Microchip Technology
Microchip JAN1N965B-1 Zener Diodes 15V 500mW 5µA
Zener Diodes · Microchip Technology
MPNJAN1N965B-1
Microchip JAN1N965B-1 JAN Series 15 V ±5% 500 mW Through Hole Silicon Zener Diode - DO-35
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Product Overview
Product narrative for the Microchip Technology part JAN1N965B-1. Read this before you compare alternates or open an RFQ.
Microchip JAN1N965B-1 JAN Series 15 V ±5% 500 mW Through Hole Silicon Zener Diode - DO-35
Microchip JAN1N965B-1 Zener Diodes Overview
JAN Series 15 V ±5% 500 mW Through Hole Silicon Zener Diode - DO-35
Key Features of Microchip JAN1N965B-1 Zener Diodes
- Engineered to power Dissipation: 500mW, supporting dependable performance in real-world designs.
- Engineered to zener Voltage: 15V, supporting dependable performance in real-world designs.
- Engineered to max Reverse Leakage Current: 5µA, supporting dependable performance in real-world designs.
Microchip JAN1N965B-1 Zener Diodes Applications
Signal Conditioning & Interface Protection
- Commonly applied in industrial monitoring gateway signal protection; Vz: 12V; Power: 1W; Package: SMA, supporting stable and efficient system performance.
- Well-suited for embedded gateway signal clamping; Vz: 6.2V; Power: 0.5W; Package: SOD-123, helping designers meet typical integration requirements.
- Commonly applied in telecom signal line transient suppression; Vz: 15V; Power: 1W; Package: SMA, supporting stable and efficient system performance.
- Often used in pLC analog module input protection; Vz: 30V; Power: 1W; Package: DO-41, where predictable behavior and reliability are important.
- Commonly applied in vision system sensor input protection; Vz: 5.1V; Power: 0.25W; Package: SOD-323, supporting stable and efficient system performance.
Automotive Electronics
- Often used in eCU input signal over-voltage protection; Vz: 5.1V; Power: 1W; Package: DO-41, where predictable behavior and reliability are important.
- Commonly applied in parking sensor signal over-voltage protection; Vz: 6.2V; Power: 0.5W; Package: DO-41, supporting stable and efficient system performance.
- Often used in oBD system signal clamping; Vz: 15V; Power: 2W; Package: SMA, where predictable behavior and reliability are important.
- Often used in automotive lighting control module protection; Vz: 12V; Power: 1W; Package: DO-41, where predictable behavior and reliability are important.
- Often used in vehicle gateway module protection circuitry; Vz: 24V; Power: 2W; Package: SMB, where predictable behavior and reliability are important.
Power Management & Regulation
- Often used in over-voltage protection for backup batteries; Vz: 24V; Power: 2W; Package: SMB, where predictable behavior and reliability are important.
- Commonly applied in shunt regulation in auxiliary DC outputs; Vz: 5.6V; Power: 0.5W; Package: DO-41, supporting stable and efficient system performance.
- Often used in voltage limiting in auxiliary SMPS outputs; Vz: 12V; Power: 1W; Package: SOD-123, where predictable behavior and reliability are important.
- Commonly applied in brown-out detection reference circuit; Vz: 3.3V; Power: 0.25W; Package: SOD-323, supporting stable and efficient system performance.
- Well-suited for dC input protection for control electronics; Vz: 18V; Power: 1W; Package: SMA, helping designers meet typical integration requirements.
Consumer Electronics
- Commonly applied in consumer charger feedback signal protection; Vz: 6.2V; Power: 0.5W; Package: SOD-123, supporting stable and efficient system performance.
- Well-suited for remote control input protection circuitry; Vz: 3.3V; Power: 0.25W; Package: SOD-323, helping designers meet typical integration requirements.
- Commonly applied in logic supply clamping in handheld devices; Vz: 3.3V; Power: 0.25W; Package: SOD-323, supporting stable and efficient system performance.
- Often used in aR device power input over-voltage protection; Vz: 5.1V; Power: 0.5W; Package: SOD-123, where predictable behavior and reliability are important.
- Commonly applied in wireless earbud charging circuit clamping; Vz: 5.1V; Power: 0.5W; Package: SOD-123, supporting stable and efficient system performance.
Industrial Automation & Control
- Well-suited for general-purpose industrial control signal protection; Vz: 6.8V; Power: 0.5W; Package: DO-41, helping designers meet typical integration requirements.
- Well-suited for development kit power input protection; Vz: 12V; Power: 1W; Package: DO-41, helping designers meet typical integration requirements.
- Often used in surgical equipment signal over-voltage protection; Vz: 12V; Power: 1W; Package: DO-41, where predictable behavior and reliability are important.
- Commonly applied in engineering evaluation board signal protection; Vz: 5.1V; Power: 0.25W; Package: SOD-323, supporting stable and efficient system performance.
- Commonly applied in dC bus transient suppression in solar systems; Vz: 48V; Power: 5W; Package: DO-201, supporting stable and efficient system performance.
Design Resources
6 guides related to JAN1N965B-1 and zener diodes topics — background reading before you freeze the schematic.
GUIDEDiode Symbols and Their Functionality: A Complete Guide to Reading Common DiodesRead guide →GUIDEIndustrial Electronic Components: Types, Applications, and Sourcing GuideRead guide →GUIDEBody Control Module (BCM) – The Central Hub of Vehicle Body ElectronicsRead guide →GUIDEUnderstanding Silicon Controlled Rectifiers and How They WorkRead guide →GUIDEWhat Is a Parasitic Diode? Causes, Effects, and Design ConsiderationsRead guide →GUIDECircuit Board Components: A Practical Guide to Identification, Functions, and LabelsRead guide →
Frequently Asked Questions
Short answers for sourcing JAN1N965B-1 from Microchip Technology: what to confirm before you place the order.
What is JAN1N965B-1?
Microchip JAN1N965B-1 JAN Series 15 V ±5% 500 mW Through Hole Silicon Zener Diode - DO-35
What type of component is JAN1N965B-1?
JAN1N965B-1 is a Zener Diodes from Microchip Technology.
Is JAN1N965B-1 in stock at MOZ Electronics?
JAN1N965B-1 is listed as in stock. Order online when a price is shown, or submit an RFQ for volume pricing and lead time.
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