SMDJ85CA

Bidirectional TVS diode for surge suppression, featuring a 8.5V operating voltage and 14.4V clamping voltage. This surface mount component offers a peak pulse power of 3kW and a maximum surge current of 208.3A. With a low leakage current of 2uA and a wide operating temperature range from -55°C to 150°C, it provides reliable protection. The DO-214AB package is supplied on tape and reel for efficient assembly.

SMDJ85CA datasheet preview page 1

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About SMDJ85CA

The Littelfuse SMDJ85CA Semiconductors datasheet provides detailed technical specifications, pinout information, and operating characteristics. This component: Bidirectional TVS diode for surge suppression, featuring a 8.5V operating voltage and 14.4V clamping voltage. This surface mount component offers a peak pulse power of 3kW and a maximum surge current of 208.3A. With a low leakage current of 2uA and a wide operating temperature range from -55°C to 150°C, it provides reliable protection. The DO-214AB package is supplied on tape and reel for efficient assembly.. Key parameters include Clamping Voltage: 14.4V, Diode Type: ZENER, Lead Free: Lead Free, Leakage Current: 2uA, and Max Operating Temperature: 150°C. SMDJ85CA is manufactured by Littelfuse as part of their Semiconductors product line. On this page you can view and download the PDF datasheet, check specifications, and find similar components.

Specifications

Manufacturer
Littelfuse
Category
Semiconductors

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Parameters

Clamping Voltage14.4V
Diode TypeZENER
Lead FreeLead Free
Leakage Current2uA
Max Operating Temperature150°C
Max Surge Current208.3A
Min Breakdown Voltage9.44V
Min Operating Temperature-55°C
MountSurface Mount
Number of Bidirectional Channels1
Number of Channels1
Number of Elements1
Operating Supply Voltage8.5V
Package/CaseDO-214AB
Package Quantity3000
PackagingTape and Reel
Peak Pulse Current208.3A
Peak Pulse Power3kW
PolarityBidirectional
Power Line ProtectionNo
Quest1769—$1.2———View offer
Reverse Breakdown Voltage94.4V
Reverse Standoff Voltage8.5V
RoHSCompliant
RoHS CompliantYes
SeriesSMDJ
TerminationSMD/SMT