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Category: Power Supply Circuits / Chargers Views: 1634 Rank: 0 The LTC®4010 and LTC4011 are NiCd/NiMH battery chargers that simplify Nickel-based battery charger design and include power control and charge termination for fast charging up to 16 series-connected cells using a synchronous buck topology. The LTC4011 provides a full feature set in a 20-lead TSSOP while the LTC4010 comes in a 16-lead TSSOP.Batteries come in many sizes and capacity ratings. When specifying charge current, it is commonly related to a batterys capacity, or simply C. The letter C is a term used to indicate the manufacturers stated visit page. Batteries come in many sizes and capacity ratings. When specifying charge current, it is commonly related to a batterys capacity, or simply C. The letter C is a term used to indicate the manufacturers stated http://www.linear.com/pc/downloadDocument.do?navId=H0,C1,C1003,C1037,C1078,C1089,P9614,D11197
Related circuits Charge Monitor for 12V Lead-acid Battery The circuit possesses two vital features: First, it reduces the requirement of human attention by about 85 per cent. Second, it is a highly accurate and sophisticated method. Input from the battery under test is applied to LM3914 IC. This applied voltage is ranked anywhere between 0 and... Switching regulator charges NiMH batteries In Figure 1, an MC34063A switching regulator and an MC33342 NiMH battery-charger IC combine to generate from an unregulated power supply a 600-mA battery charger for one to four NiMH cells. Portable Ni-Cd Battery Charger The circuit shown in Figure 1 was designed to charge 12V, 2 ampere-hour Ni-Cd battery packs from a 12V source, but was made versatile enough to charge packs in the range of 4.8 to 15.6V to increase possible applications. To charge batteries that may reach a higher end voltage than the 12V... Here`s how to make a good charger for a sealed lead-acid battery (this will NOT work with NiCad batteries) that`s faster (because it allows more current into the battery initially) and safer (because it uses lower voltage when the charging is finished). The battery can be left plugged into this... Battery charge-discharge indicator This circuit monitors car battery voltage. It provides an indication of nominal supply voltage as well as low or high voltage. RV1 and RV2 adjust the point at which the red/yellow and yellow/green LEDs are on or off. For example the red LED comes on at 11V, and the green LED at 12V High Efficiency Lithium-Ion Battery Charger The LT®1510 current mode PWM battery charger is the simplest, most efficient solution for fast charging modern rechargeable batteries including lithium-ion (Li-Ion), nickelmetal- hydride (NiMH) and nickel-cadmium (NiCd) that require constant current and/or constant voltage charging. The... Relay Fuse For Battery Charges Circuit Charged capacitor C3 and momentary pushbutton switch S2 are used to momentarily energize relay RE 2. The batteiy under charge energizes the relay to hold it closed. A short-circuit-proof battery charger will provide an average charging current of about 8 A to a 12-V lead/acid storage battery. The charger circuit has an additional advantage; it will not function nor will it be damaged by improperly connecting the battery to the circuit. With 115 V at the... Stand-alone Single Cell Lithium-Ion Battery Charger
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