise ).