The naming method for domestic surface mount resistors: R - represents resistance, K - represents temperature coefficient of 100PPM, with a precision of 102-5%. Resistance value representation method: the first two digits represent significant figures, the third digit represents how many zeros there are, and the basic unit is Ω. 102=1000 Ω=1K Ω.
The naming method for domestic surface mount resistors: R - represents resistance, K - represents temperature coefficient of 100PPM, with a precision of 102-5%. Resistance value representation method: the first two digits represent significant figures, the third digit represents how many zeros there are, and the basic unit is Ω. 102=1000 Ω=1K Ω.
The naming method for domestic surface mount resistors: R - represents resistance, K - represents temperature coefficient of 100PPM, with a precision of 102-5%. Resistance value representation method: the first two digits represent significant figures, the third digit represents how many zeros there are, and the basic unit is Ω. 102=1000 Ω=1K Ω.
The naming method for domestic surface mount resistors: R - represents resistance, K - represents temperature coefficient of 100PPM, with a precision of 102-5%. Resistance value representation method: the first two digits represent significant figures, the third digit represents how many zeros there are, and the basic unit is Ω. 102=1000 Ω=1K Ω.
The naming method for domestic surface mount resistors: R - represents resistance, K - represents temperature coefficient of 100PPM, with a precision of 102-5%. Resistance value representation method: the first two digits represent significant figures, the third digit represents how many zeros there are, and the basic unit is Ω. 102=1000 Ω=1K Ω.
The naming method for domestic surface mount resistors: R - represents resistance, K - represents temperature coefficient of 100PPM, with a precision of 102-5%. Resistance value representation method: the first two digits represent significant figures, the third digit represents how many zeros there are, and the basic unit is Ω. 102=1000 Ω=1K Ω.
VICTORLANDS(HK)TECHNOLOGY CO.,LIMITEDmsw@victorlands.hk (Mr. Mo) victor09@victorlands.hk (Mr. Lin)Add:RM B3、19/F TUNG LEE COMM BLDG91-97 JERVOIS ST SHEUNG WANHONG KONG