KA


 

Features
Features
• High current transient suppressors
• Excellent Clamping Capability
• Glass passivated chip
• Bidirectional
• Low Slope Resistance
• Hazardous Substances Free
• RoHS Compliant
• High Temperature soldering: 260°C/10 seconds at terminals
• Epoxy Encapsulated
• UL certified
Electrical Characteristics

Part
Number

Reverse Stand-Off Voltage

Breakdown
Voltage

Test
Current

Current
Rating

Maximum
Clamping
Voltage

Reverse
Leakage

VAC(V)

VDC(V)

VBR(V)
MIN.@IT

IT (mA)

8/20μs
(KA)

VC(V) @IPP

IR(μA)
@VDC

K1076

54

76

83

10

1

135

20

KA012

8.5

12.8

14

10

3

28

20

KA015

11

15

17

10

3

30

20

KA020

14

20

22

10

3

40

20

KA025

17

25

28

10

3

50

20

KA030

21

30

33

10

3

90

20

KA042

30

42

47

10

3

77

20

KA058

40

58

64

10

3

110

20

KA076

54

76

85

10

3

140

20

KA380

275

380

401

10

3

520

20

KB066

45

66

70

10

6

125

20

KB076

54

76

83

10

6

135

20

KB170

130

170

180

10

6

260

20

KB190

145

190

200

10

6

290

20

KB240

180

240

250

10

6

340

20

KC076

54

76

83

10

10

135

20

KC170

130

170

180

10

10

260

20

KC190

145

190

200

10

10

290

20

KC240

180

240

250

10

10

340

20

KC380

275

380

401

10

10

520

20

KD012

8.5

12.8

14

10

15

50

20

KD042

30

42

47

10

15

100

20

KD058

40

58

64

10

15

110

20

KD076

54

76

85

10

15

150

20

 

Technology
PPTC Fundamentals
Low Rho PPTC
Comprehensive Guide to Selecting PPTC Resettable Fuses
Traditional Fuse vs. PPTC Resettable Fuse: A Comprehensive Comparison
The Trusted Choice for Overcurrent Protection - Why Famous Brands Trust Fuzetec's PPTC Products
PPTC Resettable Fuse: Ensuring Reliable Circuit Protection with IATF 16949 and AEC-Q200 Compliance
HS Code 8533.21.00.90-6 for PPTC Resettable Fuses
PPTC Resettable Fuse for Smart Robot Vacuum Cleaner: Ensuring Safety and Reliability
The Essential Role of PPTC Resettable Fuses in Portable Medical Devices
The Role of PPTC Resettable Fuses in Automotive Electronics
Enhancing Automotive DC Motor Safety with Fuzetec PPTC Resettable Fuses
Enhancing Automotive Design and Safety with Fuzetec PPTC Resettable Fuses
MOSFET Selection Guide: How to Choose the Right MOSFET for Your Application
MOSFET Packaging Types and Selection: A Comprehensive Guide
Understanding TVS Diodes and MOV Varistors for Transient Surge Protection
Enhancing Smart Power Plug Design and Safety with Fuzetec MOV: FMOV Products
Enhancing Industrial Communication and Control: How Fuzetec PPTC Resettable Fuses and TVS Diodes Improve RS-485 and Ethernet Safety
Enhancing the Design and Safety of Industrial Human-Machine Interfaces with Fuzetec TVS Diodes
Enhancing Circuit Protection with Fuzetec Hybrid Solutions (PPTC Resettable Fuse + MOV Varistor / TVS Diode)
How Resettable Fuses Align with ESG Goals: A Path to Sustainable Innovation
Fuzetec Technology's ESG Policy and Qualifying ISO-14064-1
Understanding PPTC Resettable Fuses Qualified for Outgassing Test ECSS-Q-ST-70-02C and Thermal Cycling Test
The Critical Role of TVS Diodes in Automotive ISO 7637-2 Compliance
Selecting Automotive MOSFETs for AEC-Q100 Standards Compliance
Intelligent Scheduling System of Fuzetec Technology: Optimizing Production Efficiency
Comprehensive Protection Strategies for Rechargeable Li-Ion Battery Packs
Where to buy Fuzetec's PPTC - Asia
Where to buy Fuzetec's PPTC - American
Where to buy Fuzetec's PPTC - Europe
Where to buy Fuzetec's PPTC - Mid-East
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