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Vin Max Description Battery Chemistry Communication Interface Multi-IC Architecture Comments Temp Range Packages
Units V
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LTC6803-1 75 Measures voltage of 12 battery cells in series Multi-Chemistry: Cell Voltage Range: -0.3V to 5V 1Mbps Daisy-chainable SPI Daisy chained ICs, single connection to host processor Pin compatible , drop-in upgrade to LTC6802-1 I,H SSOP-44
LTC6803-2 75 Measures voltage of 12 battery cells in series Multi-Chemistry: Cell Voltage Range: -0.3V to 5V 1Mbps Addressable SPI Individually addressed (4-bit) ICs, parallel sonnection to host processor Pin compatible , drop-in upgrade to LTC6802-2 I,H SSOP-44
LTC6803-3 75 Measures voltage of 12 battery cells in series Multi-Chemistry: Cell Voltage Range: -0.3V to 5V 1Mbps Daisy-chainable SPI Daisy chained ICs, single connection to host processor Not pin compatible to LTC6802. Improved performance over LTC6803-1 I,H SSOP-44
LTC6803-4 75 Measures voltage of 12 battery cells in series Multi-Chemistry: Cell Voltage Range: -0.3V to 5V 1Mbps Addressable SPI Individually addressed (4-bit) ICs, parallel connection to host processor Not pin compatible to LTC6802. Improved performance over LTC6803-2 I,H SSOP-44
LTC6804-1 75 Measures voltage of 12 battery cells in series Multi-Chemistry: Cell Voltage Range: -0.3V to 5V 1Mbps isoSPI, see LTC6820 (Galvanically Isolated) Daisy chained ICs, single connection to host processor Advanced 3rd generation device. Total Measurement Error < 1.2mV. Total Measurement Time =290μs I,H SSOP-48
LTC6804-2 75 Measures voltage of 12 battery cells in series Multi-Chemistry: Cell Voltage Range: -0.3V to 5V 1Mbps isoSPI, see LTC6820 (Galvanically Isolated) Individually addressed (4-bit) ICs, parallel connection to host processor Advanced 3rd generation device. Total Measurement Error < 1.2mV. Total Measurement Time =290μs I,H SSOP-48
LTC6811-1 75 Measures voltage of 12 battery cells in series Multi-Chemistry: Cell Voltage Range: 0V to 5V 1Mbps isoSPI, see LTC6820 (Galvanically Isolated) Daisy chained ICs, single connection to host processor Multicell Battery Monitors I,H SSOP-48
LTC6811-2 75 Measures voltage of 12 battery cells in series Multi-Chemistry: Cell Voltage Range: 0V to 5V 1Mbps isoSPI, see LTC6820 (Galvanically Isolated) Individually addressed (4-bit) ICs, parallel connection to host processor Multicell Battery Monitors I,H SSOP-48
LTC6801 60 Monitors overvoltage / undervoltage of 12 battery cells in series Multi-Chemistry: OV Range: 3.733V to 4.498V, UV Range: 0.766V to 2.871V Daisy Chainable Clock Signal Daisy chained ICs, single status signal to be monitored Independent Multicell Battery Stack Fault Monitor I,H SSOP-36
LTC6802-1 60 Measures voltage of 12 battery cells in series Multi-Chemistry: Cell voltages from 0V to 5V 1Mbps Daisy-chainable SPI Daisy chained ICs, single connection to host processor LTC6803-1 (Drop-in upgrade) or LTC6803-3 recommended for new designs I SSOP-44
LTC6802-2 60 Measures voltage of 12 battery cells in series Multi-Chemistry: Cell voltages from 0V to 5V 1Mbps Addressable SPI Individually addressed (4-bit) ICs, parallel connection to host processor LTC6803-2 (Drop-in upgrade) or LTC6803-4 recommended for new designs I SSOP-44