MSMC 5.0A - MSMC 170CA
1500 Watt Surface Mount Transient Voltage Suppressor
Overview
The MSMC 5.0A - MSMC 170CA series of surface mount 1500 watt high reliability transient voltage suppressors provide a selection of standoff voltages (VWM) from 5.0 to 170 V. The high-reliability devices are available in either unidirectional or bidirectional versions. The SMBG Gull-wing design in the DO-215AA package is ideal for visible solder connections. The SMBJ J-bend design in the DO-214AA package allows for greater PC board mounting density. It is available in SnPb or ROHS compliant matte-tin plating.Features
- High reliability devices with wafer fabrication and assembly lot traceability
- All devices are 100% surge tested
- Enhanced reliability screening in reference to MIL-PRF-19500 is also available. Refer to High Reliability Up-Screened Plastic Products Portfolio
- Moisture classification is Level 1 with no dry pack required per IPC/JEDEC J-STD-020B
- ROHS compliant versions available
- Axial-leaded equivalent packages for through-hole mounting are available as 1.5KE6.8A to 1.5KE200CA or 1N16267 thru 1N6303A and 1N5908.
Benefits
- Protects sensitive components such as ICs, CMOS, Bipolar, BiCMOS, ECL, DTL, T2L, etc...
- Protection from switching transients & RF induced voltage pulses
- Protection from ESD and EFT per IEC 61000-4-2 and IEC 61000-4-4
- Secondary lightning protection per IEC 61000-4-5 with 42 ohms source impedance:
- Class 1: MSMC 5.0A to MXLSMC 170A or CA
- Class 2: MSMC 5.0A to MXLSMC 150A or CA
- Class 3: MSMC 5.0A to MXLSMC 75A or CA
- Class 4: MSMC 5.0A to MXLSMC 36A or CA
- Secondary lightning protection per IEC 61000-4-5 with 12 ohms source impedance:
- Class 1: MSMC 5.0A to MXLSMC 90A or CA
- Class 2: MSMC 5.0A to MXLSMC 45A or CA
- Class 3: MSMC 5.0A to MXLSMC 24A or CA
- Class 4: MSMC 5.0A to MXLSMC 11A or CA
- Secondary lightning protection per IEC 61000-4-5 with 2 ohms source impedance:
- Class 2: MSMC 5.0A to MXLSMC 22A or CA
- Class 3: MSMC 5.0A to MXLSMC 10A or CA
Part Nomenclature
| M | Reliability Level* | M MA MX MXL* |
| SM | Surface Mount Package | |
| C | 1500 W power level | |
| G | lead form | G= Gull-wing; J = J-bend |
| 5.0 | Reverse standoff voltage | |
| CA | polarity | A = Unidirectional |
| CA = Bidirectional | ||
| e3 | RoHS compliance | e3 = ROHS compliant |
| blank = non-ROHS compliant | ||
| /TR | Package Carrier | /TR = Tape & Reel blank = ESD Bag |
| -LC | Lot Charge | -LC = Lot Charge blank = Product |
Resources
Datasheets
App Notes
- Defining Diode Data Sheet Parameters
- MicroNote 005: Care, Handling & Solder Profile for Diodes
- MicroNote 010: How to Quickly Obtain Spice Data
- MicroNote 020: Plating and Solder Dipping
- MicroNote 30: Metallurgical Bond Evaluation Methods for Diodes
- MicroNote 050: Radiation Hardened Performance of Discrete Semiconductor Products
- MicroNote 100: MicroNote Index and Summary
- MicroNote 101: A Primer on TVS Devices
- MicroNote 102: An Introduction to TVS Devices
- MicroNote 103: What is a TVS?
- MicroNote 104: Using the Power vs Time Curve
- MicroNote 105: What is a Thyristor Surge Protector Device
- MicroNote 106: Crowbars and Clamps
- MicroNote 107: Cross Referencing TVS Devices
- MicroNote 108: Determining Clamping Voltages for Pulse Currents
- MicroNote 109: Protecting from ESD
- MicroNote 110: Parasitic Capacitance in TVS
- MicroNote 111: Parasitic Lead Inductance in TVS
- MicroNote 112: Series Stacking TVS devices for Higher Current
- MicroNote 113: Parallel Stacking TVS devices for Higher Current
- MicroNote 114: Derating TVS devices for Higher Junction Temp
- MicroNote 115: Derating TVS at Elevated Temp for varying Pulse Widths
- MicroNote 116: Protection at a Transformer
- MicroNote 117: Protecting USB Data I/O Ports
- MicroNote 118: TVS/Chip Product Overview
- MicroNote 120: Selecting TVS with PPP and Waveform Considerations
- MicroNote 121: Protecting Data I/O ports with TVSArrays
- MicroNote 122: Transient Protection across High Data Rate & RF Lines
- MicroNote 123: Effective use of Space Saving TVSArrays
- MicroNote 125: How to Select a Transient Voltage Suppressor
- MicroNote 126: Lightning Protection for Aircraft per RTCA/DO-160D for ARINC 429 Protocol
- MicroNote 127: Lightning Protection for Aircraft Electrical Systems
- MicroNote 128: Unidirectional/Bi-Directional TVS Differences
- MicroNote 129: Upscreening Commercial TVS Diodes for Avionics and Robust Environments or Applications
- MicroNote 130: Overall TVS Selection
- MicroNote 132: Aircraft Lightning Protection/DIRECTselect Method
- MicroNote 133: Repetitive Surge on Transient Voltage Suppressors
- MicroNote 134: Zeners and TVS's: Can Either Device Be Used For The Same Applications
- MicroNote 135: Failure Mechanisms For Transient Voltage Suppressors
Quality Certificates
- AS9100C Certificate - Lawrence, MA, USA
- AS9100C ISO 9001:2008 Certificate - Ennis, Ireland
- AS9100C ISO 9001:2008 Certificate - Taguig City, Phillipines - Laguna, Phillipines
- DSC/DLA Certificate - Lawrence, MA, USA
- ISO 14001:2004 Certificate - Ennis, Ireland
- ISO 9001:2008 Certificate - Lawrence, MA, USA
- MIL-PRF-19500 Certificate - Ennis, Ireland
- MIL-PRF-19500 Certificate - Lawrence, MA, USA
- MIL-PRF-38534 Class H,K Certificate - Lawrence, MA, USA
- MIL-STD-790 - Taguig City, Philippines
- MIL-STD-883 Certificate - Lawrence, MA, USA
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