RP73PF1J90R9BTDF – TE CONNECTIVITY

 
Part Number:
RP73PF1J90R9BTDF
 
 
Manufacturer:
 
 
Date Code:
15
 
 
RoHS:
RoHS Compliant
 
 
MSL:
 
 
COO:
 
 
Description:

1-2176087-3: 0603 Resistor, 90.9Ω, 0.1%, 25PPM

 
 
Datasheet:
 
 
Spotted a problem with product information? – let us know
ORDER NOW

Stock Quantity: 1000

Selling Unit: Each

Quantity Price (ex VAT)
1+ 0.15
10+
50+
100+

1000 in stock

Contact us for volume pricing

  • Same day shipping if ordered before 14.00 GMT
  • 6 month warranty on all stock items
  • All stock held and shipped from our UK warehouse
  • Worldwide shipping available, contact us for a quotation
  • We can ship on your DHL or UPS account if required
  • Any import duties or taxes are the responsibility of the receiver
 
Product Details:

Overview

The TE Connectivity RP73PF1J90R9BTDF is a high-precision 0603 (1608 metric) thin-film surface-mount resistor designed for applications demanding stringent resistance stability. Its defining characteristic is a tight 0.1% tolerance coupled with a low 25 PPM/°C temperature coefficient, ensuring consistent performance across a wide operating range of -55°C to +155°C. A critical design consideration for such precision components is managing thermal dissipation; while rated at 100mW, designers must account for potential self-heating in high-current, low-resistance applications to maintain the specified accuracy and prevent premature component degradation.

Key Features

  • Resistance: 90.9 Ohms
  • Tolerance: ±0.1%
  • Temperature Coefficient: ±25 PPM/°C
  • Power Rating: 100 mW (1/10 W)
  • Maximum Operating Voltage: 100 V
  • Dimensions: 1.55 mm (L) x 0.8 mm (W) x 0.45 mm (H)

Applications

The component is engineered for deployment in systems requiring high reliability and performance under specific operating conditions. It provides functional stability across the stated design envelope.

  • Precision voltage dividers in analog signal conditioning circuits.
  • Reference resistor in high-accuracy sensor interfaces.
  • Current sensing in low-power, high-resolution measurement systems.
  • Gain setting in operational amplifier feedback networks.
 
 
Spotted a problem with product information? – let us know