MSMCGLCE6.5A – MXLSMCGLCE170Ae3, MSMCJLCE6.5A – MXLSMCJLCE170Ae3

Electrical Characteristics

 Data Sheet

© 2013-2026 Microchip Technology Inc. and its subsidiaries

DS00005170C - 6

Table 3-1. Electrical Characteristics at 25 °C Unless Otherwise Stated (continued)

Part Number

Working

Standoff

Voltage

VWM

Volts

Breakdown Voltage

V(BR) at I(BR)

Volts

Maximum

Standby

Current

at VWM

ID

μA

Maximum

Clamping

Voltage

at IPP

VC

Volts

Maximum

Peak Pulse

Current IPP

at 10/1000

Amps

Working

Inverse

Blocking

Voltage

VWIB

Volts

Peak

Inverse

Blocking

Voltage

VPIB

Volts

Min.

Max.

mA

MSMCxLCE100A

MSMCxLCE110A

100

110

111

122

123

135

1

1

5

5

162

178

9.3

8.4

300

300

200

400

MSMCxLCE120A

MSMCxLCE130A

120

130

133

144

147

159

1

1

5

5

193

209

7.8

7.2

300

300

400

400

MSMCxLCE150A

MSMCxLCE160A

150

160

167

178

185

197

1

1

5

5

243

259

6.2

5.8

300

300

400

400

MSMCxLCE170A

170

189

209

1

5

275

5.4

300

400

Notes: 

1. Normal selection criteria for TVS devices is by working standoff voltage (VWM) and should be

equal or greater than DC or continuous peak operating voltage.

2. TVS devices are tested to maximum peak pulse current (IPP) with clamping voltage monitored.

This surge capability is one of the most significant electrical characteristics of the device and

should be considered as part of customer quality inspections. Test in TVS avalanche direction.

Do not pulse in “forward” direction. See Application Schematics.

3. Maximum capacitance of MLCE series at 0 Volts:

– is 100 pF for VWM 6.5 to 58V

– is 90 pF for VWM 60 to 170V

4. VWIB is at Inverse Blocking Leakage Current (IIB) of 10 µA.