The solar cell system manager is an analog circuit, which monitors the supply voltage of a batterypowered system containing solar cells. The solar manager uses three output signals to indicate the state of the system. Power On (PO) indicates whether the supply voltage is high enough to run the system. Low Battery (LB) is used to signal the situation where th.
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• Power On Indicator Low Battery Indicator Battery Overcharging Protection
APPLICATIONS
• Solar Cell Powered Watch
BLOCK DIAGRAM
VDD PO
LB
MAS9011
SOL
GND
1 (9)
www.DataSheet4U.com
DA9011.001 28 Jan 2004
PAD LAYOUT
670 µm
GND
VDD
SOL
MAS 9011 PO LB
DIE size = 0.67 mm x 1.43 mm PAD size = 80 x 80 µm Note: Make sure that VDD is the first pad to be bonded. Pick-and-place and all component assembly are recommended to be performed in ESD protected area. Note: If the die is to be placed on metal plane, the metal plane should be connected to VDD or left floating. This because the su.
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---|---|---|---|---|
1 | MAS9012 |
MAS |
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2 | MAS9078 |
Micro Analog Systems |
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3 | MAS9079 |
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4 | MAS9081 |
Micro Analog Systems |
Stand-alone Dual Band Time Signal AM Receiver IC | |
5 | MAS9090B |
Micro Analog Systems |
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6 | MAS9116 |
MAS |
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7 | MAS9138 |
MAS |
ASYNCHRONOUS TO SYNCHRONOUS CONVERTER | |
8 | MAS9171A |
Micro Analog Systems |
Octal Port Protecton | |
9 | MAS9178 |
MAS |
Stand-alone am Receiver ic | |
10 | MAS9179 |
MAS |
Stand-alone Tri Band Time Signal AM Receiver IC | |
11 | MAS9180 |
MAS |
AM Receiver IC | |
12 | MAS9181B |
ETC |
OCTAL 8 BIT TRIMMER IC |