SDP0640Q38B Datasheet, PDF (1/5 Pages) Littelfuse – This new SIDACtor® Series provides overvoltage protection

SIDACtor^® Protection Thyristors
Broadband Optimized™ Protection
SDP Series - 5x6 QFN
Agency Approvals
Agency
Agency File Number
E133083
Pinout Designation
Tip in 1
NC
2
Ground ³
Ring in ⁴
8 Tip out
7 _NC
6 _Ground
5 _{Ring out}
Schematic Symbol
Tip
Ground
Ring
Description
This new SIDACtor^® Series provides overvoltage protection
GPS
BQQMJDBUJPOT
TVDI
BT
"%4-
BOE
#BTF5
XJUI
B

minimal effect on data signals. This latest silicon design
innovation results in capacitive loading characteristic that
is compatible with these high bandwidth applications. This
surface mount QFN package provides a surge capability
that exceeds most worldwide intra-building standards and
recommendations for lightning surge withstand capability
of secondary protectors.
Features and Benefits
t

$PNQBUJCMF
XJUI
7%4-

(30MHz)
t

#BMBODFE
PWFSWPMUBHF

protection
t

-PX
EJTUPSUJPO

t

-PX
JOTFSUJPO
MPTT

t

-PX
QSPmMF
t
4NBMM
40
GPPUQSJOU


t

'BJMT
TIPSU
DJSDVJU
XIFO

surged in excess of
ratings
Applicable Global Standards
t
5*""


t
5*"#


t

*56
,
&OIBODFE

Level*
t

*56
,
#BTJD
-FWFM
t
*&$

*Requires series resistance
t

(3

*OUFSCVJMEJOH
t

(3

*OUSBCVJMEJOH
t

:%5

t

:%5

t
:%5

Electrical Characteristics
Part Number
Marking
V_DRM
@l_DRM=5μA
V min
V_S
@100V/μs
I_H
I_S
I_T
V max mA min mA max A max
SDP0640Q38B
SDP06B
58
77
SDP0720Q38B
SDP07B
65
88
SDP0900Q38B
SDP09B
75
98
SDP1100Q38B
SDP10B
90
130
SDP1300Q38B
SDP13B
120
160
SDP1800Q38B
SDP18B
170
220
SDP2600Q38B
SDP26B
220
300
SDP3100Q38B
SDP31B
275
350
SDP3500Q38B
SDP35B
320
400
Notes:
- Absolute maximum ratings measured at T_A= 25ºC (unless otherwise noted).
- Devices are bi-directional (unless otherwise noted).
150
800
2.2
150
800
2.2
150
800
2.2
150
800
2.2
150
800
2.2
150
800
2.2
150
800
2.2
150
800
2.2
150
800
2.2
© 2011 Littelfuse, Inc.
Specifications are subject to change without notice.
Please refer to www.littelfuse.com for current information.
35
Revised: February 22, 2011
V_T
@I_T=2.2 Amps
V max
8
8
8
8
8
8
8
8
8
Capacitance
See Capacitance
vs Voltage Graph