电源 - 板载 PT6675G品牌、价格、PDF参数

PT6675G • 品牌、价格
元器件型号 厂商 描述 数量 价格
PT6675G Texas Instruments REG 5V-9V 3A SIP HORZ HT 0
PT6675F Texas Instruments REG 5V-9V 3A SIP W/CU ST HSMD 0
PT6675E Texas Instruments REG 5V-9V 3A SIP HSMD 0
PT6675D Texas Instruments REG 5V-9V 3A SIP HORZ 0
PT6675B Texas Instruments REG 5V-9V 3A SIP HSMD HT 0
PT6674R Texas Instruments REG 5V-12V 2A SIP VERT HORZ HT 0
PT6674Q Texas Instruments REG 5V-12V 2A SIP W/CU ST TH 0
PT6674M Texas Instruments REG 5V-12V 2A SIP W/CU HS TH 0
PT6674L Texas Instruments REG 5V-12V 2A SIP W/CU HS HSMD 0
PT6674G Texas Instruments REG 5V-12V 2A SIP HORZ HT 0
PT6674B Texas Instruments REG 5V-12V 2A SIP HSMD HT 0
PT6673R Texas Instruments REG 3.3V-12V 1.25A SIP VERT HORZ 0
PT6673Q Texas Instruments REG 3.3V-12V 1.25A SIP W/CU ST 0
PT6673M Texas Instruments REG 3.3V-12V 1.25A SIP W/CU HS 0
PT6673L Texas Instruments REG 3.3V-12V 1.25A SIP W/CU HSMD 0
PT6673G Texas Instruments REG 3.3V-12V 1.25A SIP HORZ HT 0
PT6673B Texas Instruments REG 3.3V-12V 1.25A SIP HSMD HT 0
PT6672R Texas Instruments REG 3.3V-9V 1.67A SIP VERT HORZ 0
PT6672Q Texas Instruments REG 3.3V-9V 1.67A SIP W/CU ST TH 0
PT6672P Texas Instruments REG 3.3V-9V 1.67A SIP VERT 0
PT6672M Texas Instruments REG 3.3V-9V 1.67A SIP W/CU HS TH 0
PT6672L Texas Instruments REG 3.3V-9V 1.67A SIP W/CU HS HS 0
PT6672G Texas Instruments REG 3.3V-9V 1.67A SIP HORZ HT 0
PT6672F Texas Instruments REG 3.3V-9V 1.67A SIP W/CU ST HS 0
PT6672E Texas Instruments REG 3.3V-9V 1.67A SIP HSMD 0
PT6672B Texas Instruments REG 3.3V-9V 1.67A SIP HSMD HT 0
PT6671R Texas Instruments REG 3.3V-5V 4A SIP VERT HORZ HT 0
PT6671Q Texas Instruments REG 3.3V-5V 4A SIP W/CU ST TH 0
PT6671G Texas Instruments REG 3.3V-5V 4A SIP HORZ HT 0
PT6671F Texas Instruments REG 3.3V-5V 4A SIP W/CU ST HSMD 0
PT6675G • PDF参数
类别: 电源 - 板载
类型: 非隔离(POL)
输出数: 1
电压 - 输入(最小): 4.5V
电压 - 输入(最大): 5.5V
Voltage - Output 1: 9V
Voltage - Output 2: -
Voltage - Output 3: -
电流 - 输出(最大): 3A
电源(瓦) - 制造商系列: 20W
电压 - 隔离: -
特点: -
安装类型: 通孔,直角
封装/外壳: 14-SIP 模块
尺寸/尺寸: -
包装: 托盘
工作温度: -40°C ~ 85°C
效率: 87%