Detail NEW Step-Down High-Voltage Buck Converter Regulator Module 10V~80V to 3.3/5/6/9/12V
3.3V : Input voltage 10~80V,output 3.3V Maximum output current 1A DC-DC high-voltage Step-Down Converter module working frequency 150KHz. Maximum conversion efficiency is 85% . Quiescent current: about 2.5mA Operating Temperature : –40°C to +85°C Size : 59 x 30 x 16mm Weight : With terminal 19g;No terminal 15.5g
5V : Input voltage 10~80V,output 5V Maximum output current 1A DC-DC high-voltage Step-Down Converter module working frequency 150KHz. Maximum conversion efficiency is 85% . Quiescent current: about 2.5mA Operating Temperature : –40°C to +85°C Size : 59 x 30 x 16mm Weight : With terminal 19g;No terminal 15.5g
6V : Input voltage 10~80V,output 6V Maximum output current 1A DC-DC high-voltage Step-Down Converter module working frequency 150KHz. Maximum conversion efficiency is 85% . Quiescent current: about 2.5mA Operating Temperature : –40°C to +85°C Size : 59 x 30 x 16mm Weight : With terminal 19g;No terminal 15.5g
9V : Input voltage 10~80V,output 9V Maximum output current 0.75A DC-DC high-voltage Step-Down Converter module working frequency 150KHz. Maximum conversion efficiency is 85% . Quiescent current: about 2.5mA Operating Temperature : –40°C to +85°C Size : 59 x 30 x 16mm Weight : With terminal 19g;No terminal 15.5g
12V : Input voltage 14~80V,output 12V Maximum output current 0.75A DC-DC high-voltage Step-Down Converter module working frequency 150KHz. Maximum conversion efficiency is 85% . Quiescent current: about 2.5mA Operating Temperature : –40°C to +85°C Size : 59 x 30 x 16mm Weight : With terminal 19g;No terminal 15.5g
15V : Input voltage 17~80V,output 15V Maximum output current 0.75A DC-DC high-voltage Step-Down Converter module working frequency 150KHz. Maximum conversion efficiency is 85% . Quiescent current: about 2.5mA Operating Temperature : –40°C to +85°C Size : 59 x 30 x 16mm Weight : With terminal 19g;No terminal 15.5g
Attention : This is a DC-DC voltage converter module,Must be noted when using: 1 Input voltage can not be greater than the maximum input range 2 Output power can not be greater than the maximum load for a long time 3 Input power must be greater than the output power, because the power consumption of the module itself