Electronic/Electrical Parts and Controll Equipments
64-0216-82 43.2kΩ 1206 Thick Film SMD Resistor ±1% 0.25W - CRCW120643K2FKEA CRCW120643K2FKEA
Product Description
Product Model: 64-0216-82Product Brand: Vishay Features […]
Contact Us
Product Details
Product Model: 64-0216-82
Product Brand: Vishay
Features
- 1206 CRCW Series Surface Mount Fixed Resistor - 1% (Paper T/R) (10kΩ to 5.6MΩ). From Vishay, the CRCW series consists of surface mount thick film resistors. These SMD resistors are constructed from a high quality ceramic with a metal glaze. With pure tin plated solder contacts, you can *** soldering processes that either contain lead or are lead-free. Features and benefits:. 1206 package size. Available with resistance values ranging from 0 Ω to 10 MΩ. Protective overglaze. Excellent stability (ΔR/R ≤ 1 % for 1000h at +70 °C). Wide operating temperature range of -55°C to +155°C. ±1% tolerance. Applications:. These SMD resistors are suited to a wide range of applications include telecommunication equipment, cameras and computers. With an AEC-Q200 qualification, these SMD resistors are also suitable for automotive applications.
Spec
- Quantity:1bag(50pieces)
- Resistance:43.2kΩ
- Technology:Thick Film
- Package/Case:1206 (3216M)
- Tolerance:±1%
- Power Rating:0.25W
- Temperature Coefficient:±100ppm/°C
- Series:CRCW
- Minimum Operating Temperature:-55°C
- Maximum Operating Temperature:+155°C
- CODE No.:679-2143
Related product recommendations
You may also be interested in the following products
63-8204-65 Amphenol Straight SSL1.2 to Unterminated Connecter, 2 Core 400mm Cable SSL12-P2LP0-M20A04
model: 63-8204-65
brand: Amphenol
63-7582-57 Phoenix Contact ME 6.2 TBUS-2 1.5/5-ST-3.81, Analogue Output, Power Bus Connector 2869728
model: 63-7582-57
brand: Phoenix Contact
63-8200-70 RS PRO Yellow/Black Barrier, 600mm x 600mm. 174-5900
model: 63-8200-70
brand: RS PRO
63-7816-51 Wurth Elektronik 6877 FFC Jumper Cable, 0.5mm Pitch, 30 Way, 200mm Cable Length, 500 mA, 60 V ac 687730200002
model: 63-7816-51
brand: Wurth Elektronik