Panasonic ERJ1T 2 Ω, 2512 Thick Film Surface Mount Resistor ±1 % 1 W - ERJ1TRQF2R0U

RS Stock No.:: 721-6299
Mfr. Part No.:: ERJ1TRQF2R0U
Manufacturer:: Panasonic

Panasonic ERJ1T 2 Ω, 2512 Thick Film Surface Mount Resistor ±1 % 1 W - ERJ1TRQF2R0U

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Subtotal (1 pack of 5 units)*

PHP178.25

(exc. VAT)

PHP199.65

(inc. VAT)

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In Stock

Plus 420 unit(s) shipping from March 02, 2026
Plus 3,120 unit(s) shipping from March 09, 2026

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Units	Per Unit	Per Pack*
5 - 45	PHP35.65	PHP178.25
50 - 120	PHP33.724	PHP168.62
125 - 245	PHP31.334	PHP156.67
250 - 495	PHP29.45	PHP147.25
500 +	PHP28.356	PHP141.78

*price indicative

RS Stock No.:: 721-6299
Mfr. Part No.:: ERJ1TRQF2R0U
Manufacturer:: Panasonic

Specifications

Technical data sheets

Legislation and Compliance

Product Details

Find similar products by selecting one or more attributes.

Select all	Attribute	Value
	Brand	Panasonic
	Resistance	2Ω
	Product Type	Surface Mount Resistor
	Technology	Thick Film
	Resistor Type	Current
	Package/Case	2512
	Tolerance	±1 %
	Packaging	Embossed Carrier Tape
	Power Rating	1W
	Voltage	200 V
	Temperature Coefficient	-100 ppm/°C, +100 ppm/°C
	Automotive Standard	AEC-Q200
	Series	ERJ1T
	Minimum Operating Temperature	-55°C
	Maximum Operating Temperature	155°C
	Width	3.2 mm
	Standards/Approvals	RoHS
	Length	6.4mm
	Termination Style	Tab
	Height	0.6mm

	Select all
	Brand Panasonic
	Resistance 2Ω
	Product Type Surface Mount Resistor
	Technology Thick Film
	Resistor Type Current
	Package/Case 2512
	Tolerance ±1 %
	Packaging Embossed Carrier Tape
	Power Rating 1W
	Voltage 200 V
	Temperature Coefficient -100 ppm/°C, +100 ppm/°C
	Automotive Standard AEC-Q200
	Series ERJ1T
	Minimum Operating Temperature -55°C
	Maximum Operating Temperature 155°C
	Width 3.2 mm
	Standards/Approvals RoHS
	Length 6.4mm
	Termination Style Tab
	Height 0.6mm

Panasonic ERJ12 Thick Film Chip Resistors Datasheet

COO (Country of Origin):: JP

Panasonic ERJ1T Series SMD Resistor, 2Ω Resistance, 1W Power Rating - ERJ1TRQF2R0U

This SMD resistor is a high-precision component designed for demanding applications in the electronics sector. With a resistance value of 2Ω and featuring thick film technology, it is suitable for various electronic devices. Packaged in a 2512 resistor format, it provides reliable performance stability and is compliant with automotive standards.

Features & Benefits

• Offers a low resistance value suitable for efficient current distribution

• Utilises thick film technology for improved reliability

• Designed in a 2512 package for compact installations

• Features a power rating of 1W for versatile applications

• Exhibits a tolerance of ±1% for accurate performance

• Meets AEC-Q200 standards for automotive-grade reliability

Applications

• Used in automotive electronic control units

• Suitable for power management circuits in various devices

• Ideal for signal processing in communication systems

• Utilised in low resistance within power electronics

• Effective in industrial automation and control systems

What is the temperature range for optimal operation?

The product operates effectively within a temperature range from -55 °C to high temperatures, depending on the surrounding conditions, ensuring durability in diverse environments.

How does the ±1% tolerance impact performance?

This tolerance ensures that the resistor maintains its specified resistance value closely, providing predictable performance and reliability in critical applications.

Can this component be used in high-frequency applications?

Yes, the open design of thick film resistors allows for reduced inductance, making them suitable for high-frequency applications without significant signal loss.

What are the electrical characteristics that make it suitable for automotive use?

It meets AEC-Q200 standards, which include rigorous testing for reliability and performance, ensuring it can withstand the harsh conditions commonly encountered in automotive applications.

How does the SMD design affect circuit assembly?

The surface mount design enhances ease of assembly in automated processes, allowing for more efficient manufacturing and compact circuit layouts without compromising performance.