MM912_637: Battery Sensor with LIN for 12V Lead-acid Batteries _ BDTIC a Leading Distributor in China

MM912_637: Battery Sensor with LIN for 12V Lead-acid Batteries

The NXP® MM912_637 battery sensors are integrated battery monitoring devices that allow simultaneous measurement of current and voltage for precise determination of SOC (State of Charge), SOH (State of Health), and other parameters.

NXP^® MM912_637 Internal Block Diagram

NXP^® MM912_637 Product Image

Recommended Documentation (3)

Name/Description	Type	Modified Date
MM912_637D1, Intelligent Integrated Precision Battery Sensor - Data Sheet (REV 5.0) PDF (11.3 MB) MM912_637D1	Data Sheets	30 Jan 2015
MM912_637, Xtrinsic Battery Sensor with LIN for 12 V Lead-acid Batteries (REV 3.0) PDF (314.1 kB) MM912_637FS	Fact Sheets	26 Apr 2012
MM912_637, Silicon Mask - Errata (REV 3.0) PDF (294.6 kB) MM912_637ER	Errata	26 Mar 2014

Data Sheets (1)

Name/Description	Modified Date
MM912_637D1, Intelligent Integrated Precision Battery Sensor - Data Sheet (REV 5.0) PDF (11.3 MB) MM912_637D1	30 Jan 2015

Errata (1)

Name/Description	Modified Date
MM912_637, Silicon Mask - Errata (REV 3.0) PDF (294.6 kB) MM912_637ER	26 Mar 2014

Application Notes (1)

Name/Description	Modified Date
AN1902, Assembly Guidelines for QFN (Quad Flat No-Lead) and DFN (Dual Flat No-Lead) Packages - Application Note (REV 7.0) PDF (3.6 MB) AN1902	13 Oct 2014

Fact Sheets (1)

Name/Description	Modified Date
MM912_637, Xtrinsic Battery Sensor with LIN for 12 V Lead-acid Batteries (REV 3.0) PDF (314.1 kB) MM912_637FS	26 Apr 2012

Device Drivers

LIN2.x and SAE J2602 Stack (REV v4.5.7) ZIP LIN2.x and SAE J2602 Stack 5/31/2016

Ordering Information

Product	Status	Device Function	Budgetary Price excluding tax(US$)	Package Type and Termination Count	Communication Protocol	Data Rate (Min) (kbps)	Data Rate (Max) (kbps)	Data Rate (Spec) (kbps)	Load Current (Typ) (A) (IL)	Number of Channels	Drain-to-Source On Resistance (Typ) (mOhm) (RDS(ON))	Current Limit per Output (Min) (A) (ILIM)	Load Supply Voltage (Min) (V)	Load Supply Voltage (Max) (V)	Supply Voltage (Min-Max) (V)	Ambient Operating Temperature (Min-Max) (°C)	Protection	Diagnostics	Additional Features-Analog	Core Type	GPIOs	Internal Flash (KB)	Internal RAM (KB)	Pin count	RoHS
MM912I637AM2EPR2	Active	System Basis Chip, Embedded MCU plus Power, Comm Transceivers, Battery Sensors	1K @ US$3.71	QFN-EP 48	LIN	20	100						3.5	28	3.5 to 28	-40 to 125	Undervoltage, Overvoltage	SPI		S12		96	6	48	[object Object]
MM912I637AM2EP	Active	System Basis Chip, Embedded MCU plus Power, Comm Transceivers, Battery Sensors	1K @ US$3.71	QFN-EP 48	LIN	20	100						3.5	28	3.5 to 28	-40 to 125	Undervoltage, Overvoltage	SPI		S12		96	6	48	[object Object]
MM912J637AV1EP	Active	System Basis Chip, Embedded MCU plus Power, Comm Transceivers, Battery Sensors	1K @ US$3.94	QFN-EP 48	LIN	20	100						3.5	28	3.5 to 28	-40 to 105	Undervoltage, Overvoltage	SPI		S12		128	6	48	[object Object]
MM912I637AV1EP	Active	System Basis Chip, Embedded MCU plus Power, Comm Transceivers, Battery Sensors	1K @ US$3.63	QFN-EP 48	LIN	20	100						3.5	28	3.5 to 28	-40 to 105	Undervoltage, Overvoltage	SPI		S12		96	6	48	[object Object]
MM912J637AM2EP	Active	System Basis Chip, Embedded MCU plus Power, Comm Transceivers, Battery Sensors	1K @ US$4.02	QFN-EP 48	LIN	20	100						3.5	28	3.5 to 28	-40 to 125	Undervoltage, Overvoltage	SPI		S12		128	6	48	[object Object]
MM912J637AM2EPR2	Active	System Basis Chip, Embedded MCU plus Power, Comm Transceivers, Battery Sensors	1K @ US$4.02	QFN-EP 48	LIN	20	100						3.5	28	3.5 to 28	-40 to 125	Undervoltage, Overvoltage	SPI		S12		128	6	48	[object Object]
MM912J637AV1EPR2	Active	System Basis Chip, Embedded MCU plus Power, Comm Transceivers, Battery Sensors	1K @ US$3.94	QFN-EP 48	LIN	20	100						3.5	28	3.5 to 28	-40 to 105	Undervoltage, Overvoltage	SPI		S12		128	6	48	[object Object]
MM912I637AV1EPR2	Active	System Basis Chip, Embedded MCU plus Power, Comm Transceivers, Battery Sensors	1K @ US$3.63	QFN-EP 48	LIN	20	100						3.5	28	3.5 to 28	-40 to 105	Undervoltage, Overvoltage	SPI		S12		96	6	48	[object Object]

