STMicroelectronics LDR fiche technique

No.	Partie #	Fabricant	Description
1	LDR1825	STMicroelectronics	VERY LOW DROP DUAL VOLTAGE REGULATOR The very low drop-voltage Figure 1: Block Diagram VI1 POWER 1 (0.5V) and the very low supply current make it particularly suitable for low noise and low power applications such as PDA, MICRODRIVE and other data storage applications while the used h
2	LDR1833	STMicroelectronics	VERY LOW DROP DUAL VOLTAGE REGULATOR The very low drop-voltage Figure 1: Block Diagram VI1 POWER 1 (0.5V) and the very low supply current make it particularly suitable for low noise and low power applications such as PDA, MICRODRIVE and other data storage applications while the used h
3	LDR1825PT-R	STMicroelectronics	VERY LOW DROP DUAL VOLTAGE REGULATOR The very low drop-voltage Figure 1: Block Diagram VI1 POWER 1 (0.5V) and the very low supply current make it particularly suitable for low noise and low power applications such as PDA, MICRODRIVE and other data storage applications while the used h
4	LDR2518	STMicroelectronics	VERY LOW DROP DUAL VOLTAGE REGULATOR The very low drop-voltage Figure 1: Block Diagram VI1 POWER 1 (0.5V) and the very low supply current make it particularly suitable for low noise and low power applications such as PDA, MICRODRIVE and other data storage applications while the used h
5	LDR1825K7-R	STMicroelectronics	VERY LOW DROP DUAL VOLTAGE REGULATOR The very low drop-voltage Figure 1: Block Diagram VI1 POWER 1 (0.5V) and the very low supply current make it particularly suitable for low noise and low power applications such as PDA, MICRODRIVE and other data storage applications while the used h
6	LDR1833K7-R	STMicroelectronics	VERY LOW DROP DUAL VOLTAGE REGULATOR The very low drop-voltage Figure 1: Block Diagram VI1 POWER 1 (0.5V) and the very low supply current make it particularly suitable for low noise and low power applications such as PDA, MICRODRIVE and other data storage applications while the used h
7	LDR1833PT-R	STMicroelectronics	VERY LOW DROP DUAL VOLTAGE REGULATOR The very low drop-voltage Figure 1: Block Diagram VI1 POWER 1 (0.5V) and the very low supply current make it particularly suitable for low noise and low power applications such as PDA, MICRODRIVE and other data storage applications while the used h
8	LDR2533	STMicroelectronics	VERY LOW DROP DUAL VOLTAGE REGULATOR The very low drop-voltage Figure 1: Block Diagram VI1 POWER 1 (0.5V) and the very low supply current make it particularly suitable for low noise and low power applications such as PDA, MICRODRIVE and other data storage applications while the used h
9	LDR2533PT-R	STMicroelectronics	VERY LOW DROP DUAL VOLTAGE REGULATOR The very low drop-voltage Figure 1: Block Diagram VI1 POWER 1 (0.5V) and the very low supply current make it particularly suitable for low noise and low power applications such as PDA, MICRODRIVE and other data storage applications while the used h
10	LDR3318	STMicroelectronics	VERY LOW DROP DUAL VOLTAGE REGULATOR The very low drop-voltage Figure 1: Block Diagram VI1 POWER 1 (0.5V) and the very low supply current make it particularly suitable for low noise and low power applications such as PDA, MICRODRIVE and other data storage applications while the used h
11	LDR2518K7-R	STMicroelectronics	VERY LOW DROP DUAL VOLTAGE REGULATOR The very low drop-voltage Figure 1: Block Diagram VI1 POWER 1 (0.5V) and the very low supply current make it particularly suitable for low noise and low power applications such as PDA, MICRODRIVE and other data storage applications while the used h
12	LDR2518PT-R	STMicroelectronics	VERY LOW DROP DUAL VOLTAGE REGULATOR The very low drop-voltage Figure 1: Block Diagram VI1 POWER 1 (0.5V) and the very low supply current make it particularly suitable for low noise and low power applications such as PDA, MICRODRIVE and other data storage applications while the used h
13	LDR2533K7-R	STMicroelectronics	VERY LOW DROP DUAL VOLTAGE REGULATOR The very low drop-voltage Figure 1: Block Diagram VI1 POWER 1 (0.5V) and the very low supply current make it particularly suitable for low noise and low power applications such as PDA, MICRODRIVE and other data storage applications while the used h
14	LDR3325	STMicroelectronics	VERY LOW DROP DUAL VOLTAGE REGULATOR The very low drop-voltage Figure 1: Block Diagram VI1 POWER 1 (0.5V) and the very low supply current make it particularly suitable for low noise and low power applications such as PDA, MICRODRIVE and other data storage applications while the used h
15	LDRXXYY	STMicroelectronics	VERY LOW DROP DUAL VOLTAGE REGULATOR The very low drop-voltage Figure 1: Block Diagram VI1 POWER 1 (0.5V) and the very low supply current make it particularly suitable for low noise and low power applications such as PDA, MICRODRIVE and other data storage applications while the used h