Protection of Lithium Ion Batteries (two cells in series)

Outline This IC is for protecting a lithium ion battery from overcharging, excess discharging, and overcurrent. If abnormalities occur during charging and excess voltage is applied, it has a function that turns off the external FET switch when voltage is applied to each battery beyond a specifi

Protection of Lithium Ion Batteries (two cells in series)

Outline This IC is for protecting a lithium ion battery from overcharging, excess discharging, and overcurrent. If abnormalities occur during charging and excess voltage is applied, it has a function that turns off the external FET switch when voltage is applied to each battery beyond a specifi

Protection of Lithium Ion Batteries (two cells in series)

Outline\nThis IC is for protecting a lithium ion battery from overcharging, excess discharging, and overcurrent. If abnormalities occur during charging and excess voltage is applied, it has a function that turns off the external FET switch when voltage is applied to each battery beyond a specified t 1. Current consumption (during overcharging) VCELL=4.5V 80µA typ.\n2. Current consumption (normal) VCELL=3.5V 13µA typ.\n3. Current consumption (during excess discharging) VCELL=1.9V 0.5µA typ.\n4. Current consumption (during excess discharging) VCELL=1.0V 0.1µA max.\n5. Overcharge detection voltage;

Protection of Lithium Ion Batteries (two cells in series)

Outline This IC is for protecting a lithium ion battery from overcharging, excess discharging, and overcurrent. If abnormalities occur during charging and excess voltage is applied, it has a function that turns off the external FET switch when voltage is applied to each battery beyond a specifi

Protection of Lithium Ion Batteries (two cells in series)

Outline This IC is for protecting a lithium ion battery from overcharging, excess discharging, and overcurrent. If abnormalities occur during charging and excess voltage is applied, it has a function that turns off the external FET switch when voltage is applied to each battery beyond a specifi

Protection of Lithium Ion Batteries (two cells in series)

Outline This IC is for protecting a lithium ion battery from overcharging, excess discharging, and overcurrent. If abnormalities occur during charging and excess voltage is applied, it has a function that turns off the external FET switch when voltage is applied to each battery beyond a specifi

Protection of Lithium Ion Batteries (two cells in series)

Outline This IC is for protecting a lithium ion battery from overcharging, excess discharging, and overcurrent. If abnormalities occur during charging and excess voltage is applied, it has a function that turns off the external FET switch when voltage is applied to each battery beyond a specifi

Protection of Lithium Ion Batteries (two cells in series)

Outline This IC is for protecting a lithium ion battery from overcharging, excess discharging, and overcurrent. If abnormalities occur during charging and excess voltage is applied, it has a function that turns off the external FET switch when voltage is applied to each battery beyond a specifi

6-Channel Driver Array?

Overview The LB1292 is designed for interfacing low level devices with fluorescent display tube. 6 independent Darlington output stages can be used to driver digits or segments. With pull-down equivalent resistor built in, no external resistor to prevent ghost is required. When input voltage is

Integrated Circuit IF Amplifier and Detector

Description: The NTE1292 is a monolithic integrated circuit in a 14–Lead DIP type package specifically designed for audio detection in TV and FM radio receivers. It incorporates an 8–stage limiting IF amplifier and balanced detector plus a DC operated volume control. Pin3 and Pin4 are connec

Video PLL System for Continuous-Sync Monitors

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Video PLL System for Continuous-Sync Monitors

文件：217.87 Kbytes Page：10 Pages

Single Chip 12-Bit Data Acquisition Systems

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