CPF0805B240RE TE Connectivity Resistor (Resistor Chip) In Stock

Name: CPF0805B240RE
Brand: TE Connectivity
SKU: CPF0805B240RE
Availability: InStock

TE Connectivity CPF0805B240RE is a 240 Ω precision thin film surface mount resistor in an 0805 case with ±0.1% tolerance, 0.1 W power rating, and a low ±25 ppm/°C temperature coefficient for stable resistance over temperature. It is engineered for precision analog instrumentation, sensor circuits, and measurement front-ends requiring tight accuracy. Available from authorized distributors with worldwide shipping.

OBSOLETEResistorVerified Jul 2026

Package / Visual Reference

CPF0805B240REResistor Chip

Quick Facts

Manufacturer: TE Connectivity
Package: Resistor Chip
Pin Count: 2
Lifecycle: OBSOLETE
Datasheet: CPF0805B240RE Datasheet PDF
Category: Resistor
Temp Range: -55.0°C to 155.0°C
RoHS: Compliant
Lead Time: 3–7 business days
Shipping: DHL Express · Worldwide

What are the key features of CPF0805B240RE?

240 Ω resistance at ±0.1% tolerance ensures accurate signal conditioning in precision analog and instrumentation designs
Low ±25 ppm/°C temperature coefficient minimizes resistance drift over the full operating temperature range
0.1 W power rating in a compact 0805 SMT package (2.0 × 1.25 × 0.55 mm) for space-efficient placement
Precision thin film construction delivers superior noise performance and long-term stability versus thick film alternatives

What is CPF0805B240RE used for?

The CPF0805B240RE is used in precision analog instrumentation, data acquisition front-ends, and sensor bridge circuits where 240 Ω resistance accuracy at ±0.1% and ±25 ppm/°C drift are critical to measurement stability. Its thin film construction ensures low noise and excellent long-term stability in medical diagnostic equipment, industrial transmitters, and test and measurement instruments. This resistor also suits precision voltage dividers, reference circuits, and operational amplifier feedback networks demanding tight tolerance and low tempco performance.

What are the specifications of CPF0805B240RE?

Reach Compliance Code	Compliant
YTEOL	0
Additional Feature	PRECISION
Construction	Rectangular
Mounting Feature	SURFACE MOUNT
Package Height	0.55mm
Package Length	2mm
Package Style	SMT
Package Width	1.25mm
Packing Method	TR, PAPER, 7 INCH
Rated Power Dissipation (P)	0.1W
Rated Temperature	70°C
Resistance	240Ω
Resistor Type	FIXED RESISTOR
Size Code	0805
Surface Mount	YES
Technology	THIN FILM
Temperature Coefficient	25ppm/°C
Terminal Shape	WRAPAROUND
Tolerance	0.1%
Working Voltage	100V
Package	Resistor Chip

Compliance & Regulatory

RoHS Status	Compliant
Lead-Free	Yes (Pb-Free)
ECCN	EAR99
HTS Code	8533.21.00.30

Where can I find the CPF0805B240RE datasheet?

CPF0805B240RE Datasheet Download

Official datasheet from TE Connectivity

What are equivalent replacements for CPF0805B240RE?

No known alternates. Submit an RFQ and our team can suggest alternatives.

Frequently Asked Questions

What resistance, tolerance, and temperature coefficient does the CPF0805B240RE offer for precision circuit design?

The CPF0805B240RE delivers a 240 Ω resistance value with ±0.1% tolerance and a ±25 ppm/°C temperature coefficient at a 0.1 W power rating, providing highly stable and accurate performance for precision analog signal conditioning, instrumentation amplifiers, and sensor bridge networks.

Which high-accuracy measurement systems benefit most from using the CPF0805B240RE thin film resistor?

Precision sensor bridges, medical diagnostic front-ends, industrial transmitters, and data acquisition systems benefit most, as the 240 Ω at ±0.1% tolerance and ±25 ppm/°C drift ensure that measurement accuracy is maintained across the full operating temperature range without recalibration.

How does the CPF0805B240RE compare to standard thick film 0805 resistors for analog precision applications?

The CPF0805B240RE's thin film construction achieves ±25 ppm/°C temperature coefficient and ±0.1% tolerance, far superior to the typical ±100 ppm/°C and ±1% of standard thick film 0805 devices, making the 240 Ω CPF series the correct choice wherever feedback or divider networks must maintain accuracy across wide temperature swings.

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