Products
- Sensors[6]
- Resistors[6]
- Temperature Instruments[6]
Contact Us
- Contact Person : Ms. yang grace
- Company Name : Beijing Duyahengxin Electronic Co., Ltd.
- Tel : 86-010-89473225
- Fax : 86-010-89473225
- Address : Beijing,beijing,No.3 Caiyuan Road,Nancai Town Beijing China
- Country/Region : China
Temperature Instruments
Fire temperature probe NTC Thermistors
Product reflect speed fast ,Consistency and stability is very good!
Features:1)Choose the NTC thermistors chip,Resistance parameters range: 0-1000kΩRetance precision scope: ±0.2%-±5%B value parameters:3270K-4400KB value precision:±1%-±2%2). The...
Fire temperature probe NTC Thermistors
Product reflect speed fast ,Consistency and stability is very good!
Features:1)Choose the NTC thermistors chip,Resistance parameters range: 0-1000kΩRetance precision scope: ±0.2%-±5%B value parameters:3270K-4400KB value precision:±1%-±2%2). The...
Fire temperature probe NTC Thermistors
Product reflect speed fast ,Consistency and stability is very good!
Features:1)Choose the NTC thermistors chip,Resistance parameters range: 0-1000kΩRetance precision scope: ±0.2%-±5%B value parameters:3270K-4400KB value precision:±1%-±2%2). The...
Fire temperature probe NTC Thermistors
Product reflect speed fast ,Consistency and stability is very good!
Features:1)Choose the NTC thermistors chip,Resistance parameters range: 0-1000kΩRetance precision scope: ±0.2%-±5%B value parameters:3270K-4400KB value precision:±1%-±2%2). The...
Fire temperature probe NTC thermistors
Product reflect speed fast ,Consistency and stability is very good!
Features:1)Choose the NTC thermistors chip,Resistance parameters range: 0-1000kΩRetance precision scope: ±0.2%-±5%B value parameters:3270K-4400KB value precision:±1%-±2%2). The...
NTC Thermistors for fire temperature probe
1)Product reflect speed fast
2)Consistency and stability is very good!
Features:1)Choose the NTC thermistors chip,Resistance parameters range: 0-1000kΩRetance precision scope: ±0.2%-±5%B value parameters:3270K-4400KB value precision:±1%-±2%2)....
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