2Watt 270K Ohm Resistor Power Resistor 2W 270K Ohm Metal Film Resistor 270K Ohm Resistor 2 Watt Metal Oxide Film Axial Lead ±5% Tolerance Passive Components

Description: 2Watt 270K Ohm Resistor Power Resistor

2Watt 270K Ohm Resistor Power Resistor 2W 270K Ohm Metal Film Resistor 270K Ohm Resistor 2 Watt Metal Oxide Film Axial Lead ±5% Tolerance Passive Components

This is a great 2W metal oxide power resistor. Perfect for all 2W resistor applications. Especially well suited for high pulse current conditions as found in power supplies. Metal Oxide resistors are for applications where stability under high temperature conditions is required.

Features:

• Metal oxide film resistors exceed the performance of metal film and carbon film for the following properties: operate at higher temperatures; produce low noise; small size; high stability; high reliability.
• The metal oxide film resistors have 5% tolerance. The temperature coefficient is around -55℃～155℃.
• The metal oxide film resistor is made by coating the ceramic core with metal oxide The antimony oxide is added to the tin oxide to increase its resistivity.
• Durable and easy to install
• Very convenient and practical
• High precision and stability
• Automatic insertion is applicable
• Very popular among the electronic lovers
• Many type of Metal oxide film resistors assorted, can meet your different demand.
• Noted: Different Resistance on this listing, please check what you need correctly before purchasing.

Specifications:

• Rated Power: 2W;
• Maximum working voltage:500V;
• Maximum overload voltage:1000V;
• Maximum pulse voltage:1500V;
• Dielectric withstanding voltage:700V
• Operating temperature range:-55℃～155℃;
• Resistance Values (Ohm):270K;
• Resistance Tolerance (%):5%;
• Packaging: Axial;
• Body Size:24.5±2.0 mm x 8.0±1.0 mm（LxD)
• Total Length:86.5±5.0mm;
• Lead Wire Size:31±5mm x 0.7±0.1mm(LxD)

Package Include:

• 1 x 2Watt 270K Ohm Resistor Power Resistor 2W 270K Ohm Metal Film Resistor 270K Ohm Resistor 2 Watt Metal Oxide Film Axial Lead ±5% Tolerance Passive Components