150K Ohm 154 0805 SMD Resistor 1/8W ±5% Tolerance High Value Precision Chip Resistor for Voltage Dividers & PullUp Circuits

Specifications  

• 150K Ohm 154 0805 SMD Resistor 1/8W
• Resistance Value: 150K Ohm (154)  
• Package Size: 0805 (2012 Metric)  
• Power Rating: 1/8W (0.125W)  
• Tolerance: ±5%  
• Technology: Thick Film  
• Operating Temperature Range: -55°C to +155°C  
• Maximum Working Voltage: 150V  
• Dimensions (L x W x H): 2.0 mm × 1.25 mm × 0.50 mm  
• RoHS Compliant: Yes 

 Features  

• Compact 0805 package suitable for high-density PCB layouts  
• ±5% tolerance delivers consistent accuracy in high-kilo-ohm range  
• 1/8W (0.125W) power rating perfect for low to ultra-low current uses  
• Thick film technology provides very high insulation resistance and low drift  
• Wide operating temperature range (-55°C to +155°C)  
• RoHS compliant and lead-free manufacturing  
• Excellent solderability for both reflow and hand soldering  
• The 150K Ohm (154) 0805 SMD Resistor is a high-value precision component engineered for applications demanding significant resistance with extremely low current flow and high-impedance characteristics. With ±5% tolerance and a 1/8W power rating, it is widely utilized in high-impedance voltage divider networks for analog sensor scaling, precision ADC input conditioning, reference voltage generation, and low-noise signal processing, as well as pull-up/pull-down resistors in high-impedance digital inputs, microcontroller GPIO pins with weak pull requirements, open-drain configurations, and battery-powered logic circuits where minimizing leakage current is critical. It also excels in very low-current limiting for specialized LED indicators, high-resistance biasing in precision analog front-ends, instrumentation amplifiers, feedback networks, and leakage-sensitive measurement or control circuits.
• Thick film technology ensures very high insulation resistance, extremely low leakage current, low parasitic capacitance, minimal voltage coefficient, low noise contribution, and robust long-term stability against humidity, thermal cycling, voltage stress, and aging effects—providing consistent and dependable performance in precision instrumentation, sensor interfaces, battery management systems, industrial control panels, audio equipment, and consumer electronics requiring stable high-value resistance.
• The standard 0805 footprint offers an optimal balance of miniaturization, thermal dissipation, and soldering reliability, making it suitable for both high-volume automated SMT production and manual prototyping or repair work.
• Fully RoHS compliant and produced under strict quality controls, this resistor delivers consistent, cost-effective high-value performance trusted by engineers and designers for accurate and repeatable results in high-impedance analog and digital applications. 

What is the price of 150K Ohm 154 0805 SMD Resistor 1/8W ±5% Tolerance in Bangladesh?

The latest price of 150K Ohm 154 0805 SMD Resistor 1/8W in Bangladesh starts from Price: ৳21.00 taka for 10 Pcs Resistor. You can buy this product at a better and cheaper price from our website and also you can visit our warehouse between work hours 10am to 8pm.

Buy 150K Ohm 154 0805 SMD Resistor 1/8W ±5% Tolerance in Bangladesh from online at Dunia.com.bd.

In Bangladesh, you can get original 150K Ohm 154 0805 SMD Resistor 1/8W From Dunia.com.bd. We have few collection of latest Resistor to purchase. Order Electronics Component Online at our website Or Visit our warehouse to get your product at lowest price.

FAQ  

1. What is the resistance value?
   Exactly 150K Ohms (150,000 Ohms), marked as 154.  
2. What package is it?
   Standard 0805 SMD (2012 Metric).  
3. Power rating?
   1/8W (0.125W).  
4. Tolerance?
   ±5%.  
5. Maximum voltage?
   150V.  
6. Temperature range?
   -55°C to +155°C.  
7. Soldering method?
   Reflow/hand supported.  
8. RoHS?
   Yes, compliant.  
9. Marking?
   “154”.  
10. Common applications?
    High-impedance voltage dividers, MCU/digital pull-up/pull-down, very low-current limiting, precision analog/sensor biasing.