ALD810030 Datasheet PDF | Advanced Linear Devices

Advanced Linear Devices ALD810030

The ALD810030 offers a set of unique, precise operating voltage and current characteristics for each of four SAB MOSFET devices, as shown in its Operating Electrical Characteristics table. It can be used to balance up to four supercapacitors connected in series. The ALD910030 has its own set of unique precision Operating Electrical Characteristics for each of its two SAB MOSFET devices, suitable for up to two series-connected supercapacitors.

Part No.	ALD810030
Datasheet	ALD810030 Download
Manufacturer	Advanced Linear Devices
Description	QUAD/DUAL SUPERCAPACITOR AUTO BALANCING MOSFET ARRAY
Buy	Stock & Price

GENERAL DESCRIPTION

The ALD810030/ALD910030 are additional members of the ALD8100xx (quad) and ALD9100xx (dual) family of Supercapacitor Auto Balancing MOSFETs, or SAB™ MOSFETs. SAB MOSFETs are built with production proven EPAD® technology and are designed to address voltage and leakage-current balancing of supercapacitors connected in series. Supercapacitors, also known as ultracapacitors or supercaps, connected in series can be leakage-current balanced by using a combination of one or more devices connected across each supercapacitor stack to prevent overvoltages. Each SAB MOSFET features a precision gate threshold voltage in the Vt mode, which is 3.00V when the gate-drain source terminals (VGS = VDS) are connected together at a drain-source current of IDS(ON) = 1µA. In this mode, input voltage VIN = VGS = VDS. Different VIN produces an Output Current IOUT = IDS(ON) characteristic and results in an effective variable resistor that varies in value exponentially with VIN. This VIN, when connected across each supercapacitor in a series, balances each supercapacitor to within its voltage and current limits.