1N6355

1N6355

$11.31
  • Description:DIODE ZENER 200V 500MW B-AXIAL
  • Series:-
  • Mfr:Microchip Technology
  • Package:Bulk

SKU:164450b0daf5 Category: Brand:

  
  • Quantity
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Product Detailed Parameters

  • Description:DIODE ZENER 200V 500MW B-AXIAL
  • Series:-
  • Mfr:Microchip Technology
  • Package:Bulk
  • Voltage - Zener (Nom) (Vz):200 V
  • Tolerance:±5%
  • Power - Max:500 mW
  • Impedance (Max) (Zzt):1800 Ohms
  • Current - Reverse Leakage @ Vr:50 nA @ 152 V
  • Operating Temperature:-65°C ~ 175°C (TJ)
  • Mounting Type:Through Hole
  • Package / Case:B, Axial
  • Voltage - Forward (Vf) (Max) @ If:1.4 V @ 1 A
  • Grade:-
  • Qualification:-

Download product information

1N6355

Buying Guide
Summary

Microchip Technology 1N6355 is sourced in Single Zener Diodes category when teams want clear constraints and a repeatable validation path. Key specs include Description (DIODE ZENER 200V 500MW B-AXIAL), Packaging (Bulk), Temperature (-65°C ~ 175°C (TJ)), Package/case (B, Axial), and Mounting (Through Hole).

Selection Notes
  • For 1N6355, double-check the mounting type (Through Hole) for your intended installation method.
  • Verify the impedance (1800 Ohms) minimizes reflections and return loss in your RF path.
  • Verify the operating temperature range (-65°C ~ 175°C (TJ)) and derate as needed in your application.
Alternates & Substitutions
  • For Single Zener Diodes, compare the datasheet test conditions behind key specs and re-check the margins that were tightest during bring-up.
  • Before looking at performance tables, lock package/case B, Axial, mounting Through Hole, packaging Bulk and verify the system envelope (temperature -65°C ~ 175°C (TJ)) to avoid a non-drop-in swap.
  • If you are qualifying a second source, align documentation/traceability requirements early to avoid surprises in procurement.
  • To speed up alternate matching, provide your must-have constraints (package B, Axial) and any compliance/traceability needs.
FAQ

Who is the manufacturer of 1N6355?
Microchip Technology

How do I confirm compatibility for 1N6355?
Match mechanical footprint first, then verify electrical limits and operating conditions against your system constraints.

What package type does 1N6355 come in?
B, Axial

Which Tolerance is specified for 1N6355?
±5%

Application Scenarios

Microchip Technology 1N6355 is listed under the Single Zener Diodes category and is commonly used when correctness, reliability, and qualification repeatability matter. In practice, they are typically used for rectification and current steering where recovery behavior and leakage influence heat and noise in real operation. In practice, they often appear in power stages for rectification and polarity protection where predictable recovery and thermal margins matter. In consumer adapters, clamping and recovery behavior influence reliability during hot-plug and surge stress. In industrial power supplies and rectifiers, diode stages handle repetitive stress where thermal paths and mounting quality dominate long-term reliability. Across traction and industrial drives, rectifier modules and diode stages must tolerate surge and thermal cycling while maintaining stable leakage and recovery behavior. Within practice, this translates into cleaner bring-up, fewer edge-case escapes, and easier long-term maintenance.

Compatibility Advice
  • To avoid late surprises, check thermal paths and mounting so junction temperature remains predictable under the real current waveform. This keeps integration from depending on typical-only conditions.
  • In qualification work, check thermal paths and mounting so junction temperature remains predictable under the real current waveform. This avoids one-off tuning in production.
  • On the assembled PCB, validate recovery behavior and dv/dt interactions with wiring inductance so commutation does not create overvoltage or EMI surprises. This avoids one-off tuning in production.
Project Fit
  • Usually not a good fit when integrating Microchip Technology 1N6355 for Single Zener Diodes, surge waveforms and wiring inductance are unknown, so stress and margin cannot be proven, because the key behaviors cannot be confirmed on the assembled system.
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