BCM4414xD1E13A3yzz
General Characteristics
Specifications apply over all line and load conditions, unless otherwise noted; boldface specifications apply over the temperature range of
–40°C ≤ TCASE ≤100°C (T-Grade); all other specifications are at TCASE = 25ºC unless otherwise noted.
Attribute
Symbol
Conditions / Notes
Min
Typ
Max
Unit
Mechanical
Length
L
L
Lug (Chassis) Mount
110.30 [4.34] 110.55 [4.35] 110.80 [4.36]
112.51 [4.43] 112.76 [4.44] 113.01 [4.45]
mm [in]
mm [in]
mm [in]
mm [in]
cm3 [in3]
g [oz]
Length
PCB (Board) Mount
Width
W
H
35.29 [1.39]
35.54 [1.40]
9.40 [0.37]
36.93 [2.25]
140.5 [4.96]
35.79 [1.41]
Height
9.019 [0.355]
9.781 [0.385]
Volume
Weight
Vol
W
Without heatsink
Pin Material
Underplate
C145 copper
Low stress ductile Nickel
Palladium
50
0.8
100
6
µin
µin
Pin Finish (Gold)
Pin Finish (Tin)
Soft Gold
0.12
200
2
Whisker-resistant matte Tin
400
Thermal
BCM4414xD1E13A3yzz (T-Grade)
BCM4414xD1E13A3yzz (C-Grade)
–40
–20
125
125
Operating Internal Temperature
Operating Case Temperature
TINT
BCM4414xD1E13A3yzz (T-Grade),
derating applied, see safe thermal
operating area
–40
–20
100
100
°C
TCASE
BCM4414xD1E13A3yzz (C-Grade),
derating applied, see safe thermal
operating area
Estimated thermal resistance to
maximum temperature internal
component from isothermal pin/
terminal-side housing
Thermal Resistance Pin Side
Thermal Resistance Housing
θINT_PIN_SIDE
0.97
0.57
°C/W
°C/W
Estimated thermal resistance of thermal
coupling between the pin-side and
non-pin-side case surfaces
θHOU
Estimated thermal resistance to
maximum temperature internal
component from isothermal non-pin/
non-terminal housing
Thermal Resistance Non-Pin Side
Thermal Capacity
θINT_NON_PIN_SIDE
0.67
54
°C/W
Ws/°C
Assembly
BCM4414xD1E13A3yzz (T-Grade)
BCM4414xD1E13A3yzz (C-Grade)
–40
–40
125
125
°C
°C
Storage
Temperature
TST
Human Body Model,
ESDHBM
“ESDA / JEDEC JDS-001-2012” Class I-C
(1kV to < 2kV)
1000
200
ESD Withstand
Charge Device Model,
“JESD 22-C101-E” Class II (200V to
< 500V)
ESDCDM
BCM® in a VIA™ Package
Page 17 of 43
Rev 1.3
08/2020