114

Revised: February 22, 2011

© 2011 Littelfuse, Inc.

Specifications are subject to change without notice.

Please refer to www.littelfuse.com for current information.

SLIC Protection

Electrical Characteristics

overvoltage protection devices for SLIC applications.

This series is offered in a negative Battrax version and a

positive Battrax version. The B1xx0C_ is for a -V

an SCR and a gate diode, the B1xx0C_ Battrax begins

to conduct at |-V

REF

REF

Description

Features and Benefits

Low voltage overshoot

Low on-state voltage

Does not degrade with

use

Fails short circuit when

surged in excess of

ratings

Robust surge current

ratings

Gate triggered tracking

devices

Agency Approvals

Agency

Agency File Number

E133083

Schematic Symbol

Pinout Designation

Part Number

Marking

V

DRM

@l

V

S

@100V/μs

I

H

I

S

I

T

V

T

@I

Capacitance*

V min

V max

mA min

mA max

A max

V max

pF

Min

Max

B1100CALRP

B10A

I-V

REF

I-V

REF

100

100

2.2

4

30

200

B1160CALRP

B16A

I-V

REF

I-V

REF

160

100

2.2

4

30

200

B1200CALRP

B12A

I-V

REF

I-V

REF

200

100

2.2

4

30

200

B2050CALRP

B25A

REF

REF

5

50

2.2

4

20

200

B1100CCLRP

B10C

I-V

REF

I-V

REF

100

100

2.2

4

30

200

B1160CCLRP

B16C

I-V

REF

I-V

REF

160

100

2.2

4

30

200

B1200CCLRP

B12C

I-V

REF

I-V

REF

200

100

2.2

4

30

200

B2050CCLRP

B25C

REF

REF

5

50

2.2

4

20

200

PIN 3

PIN 1

(Line)

PIN 2

(Ground)

Applicable Global Standards

TIA-968-A

TIA-968-B

ITU K.20/21 Enhanced

Level*

ITU K.20/21 Basic Level

GR 1089 Inter-building*

GR 1089 Intra-building

IEC 61000-4-5

YD/T 1082

YD/T 993

YD/T 950

*A-rated parts require series resistance

PIN 3

(-VREF)

PIN 1

(Line)

PIN 2

(Ground)

Gate

Negative Battrax

B1xx0C_

PIN 3

(+VREF)

PIN 2

(Ground

PIN 1

(Line)

Positive Battrax

B2050C_

Notes:

- Absolute maximum ratings measured at T

- Devices are uni-directional

- All electrical characteristics shown are defined from Tip (pin 1) to Ground (pin 2), and Ring

(pin 1) to Ground (pin 2)

- V

- V

* Off-state capacitance (C