ERD-S2TJ1R6V Allicdata Electronics

ERD-S2TJ1R6V Resistors

Allicdata Part #:

P1.6BATB-ND

Manufacturer Part#:

ERD-S2TJ1R6V

Price: $ 0.00
Product Category:

Resistors

Manufacturer: Panasonic Electronic Components
Short Description: RES 1.6 OHM 1/4W 5% AXIAL
More Detail: 1.6 Ohms ±5% 0.25W, 1/4W Through Hole Resistor Axi...
DataSheet: ERD-S2TJ1R6V datasheetERD-S2TJ1R6V Datasheet/PDF
Quantity: 5000
5000 +: $ 0.00214
Stock 5000Can Ship Immediately
$ 0
Specifications
Series: ERDS2
Packaging: Tape & Box (TB) 
Part Status: Obsolete
Resistance: 1.6 Ohms
Tolerance: ±5%
Power (Watts): 0.25W, 1/4W
Composition: Carbon Film
Features: --
Temperature Coefficient: ±350ppm/°C
Operating Temperature: -55°C ~ 155°C
Package / Case: Axial
Supplier Device Package: Axial
Size / Dimension: 0.067" Dia x 0.126" L (1.70mm x 3.20mm)
Height - Seated (Max): --
Number of Terminations: 2
Failure Rate: --
Description

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The ERD-S2TJ1R6V through hole resistors are designed to provide excellent performance in many applications. The resistors are designed to provide a reliable, low-cost solution by ensuring the highest quality resistors in the industry. With a wide operating temperature range and durable construction, these resistors are perfect for use in many industrial and commercial applications.

The ERD-S2TJ1R6V through hole resistors have a robust design that is well-suited for a variety of applications. These resistors are designed to provide the highest levels of resistance accuracy and stability over a broad range of temperatures. They are highly reliable, with a low voltage coefficient and a temperature coefficient of less than 10ppm/ °C. The high precision and stable characteristics of these resistors make them a perfect choice for a variety of equipment, including high-speed signal transfer lines.

The ERD-S2TJ1R6V through hole resistors are designed for a wide range of applications. These resistors can be used in signal processing systems, radio and telecom equipment, automotive electronics, industrial control systems, and consumer electronic circuits. These resistors can also be used as precision filters, high-speed signal transfer lines, and precision timing circuits.

The working principle of the ERD-S2TJ1R6V through hole resistors is based on the resistance-voltage relationship. When a current passes through the resistor, an electrical force will be generated on the resistor’s surface, which can be measured as a voltage. The amount of voltage that is generated on the surface of the resistor depends on the amount of current that is flowing through it. As such, these resistors are ideal for accurately measuring voltage in different applications.

The performance of the ERD-S2TJ1R6V through hole resistors is enhanced by the use of their unique construction. The resistors are designed with a special construction process that combines a uniform layer of metal and a spacers, which allow a consistent electrical path for the current. This construction allows for an extremely stable and accurate resistive measurement, regardless of the load. The resistors are designed to be extremely durable and have a low voltage coefficient and a temperature coefficient of less than 10ppm/ °C.

In addition to providing resistance accuracy, the ERD-S2TJ1R6V through hole resistors are also designed to provide high-speed signal transfer. These resistors are designed to withstand high-frequency signals, making them perfect for a variety of signal processing systems and communication networks. The resistors also feature a high-current handling capacity, which can be used for a variety of applications including motor control and automotive electronics.

The ERD-S2TJ1R6V through hole resistors are an excellent choice for reliable and cost-effective resistors in various applications. The robust design and high-quality construction provide superior performance and accuracy in many applications, and the resistors are designed to withstand high-speed signals. These resistors are also highly reliable and have a low voltage coefficient and a temperature coefficient of less than 10ppm/ °C, making them the perfect choice for many components and circuits.

The specific data is subject to PDF, and the above content is for reference

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