TE Connectivity CRG Series Thick Film Surface Mount Fixed Resistor 0805 Case 100kΩ ±1% 0.125W ±100ppm/°C
- TE Connectivity
單價（不含稅） /個 (每包:50個)
|單位||Per unit||Per Pack*|
|50 - 200||TWD3.40||TWD170.00|
- TE Connectivity
0805 Format CRG0805 Series SMD
The CRG0805 range of SMD fixed resistors come from the TE Connectivity CRG series. They are all house in a 0805 industry standard package size. The CRG0805 devices range from 1 ohm to 10M and tolerances of 1% and 5%. They also include zero ohm links.
Type CRG0805 thick film resistors are powerful devices within a compact package. They are perfect for industrial applications and general purpose use. Example applications include; high frequency operation, owing to the short lead structure and low capacitance.
Features and Benefits
This thick film series comes in a variety of resistance ranging from 0 Ω to 10 MΩ.
Terminal finish: Matte Sn
Moisture sensitivity level: Level 2
Working to an operating temperature of -55°C to +125 °C
Pack size: 0805
Precious metal terminations are printed on to a ceramic base and fired. The resistive element is then screen printed and the passivation layer added. The resistor is trimmed to tolerance by a laser. The Prescribed tile is broken into strips, the end plating is fired and the strips broken into individual components. Final termination is made by electroplating
What is MSL? (Moisture Sensitivity Level)
Moisture sensitivity level relates to the handling and packaging precautions on semiconductors and passive components.
Moisture sensitivity level: Level 2 (1 year <+30/60%)
What is a 0805 pack size?
0805 represents the dimensions of the SMD package footprint. A 0805 package measures 2 x 1.25 mm (length x width) which is 0.08 x 0.05 inches.
Thick film resistors with a high power to size ratio
A range from 1 ohm to 10M and tolerances of 1% and 5%, including zero ohm links
Matte Sn terminal finish
|Dimensions||2 x 0.5mm|
|Minimum Operating Temperature||-55°C|
|Maximum Operating Temperature||+125°C|
|Minimum Temperature Coefficient||-100ppm/°C|
|Maximum Temperature Coefficient||+100ppm/°C|