Package Information

Package Description	Outline Version	Packing	Product Status	Part Number	Chemical Content	RoHS / Pb FreeChina RoHS Lookup	MSL	PPT (°C)
QFN-EP 48 770.85 P0.5	98ASA00343D	MPQ - 1300 BRICKPOQ - 1300 BOX	Active	MM912J637AM2EP	MM912J637AM2EP.pdf		3	260
		MPQ - 2000 REELPOQ - 2000 REEL	Active	MM912J637AM2EPR2	MM912J637AM2EPR2.pdf		3	260
		MPQ - 1300 BRICKPOQ - 1300 BOX	Active	MM912J637AV1EP	MM912J637AV1EP.pdf		3	260
		MPQ - 2000 REELPOQ - 2000 REEL	Active	MM912J637AV1EPR2	MM912J637AV1EPR2.pdf		3	260
		MPQ - 260 TRAYPOQ - 1300 BOX	Active	MM912I637AM2EP	MM912I637AM2EP.pdf		3	260
		MPQ - 2000 REELPOQ - 2000 REEL	Active	MM912I637AM2EPR2	MM912I637AM2EPR2.pdf		3	260
		MPQ - 260 TRAYPOQ - 1300 BOX	Active	MM912I637AV1EP	MM912I637AV1EP.pdf		3	260
		MPQ - 2000 REELPOQ - 2000 REEL	Active	MM912I637AV1EPR2	MM912I637AV1EPR2.pdf		3	260

MM912_637D1, Intelligent Integrated Precision Battery Sensor - Data Sheet MM912_637

MM912_637, Silicon Mask - Errata MM912_637

AN1902, Assembly Guidelines for QFN (Quad Flat No-Lead) and DFN (Dual Flat No-Lead) Packages - Application Note mc33882

MM912_637, Xtrinsic Battery Sensor with LIN for 12 V Lead-acid Batteries MM912_637

LIN2.x and SAE J2602 Stack kea

98ASA00343D MM9Z1_638

MM912J637AM2EP.pdf MM912_637

MM912J637AM2EPR2.pdf MM912_637

MM912J637AV1EP.pdf MM912_637

MM912J637AV1EPR2.pdf MM912_637

MM912I637AM2EP.pdf MM912_637

MM912I637AM2EPR2.pdf MM912_637

MM912I637AV1EP.pdf MM912_637

MM912I637AV1EPR2.pdf MM912_637

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