LS5
Miniature
Shielded Chokes
.450" max
22 AWG/TCW
1.15"nominal
0.15" max
Reliable miniature shielded chokes especially suited to filtering aplications where small size, low DC resistance, magnetic
shielding and medium-to-high stability characteristics are required.
INDUCTANCES 1.0µH to 100µH
CURRENT RATING Based on 0.33 watt power dissipation for
approximately 20°C temperature rise.
INDUCTANCE TOLERANCE ±10% over entire inductance
range.
DIELECTRIC WITHSTANDING VOLTAGE 1000Vms.
OPERATING TEMPERATURE RANGE -55°C to +105°C.
PART
NUMBER
LS5-1R0K
LS5-2R5K
LS5-5R0K
LS5-100K
LS5-250K
LS5-500K
LS5-101K
INDUCTANCE
(µH)
1.0
2.5
5.0
10
25
50
100
Q
MINIMUM
55
45
35
65
55
60
70
CONSTRUCTION Epoxy encapsulated, tinned copper wire
leads, ferrite shield.
TESTING Inductance measured on Q meter at specified
frequency. DCR measured with Milliohm meter.
MARKING 5 Band Color Code
PACKAGING Bulk only
SELF RESONANT
FREQUENCY
MINIMUM (MHz)
200
115
90
55
35
27
20
DC RESISTANCE
OHMS
MAXIMUM (Ω )
.05
.08
.12
.42
.80
1.50
3.10
RATED DC
CURRENT MAX
(mA)
2200
1700
1400
770
560
400
280
TEST
FREQUENCY
(MHz)
7.9
7.9
7.9
2.5
2.5
2.5
2.5
LS6
Shielded
Chokes
.530" max
22 AWG/TCW
1.15"nominal
0.27" max
Reliable shielded chokes for filtering applications. All feature small size, low DC resistance, magnetic shieldingand medium-
to-high stability.
INDUCTANCES 250µH to 1000µH
CURRENT RATING Based on 0.43 watt power dissipation for
approximately 20°C temperature rise.
INCREMENTAL CURRENT Is thecurrent at whichtheinductance
will be decreased b 5% fr
y
om its initial (zero-DC) value.
INDUCTANCE TOLERANCE ±10% o
ver entire inductance
range.
PART
NUMBER
LS6-251K
LS6-501K
LS6-102K
INDUCTANCE
(µH)
250
500
1000
TEST
FREQUENCY
1kHz
1kHz
1kHz
DIELECTRIC WITHSTANDING VOLTAGE 1000Vms.
CONSTRUCTION Epoxy encapsulated, tinned copper wire
leads, ferrite shield.
TESTING Inductance measured 1kHz withGenRad 1658 RLC
Digit Bridge. DCR measured with Milliohm meter.
MARKING Part number printed on part
PACKAGING Bulk only
DC RESISTANCE
OHMS
MAXIMUM (Ω )
.17
.39
.80
RATED DC
CURRENT MAX
(mA)
1330
880
610
INCREMENT AL
CURRENT (mA)
60
44
30