XT2263
natlinear
420.48kb
1.2a ultra small step-up dc/dc voltage regulator.
TAGS
📁 Related Datasheet
XT2261 - Ultra-small low voltage start PWM control boost DC/DC voltage regulator
(natlinear)
PWM DC/DC
■
XT2261 、、 DC/DC 。 PWM ,,, 。 。XT2261 3.3V , 800mA 。21uA 90% 。 。 2.2A 。
■
■
MP3PDA DSC、LCD
1MHz
.
XT224 - SMD Crystal
(YIC)
.
XT2051 - 1.0A Compatible With The USB Interface Linear Battery Management
(Silinktek)
XT2051
1.0A Compatible With The USB Interface, Linear Battery Management Chip
■ General Description
The XT2051 is a constant- current / constant- vol.
XT2052 - 1A Is Compatible With the USB Interface Linear Battery Management
(Silinktek)
XT2052
1A Compatible With the USB Interface, Linear Battery Management Chip
■ General Description
The XT2052 is a constant- current / constant- volt.
XT2054 - Standalone Linear Li-Ion Battery Charger
(Silinktek)
XT2054
Standalone Linear Li-Ion Battery Charger with Thermal Regulation
■ General Description
The XT2054 is a plete constant-current /constant -v.
XT2055 - Standalone Linear Li-Ion Battery Charger
(Silinktek)
XT2055
Standalone Linear Li-Ion Battery Charger with Thermal Regulation
■ General Description
The XT2055 is a plete constant-current /constant -vo.
XT2056 - Single Nickel-Zinc Batteries Charger
(Silinktek)
Single Nickel-Zinc Batteries Charger With Thermal Regulation
XT2056
■ General Description
The XT2056 is a plete constant-current /constant -volta.
XT2057 - High Accuracy Linear Li-ion Battery Charger
(Silinktek)
High Accuracy Linear Li-ion Battery Charger
XT2057
■ General Description
The XT2057 is a plete constant-current/ constant voltage linear charger .
XT2058 - Single Li-ion Battery Charger
(Silinktek)
Single Li-ion Battery Charger With Thermal Regulation
XT2058
■ General Description
The XT2058 is a plete constant-current /constant -voltage line.
XT2059 - Programmable voltage and current linear battery management chip
(Silinktek)
XT2059
Programmable voltage and current linear battery management chip
■ General Description
The XT2059 is charging management circuit that can be p.